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[null,null,null,"Hearing Groups","Device",null,null,"Further Details",null,null,null,"Acoustic characteristics",null,null,null,null,null,null,null,null,null,null,null,null,"Species Group(s) - evidence score",null,null,null,null,null,null,null,null,"Mitigation range"]
[null,null,null,null,null,null,null,null,null,null,null,"Source level",null,null,null,null,null,null,null,null,null,null,null,null,"Evidence score showing known (and proven) efficacy on each receptor group"]
["Helper Column 1","Helper Column 2","Helper Column 3","LF, MF, HF, PW, All Species, All Devices","ID","Make","Model","Control (manual / automatic)","Link to manufacturer website",null,"Current known use","rms, dB re 1 μPa re 1 m","pk, dB re 1 μPa re 1 m","SEL, dB re 1 μPa2s re 1 m (per pulse)","Lowest Frequency (kHz)","Highest Frequency (kHz)","Source frequency(s), Hz","Shortest Pulse Interval, ms","Longest Pulse Interval, ms","Intermittency","Continuous / pulsed","Shortest Pulse Width, ms","Longest Pulse Width, ms","Pulse width, ms","LF Confidence Score","Effective on Species (Y/N)","HF Confidence Score","Effective on Species (Y/N)","VHF Confidence Score","Effective on Species (Y/N)","PW Confidence Score","Effective on Species (Y/N)","List of species for which evidence is available","LF mitigation range","HF mitigation range","VHF mitigation range","PW mitigation range","Links to evidence","Links to evidence","Reviewers comments","Comment"]
[1,{"$f":"IF(D4='Device Selector'!$B$6,'Master Database - amended'!A4,\"\")","v":""},{"$f":"IFERROR(SMALL($B$4:$B$200,A4),\"\")","v":8},"Low Frequency Cetaceans",1,"Ace Aquatec","Ace Aquatec Marine Mammal Mitigation Device (A-MMD) Low (Pinnipeds)","Automatic","http://aceaquatec.com/",{"$f":"I4","v":"http://aceaquatec.com/"},"Offshore piling mitigation",182,{"$f":"L4+3","v":185},{"$f":"ROUNDUP(L4+10*LOG10(W4/1000),0)","v":164},0.8,5,"0.8-5 kHz available across ‘Lower,’ ‘Middle,’ ‘Upper,’ and ‘Full’ bands’ \nFlex (Setting 1): 0.9 – 1.4 kHz\nRing (Setting 2): 1.0 – 2.0 kHz\n\nCan be restricted to 1 - 2 kHz)",25000,300000,"Intermittent - duration between pulses is on a random cycle, 12 - 144 per hour selectable.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","Pinnipeds and low frequency odontocetes","500 - 1000m","No Data Available","No Data Available","500 - 1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. ","Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. "]
[2,{"$f":"IF(D5='Device Selector'!$B$6,'Master Database - amended'!A5,\"\")","v":""},{"$f":"IFERROR(SMALL($B$4:$B$200,A5),\"\")","v":13},"Pinnipeds",1,"Ace Aquatec","Ace Aquatec Marine Mammal Mitigation Device (A-MMD) Low (Pinnipeds)","Automatic","http://aceaquatec.com/",{"$f":"I5","v":"http://aceaquatec.com/"},"Offshore piling mitigation",182,{"$f":"L5+3","v":185},{"$f":"ROUNDUP(L5+10*LOG10(W5/1000),0)","v":164},0.8,5,"0.8-5 kHz available across ‘Lower,’ ‘Middle,’ ‘Upper,’ and ‘Full’ bands’ \nFlex (Setting 1): 0.9 – 1.4 kHz\nRing (Setting 2): 1.0 – 2.0 kHz\n\nCan be restricted to 1 - 2 kHz)",25000,300000,"Intermittent - duration between pulses is on a random cycle, 12 - 144 per hour selectable.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","Pinnipeds and low frequency odontocetes","500 - 1000m","No Data Available","No Data Available","500 - 1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. ","Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. "]
[3,{"$f":"IF(D6='Device Selector'!$B$6,'Master Database - amended'!A6,\"\")","v":""},17,"All Devices",1,"Ace Aquatec","Ace Aquatec Marine Mammal Mitigation Device (A-MMD) Low (Pinnipeds)","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",182,{"$f":"L6+3","v":185},{"$f":"ROUNDUP(L6+10*LOG10(W6/1000),0)","v":164},0.8,5,"0.8-5 kHz available across ‘Lower,’ ‘Middle,’ ‘Upper,’ and ‘Full’ bands’ \nFlex (Setting 1): 0.9 – 1.4 kHz\nRing (Setting 2): 1.0 – 2.0 kHz\n\nCan be restricted to 1 - 2 kHz)",25000,300000,"Intermittent - duration between pulses is on a random cycle, 12 - 144 per hour selectable.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","Pinnipeds and low frequency odontocetes","500 - 1000m","No Data Available","No Data Available","500 - 1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. ","Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > Flex (setting 1) = 0.9-1.4kHz, Ring (setting 2) = 1-2kHz. "]
[4,{"$f":"IF(D7='Device Selector'!$B$6,'Master Database - amended'!A7,\"\")","v":""},23,"All Devices",2,"Ace Aquatec","Ace Aquatec marine Mammal Mitigation Device Ultra-low frequency","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",182,187,"No Data Available",0.02,0.09,"20 - 90 Hz","No Data Available","No Data Available","Intermittent. Duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","Y","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Fish","<500m","No Data Available","No Data Available","No Data Available","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > 200-900Hz","Manufacturer update: average source level within a transmission 182dB re 1uPa rms@1m; Frequency > 200-900Hz\n\n2: Medium confidence in data for fish"]
[5,{"$f":"IF(D8='Device Selector'!$B$6,'Master Database - amended'!A8,\"\")","v":""},28,"High Frequency Cetaceans",3,"Ace Aquatec","Ace Aquatec marine Mammal Mitigation Device (A-MMD) (Mid-Frequency) Pinnipeds and Cetaceans","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",188,{"$f":"L8+3","v":191},{"$f":"ROUNDUP(L8+10*LOG10(W8/1000),0)","v":170},8,20,"8 - 20 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Pinnipeds and high-frequency odontoces","No Data Available","500 - 1000m","No Data Available","No Data Available","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz","Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz"]
[6,{"$f":"IF(D9='Device Selector'!$B$6,'Master Database - amended'!A9,\"\")","v":""},32,"Pinnipeds",3,"Ace Aquatec","Ace Aquatec marine Mammal Mitigation Device (A-MMD) (Mid-Frequency) Pinnipeds and Cetaceans","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",188,191,170,8,20,"8 - 20 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Pinnipeds and high-frequency odontoces","No Data Available","500 - 1000m","No Data Available","No Data Available","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz","Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz"]
[7,{"$f":"IF(D10='Device Selector'!$B$6,'Master Database - amended'!A10,\"\")","v":""},40,"All Devices",3,"Ace Aquatec","Ace Aquatec marine Mammal Mitigation Device (A-MMD) (Mid-Frequency) Pinnipeds and Cetaceans","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",188,191,170,8,20,"8 - 20 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Pinnipeds and mid-frequency odontoces","No Data Available","500 - 1000m","No Data Available","No Data Available","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz","Manufacturer update: average source level within a transmission 188dB re 1uPa rms@1m; Frequency = 8-24kHz"]
[8,{"$f":"IF(D11='Device Selector'!$B$6,'Master Database - amended'!A11,\"\")","v":8},43,"Very High Frequency Cetaceans",4,"Ace Aquatec","Marine Mammal Mitigation (MMM) Device (HF)","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",180,183,162,20,70,"20 - 70 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","Y","Pinnipeds and high-frequency odontoces","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz","Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz"]
[9,{"$f":"IF(D12='Device Selector'!$B$6,'Master Database - amended'!A12,\"\")","v":""},46,"Pinnipeds",4,"Ace Aquatec","Marine Mammal Mitigation (MMM) Device (HF)","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",180,183,162,20,70,"20 - 70 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","Y","Pinnipeds and high-frequency odontoces","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz","Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz"]
[10,{"$f":"IF(D13='Device Selector'!$B$6,'Master Database - amended'!A13,\"\")","v":""},49,"All Devices",4,"Ace Aquatec","Marine Mammal Mitigation (MMM) Device (HF)","Automatic","http://aceaquatec.com/","http://aceaquatec.com/","Offshore piling mitigation",180,183,162,20,70,"20 - 70 kHz","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",3.3,14,"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","Y","Pinnipeds and high-frequency odontoces","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf","ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz","Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz"]
[11,{"$f":"IF(D14='Device Selector'!$B$6,'Master Database - amended'!A14,\"\")","v":""},52,"Pinnipeds",5,"Ace Aquatec","Universal Scrammer (US2)","Automatic","http://aceaquatec.com/products/predator-control/",{"$f":"I14","v":"http://aceaquatec.com/products/predator-control/"},"Aquaculture",181,{"$f":"L14+3","v":184},"No Data Available",8,30,"8 - 30 kHz",20,20,"Intermittent","Intermittent","No Data Available","No Data Available","Transmission duration of 20s (double scram of 40s and a pulse duration of 20ms)","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Seals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m"]
[12,{"$f":"IF(D15='Device Selector'!$B$6,'Master Database - amended'!A15,\"\")","v":""},55,"All Devices",5,"Ace Aquatec","Universal Scrammer (US2)","Automatic","http://aceaquatec.com/products/predator-control/","http://aceaquatec.com/products/predator-control/","Aquaculture",181,184,"No Data Available",8,30,"8 - 30 kHz",20,20,"Intermittent","Intermittent","No Data Available","No Data Available","Transmission duration of 20s (double scram of 40s and a pulse duration of 20ms)","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Seals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m"]
[13,{"$f":"IF(D16='Device Selector'!$B$6,'Master Database - amended'!A16,\"\")","v":13},57,"Very High Frequency Cetaceans",6,"Ace Aquatec"," Mid-frequency Acoustic Startle Response Device (US3)","Automatic","https://aceaquatec.com/aquaculture-products/protect/asr-us3 ",{"$f":"I16","v":"https://aceaquatec.com/aquaculture-products/protect/asr-us3 "},"Aquaculture",181,184,"No Data Available",8,20,"8 - 20 kHz",3,11,"Intermittent","Intermittent","No Data Available","No Data Available","Randomised pulse train, with 3 - 11 ms rise time pulses, of 2.6 sec duration to create a startle response.\nGoetz & Janik (2011; 2015)","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals,\nHarbour porpoise","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://dx.doi.org/10.1111/fme.12680\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783622001059","http://www.iqoe.org/library/9639\n\nhttps://www.environment.gov.au/system/files/resources/c2bdc649-02a2-49c2-9c0f-74d0c4a65b27/files/technical-review-bycatch-mitigation-devices.pdf\n\nhttps://doi.org/10.1111/1365-2664.13910\n\nhttps://doi.org/10.1016/j.marpolbul.2021.112171\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews\n\nVeneranta et al. (2024) and Lehtonen et al. (2023) applied multiple US3s to establish an acoustic barrier to prevent upstream movement of seals in areas of aquaculture\n\nFindlay et al. (2021) and Todd et al. (2021) observed that ADD noise from a single device could be sufficient to induce TTS in harbour porpoise. Todd et al. (2021) predicted this at distances of up to 18 km.\n\nSource levels, propagation and transmission loss measurements were highly variable and should be considered as site specific, meaning new estimates should be made for each situation (Todd et al., 2019)","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews"]
[14,{"$f":"IF(D17='Device Selector'!$B$6,'Master Database - amended'!A17,\"\")","v":""},64,"Pinnipeds",6,"Ace Aquatec"," Mid-frequency Acoustic Startle Response Device (US3)","Automatic","https://aceaquatec.com/aquaculture-products/protect/asr-us3 ","https://aceaquatec.com/aquaculture-products/protect/asr-us3 ","Aquaculture",181,184,"No Data Available",8,20,"8 - 20 kHz",3,11,"Intermittent","Intermittent","No Data Available","No Data Available","Randomised pulse train, with 3 - 11 ms rise time pulses, of 2.6 sec duration to create a startle response.\nGoetz & Janik (2011; 2015)","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals,\nHarbour porpoise","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://dx.doi.org/10.1111/fme.12680\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783622001059","http://www.iqoe.org/library/9639\n\nhttps://www.environment.gov.au/system/files/resources/c2bdc649-02a2-49c2-9c0f-74d0c4a65b27/files/technical-review-bycatch-mitigation-devices.pdf\n\nhttps://doi.org/10.1111/1365-2664.13910\n\nhttps://doi.org/10.1016/j.marpolbul.2021.112171\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews\n\nVeneranta et al. (2024) and Lehtonen et al. (2023) applied multiple US3s to establish an acoustic barrier to prevent upstream movement of seals in areas of aquaculture\n\nFindlay et al. (2021) and Todd et al. (2021) observed that ADD noise from a single device could be sufficient to induce TTS in harbour porpoise. Todd et al. (2021) predicted this at distances of up to 18 km.\n\nSource levels, propagation and transmission loss measurements were highly variable and should be considered as site specific, meaning new estimates should be made for each situation (Todd et al., 2019)","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews"]
[15,{"$f":"IF(D18='Device Selector'!$B$6,'Master Database - amended'!A18,\"\")","v":""},68,"All Devices",6,"Ace Aquatec"," Mid-frequency Acoustic Startle Response Device (US3)","Automatic","https://aceaquatec.com/aquaculture-products/protect/asr-us3 ","https://aceaquatec.com/aquaculture-products/protect/asr-us3 ","Aquaculture",181,184,"No Data Available",8,20,"8 - 20 kHz",3,11,"Intermittent","Intermittent","No Data Available","No Data Available","Randomised pulse train, with 3 - 11 ms rise time pulses, of 2.6 sec duration to create a startle response.\nGoetz & Janik (2011; 2015)","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals,\nHarbour porpoise","No Data Available","No Data Available",">1000m",">1000m","https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://dx.doi.org/10.1111/fme.12680\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783622001059","http://www.iqoe.org/library/9639\n\nhttps://www.environment.gov.au/system/files/resources/c2bdc649-02a2-49c2-9c0f-74d0c4a65b27/files/technical-review-bycatch-mitigation-devices.pdf\n\nhttps://doi.org/10.1111/1365-2664.13910\n\nhttps://doi.org/10.1016/j.marpolbul.2021.112171\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews\n\nVeneranta et al. (2024) and Lehtonen et al. (2023) applied multiple US3s to establish an acoustic barrier to prevent upstream movement of seals in areas of aquaculture\n\nFindlay et al. (2021) and Todd et al. (2021) observed that ADD noise from a single device could be sufficient to induce TTS in harbour porpoise. Todd et al. (2021) predicted this at distances of up to 18 km.\n\nSource levels, propagation and transmission loss measurements were highly variable and should be considered as site specific, meaning new estimates should be made for each situation (Todd et al., 2019)","Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews"]
[16,{"$f":"IF(D19='Device Selector'!$B$6,'Master Database - amended'!A19,\"\")","v":""},71,"All Devices",7,"Ace Aquatec","Low-Frequency Acoustic Startle Response Device (RT1/FS1)","Automatic","http://aceaquatec.com/products/predator-control/","http://aceaquatec.com/products/predator-control/","Aquaculture",{"$f":"180-3","v":177},"180 dB for ring transducer\n182 dB for flex transducer","No Data Available","Flex (Setting 1): 0.9 – 1.4 kHz \nRing (Setting 2): 1.0 – 2.0 kHz ability to play sounds up to 5kHz if required","5 (if required)","1 - 5 kHz (can be restricted to 1 - 2 kHz in applications near harbour porpoise)","No Data Available","No Data Available","Intermittent.","Intermittent","No Data Available","No Data Available","Randomised pulse train, with 3 - 11 ms rise time pulses, of 2.6 sec duration to create a startle response.\nGoetz & Janik (2011; 2015).","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available",">1000m",">1000m","https://www.sciencedirect.com/science/article/pii/S0025326X21002058","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf","0.2 - 5% duty cycle\n\nTodd et al. (2021) predicted onset of TTS at a range of 25 km in VHF cetaceans, 17.4 km in LF cetaceans, 11.1 km  in pinnipeds and 5 km in HF cetaceans","Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m (ring transducer) & 182dB re 1uPa rms@1m (flex transducer); Frequency 0.9-1.4kHz"]
[17,{"$f":"IF(D20='Device Selector'!$B$6,'Master Database - amended'!A20,\"\")","v":17},73,"Very High Frequency Cetaceans",8,"Airmar","dB plus II (became Mohn Aqua MAG seal deterrent, then aquired by Gael Force) (discontinued by Airmar)","Manual","http://www.airmar.com/","http://www.airmar.com/","Aquaculture",198,201,169,1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).",40,40,"Sequence of pulsed sinusoidal tonal bursts (Lepper et al. 2014).","Intermittent",1.4,1.4,"Each tonal burst is ~1.4 ms in duration with 40 ms interval.  A 2.25 s long sequence is then formed from 57-58 tone bursts. The sequence is then repeated with ~50% duty cycle allowing ~2 s quiet period (Lepper et al. 2014).","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals","No Data Available","No Data Available",">1000m","<500m","http://onlinelibrary.wiley.com/doi/10.1111/j.1748-7692.2002.tb01077.x/abstract\n\nhttps://www.sciencedirect.com/science/article/pii/S000632070200099X\n\nhttp://islandora.mlml.calstate.edu/islandora/object/ir%3A1920\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.researchgate.net/publication/273094995_Pingers_cause_temporary_habitat_displacement_of_harbour_porpoises_Phocoena_phocoena_L\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttp://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n",null,"The Olesiuk et al. (2002) study involved substantially greater observation effort over a much-extended period and was thus able to investigate long-term effects. In comparison the Johnston (2002) study was able to measure ranges more accurately and track movements and could scan within a smaller observation range more effectively.\n\nSummary taken from ORJIP report show the results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.","NA"]
[18,{"$f":"IF(D21='Device Selector'!$B$6,'Master Database - amended'!A21,\"\")","v":""},75,"Pinnipeds",8,"Airmar","dB plus II (became Mohn Aqua MAG seal deterrent, then aquired by Gael Force) (discontinued by Airmar)","Manual","http://www.airmar.com/","http://www.airmar.com/","Aquaculture",198,201,169,1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).",40,40,"Sequence of pulsed sinusoidal tonal bursts (Lepper et al. 2014).","Intermittent",1.4,1.4,"Each tonal burst is ~1.4 ms in duration with 40 ms interval.  A 2.25 s long sequence is then formed from 57-58 tone bursts. The sequence is then repeated with ~50% duty cycle allowing ~2 s quiet period (Lepper et al. 2014).","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals","No Data Available","No Data Available",">1000m","<500m","http://onlinelibrary.wiley.com/doi/10.1111/j.1748-7692.2002.tb01077.x/abstract\n\nhttps://www.sciencedirect.com/science/article/pii/S000632070200099X\n\nhttp://islandora.mlml.calstate.edu/islandora/object/ir%3A1920\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.researchgate.net/publication/273094995_Pingers_cause_temporary_habitat_displacement_of_harbour_porpoises_Phocoena_phocoena_L\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttp://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n",null,"The Olesiuk et al. (2002) study involved substantially greater observation effort over a much-extended period and was thus able to investigate long-term effects. In comparison the Johnston (2002) study was able to measure ranges more accurately and track movements and could scan within a smaller observation range more effectively.\n\nSummary taken from ORJIP report show the results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.","NA"]
[19,{"$f":"IF(D22='Device Selector'!$B$6,'Master Database - amended'!A22,\"\")","v":""},79,"All Devices",8,"Airmar","dB plus II (became Mohn Aqua MAG seal deterrent, then aquired by Gael Force) (discontinued by Airmar)","Manual","http://www.airmar.com/","http://www.airmar.com/","Aquaculture",198,201,169,1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).",40,40,"Sequence of pulsed sinusoidal tonal bursts (Lepper et al. 2014).","Intermittent",1.4,1.4,"Each tonal burst is ~1.4 ms in duration with 40 ms interval.  A 2.25 s long sequence is then formed from 57-58 tone bursts. The sequence is then repeated with ~50% duty cycle allowing ~2 s quiet period (Lepper et al. 2014).","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals","No Data Available","No Data Available",">1000m","<500m","http://onlinelibrary.wiley.com/doi/10.1111/j.1748-7692.2002.tb01077.x/abstract\n\nhttps://www.sciencedirect.com/science/article/pii/S000632070200099X\n\nhttp://islandora.mlml.calstate.edu/islandora/object/ir%3A1920\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.researchgate.net/publication/273094995_Pingers_cause_temporary_habitat_displacement_of_harbour_porpoises_Phocoena_phocoena_L\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttp://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n",null,"The Olesiuk et al. (2002) study involved substantially greater observation effort over a much-extended period and was thus able to investigate long-term effects. In comparison the Johnston (2002) study was able to measure ranges more accurately and track movements and could scan within a smaller observation range more effectively.\n\nSummary taken from ORJIP report show the results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.","NA"]
[20,{"$f":"IF(D23='Device Selector'!$B$6,'Master Database - amended'!A23,\"\")","v":""},87,"All Devices",9,"Airmar","Gillnet pinger","Automatic","https://www.airmar.com/Catalog/Commercial-Scientific/Acoustic-Deterrents/PINGER-10","https://www.airmar.com/Catalog/Commercial-Scientific/Acoustic-Deterrents/PINGER-10","Bycatch (gillnets)",132,200,191,10,10,"10 kHz",4000,4000,"Pulse duration 300 ms with repeat intervals of 4 s.","Intermittent",300,300,"Pulse duration 300 ms with repeat intervals of 4 s.","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Harbour Porpoise","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[21,{"$f":"IF(D24='Device Selector'!$B$6,'Master Database - amended'!A24,\"\")","v":""},91,"Low Frequency Cetaceans",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals","H: >1000 m","H: >1000 m","H: >1000 m","H: >1000 m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[22,{"$f":"IF(D25='Device Selector'!$B$6,'Master Database - amended'!A25,\"\")","v":""},94,"High Frequency Cetaceans",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals",">1000m",">1000m",">1000m",">1000m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[23,{"$f":"IF(D26='Device Selector'!$B$6,'Master Database - amended'!A26,\"\")","v":23},97,"Very High Frequency Cetaceans",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals",">1000m",">1000m",">1000m",">1000m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[24,{"$f":"IF(D27='Device Selector'!$B$6,'Master Database - amended'!A27,\"\")","v":""},108,"Pinnipeds",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals",">1000m",">1000m",">1000m",">1000m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[25,{"$f":"IF(D28='Device Selector'!$B$6,'Master Database - amended'!A28,\"\")","v":""},111,"All Species",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals",">1000m",">1000m",">1000m",">1000m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[26,{"$f":"IF(D29='Device Selector'!$B$6,'Master Database - amended'!A29,\"\")","v":""},115,"All Devices",10,"Aquatec Group","Aquamark 848","Automatic","http://www.aquatecgroup.com/11-products/25-aquamark-840","http://www.aquatecgroup.com/11-products/25-aquamark-840","Bycatch (gillnets)",165,168,"No Data Available",5,30,"5 - 30 kHz (with harmonic energy up to 120 kHz).","No Data Available","No Data Available","Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes.","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","Y","1: Low confidence","Y","2: Medium confidence","Y","2: Medium confidence","Y","Marine Mammals",">1000m",">1000m",">1000m",">1000m","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction.","NA"]
[27,{"$f":"IF(D30='Device Selector'!$B$6,'Master Database - amended'!A30,\"\")","v":""},126,"High Frequency Cetaceans","11a","Aquatec Group","Aquamark 100","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",5000,30000,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","2: Medium confidence","Y","Harbour Porpoise","No Data Available","No Data Available","<500m","<500m","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf",null,"ABPmer conclude that the use of AQUAmark 100 is considered a viable mitigation option to trial during initial turbine operation at the tidal lagoon given that the device is unlikely to cause wide-scale displacement and has had proven effectiveness in harbour porpoise field trials. Given the predicted relatively small area of avoidance this could be used on a permanent basis without the need for a triggering system.","NA"]
[28,{"$f":"IF(D31='Device Selector'!$B$6,'Master Database - amended'!A31,\"\")","v":28},129,"Very High Frequency Cetaceans","11a","Aquatec Group","Aquamark 100","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",5000,30000,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","2: Medium confidence","Y","Harbour Porpoise","No Data Available","No Data Available","<500m","<500m","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf",null,"ABPmer conclude that the use of AQUAmark 100 is considered a viable mitigation option to trial during initial turbine operation at the tidal lagoon given that the device is unlikely to cause wide-scale displacement and has had proven effectiveness in harbour porpoise field trials. Given the predicted relatively small area of avoidance this could be used on a permanent basis without the need for a triggering system.","NA"]
[29,{"$f":"IF(D32='Device Selector'!$B$6,'Master Database - amended'!A32,\"\")","v":""},139,"Pinnipeds","11a","Aquatec Group","Aquamark 100","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",5000,30000,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","2: Medium confidence","Y","Harbour Porpoise","No Data Available","No Data Available","<500m","<500m","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf",null,"ABPmer conclude that the use of AQUAmark 100 is considered a viable mitigation option to trial during initial turbine operation at the tidal lagoon given that the device is unlikely to cause wide-scale displacement and has had proven effectiveness in harbour porpoise field trials. Given the predicted relatively small area of avoidance this could be used on a permanent basis without the need for a triggering system.","NA"]
[30,{"$f":"IF(D33='Device Selector'!$B$6,'Master Database - amended'!A33,\"\")","v":""},142,"All Devices","11a","Aquatec Group","Aquamark 100","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",5000,30000,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","2: Medium confidence","Y","Harbour Porpoise","No Data Available","No Data Available","<500m","<500m","https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf",null,"ABPmer conclude that the use of AQUAmark 100 is considered a viable mitigation option to trial during initial turbine operation at the tidal lagoon given that the device is unlikely to cause wide-scale displacement and has had proven effectiveness in harbour porpoise field trials. Given the predicted relatively small area of avoidance this could be used on a permanent basis without the need for a triggering system.","NA"]
[31,{"$f":"IF(D34='Device Selector'!$B$6,'Master Database - amended'!A34,\"\")","v":""},145,"High Frequency Cetaceans","11b","Aquatec Group","Aquamark 200","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,5,160,"5 - 160 kHz",4000,21000,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf",null,"No Comments","NA"]
[32,{"$f":"IF(D35='Device Selector'!$B$6,'Master Database - amended'!A35,\"\")","v":32},148,"Very High Frequency Cetaceans","11b","Aquatec Group","Aquamark 200","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,5,160,"5 - 160 kHz",4000,21000,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf",null,"No Comments","NA"]
[33,{"$f":"IF(D36='Device Selector'!$B$6,'Master Database - amended'!A36,\"\")","v":""},"","All Devices","11b","Aquatec Group","Aquamark 200","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,5,160,"5 - 160 kHz",4000,21000,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","Intermittent",200,300,"Signal duration of 200 – 300 ms, with a signal interval of 4 – 21 s (Dawson et al. 2013).","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf",null,"No Comments","NA"]
[34,{"$f":"IF(D37='Device Selector'!$B$6,'Master Database - amended'!A37,\"\")","v":""},"","High Frequency Cetaceans","11c","Aquatec Group","Aquamark 210","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",150,153,145,5,160,"5 - 160 kHz",5000,30000,"Signal duration of 50 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",50,300,"Signal duration of 50 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphins","No Data Available","No Data Available","No Data Available","No Data Available","http://www.int-res.com/articles/esr2008/5/n005p301.pdf",null,"No Comments","NA"]
[35,{"$f":"IF(D38='Device Selector'!$B$6,'Master Database - amended'!A38,\"\")","v":""},"","All Devices","11c","Aquatec Group","Aquamark 210","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",150,153,145,5,160,"5 - 160 kHz",5000,30000,"Signal duration of 50 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","Intermittent",50,300,"Signal duration of 50 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013).","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphins","No Data Available","No Data Available","No Data Available","No Data Available","http://www.int-res.com/articles/esr2008/5/n005p301.pdf",null,"No Comments","NA"]
[36,{"$f":"IF(D39='Device Selector'!$B$6,'Master Database - amended'!A39,\"\")","v":""},"","All Devices","11d","Aquatec Group","Aquamark 300","Automatic","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",132,135,127,10,10,"10 kHz",4000,4000,"Signal duration of 300 ms, with a signal interval of 4 s (Dawson et al. 2013).","Intermittent",300,300,"Signal duration of 300 ms, with a signal interval of 4 s (Dawson et al. 2013).","No Data Available","No Data Available","No Data Available",null,"3: High confidence","No Data Available","No Data Available","No Data Available","Harbour Porpoise","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[37,{"$f":"IF(D40='Device Selector'!$B$6,'Master Database - amended'!A40,\"\")","v":""},"","High Frequency Cetaceans",12,"IFREMER / IXTrawl","Cetasaver V.03","No Data Available","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",165,168,165,30,150,"Signal 1: Frequency modulated signal between 30 - 150 kHz. Signal 2: Click train at 90 kHz.",2000,5500,"Signal 1: repeated at a minimum of every 2 seconds, maximum of 5.5 seconds with an average of 4 seconds. Signal 2: Click train of 0.1 second duration, with a constant click time and repetition.","Intermittent",100,1000,"Signal 1: 1 second duration (random time and frequency organised sweeps of base square wave). Signal 2: Click train of 0.1 second duration, with a constant click time and repetition.","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Harbour Porpoise and Dolphins","No Data Available","No Data Available","No Data Available","No Data Available","http://www.iqoe.org/library/9639\n\nhttps://www.environment.gov.au/system/files/resources/c2bdc649-02a2-49c2-9c0f-74d0c4a65b27/files/technical-review-bycatch-mitigation-devices.pdf",null,"No Comments","NA"]
[38,{"$f":"IF(D41='Device Selector'!$B$6,'Master Database - amended'!A41,\"\")","v":""},"","All Devices",12,"IFREMER / IXTrawl","Cetasaver V.03","No Data Available","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",165,168,165,30,150,"Signal 1: Frequency modulated signal between 30 - 150 kHz. Signal 2: Click train at 90 kHz.",2000,5500,"Signal 1: repeated at a minimum of every 2 seconds, maximum of 5.5 seconds with an average of 4 seconds. Signal 2: Click train of 0.1 second duration, with a constant click time and repetition.","Intermittent",100,1000,"Signal 1: 1 second duration (random time and frequency organised sweeps of base square wave). Signal 2: Click train of 0.1 second duration, with a constant click time and repetition.","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Harbour Porpoise and Dolphins","No Data Available","No Data Available","No Data Available","No Data Available","http://www.iqoe.org/library/9639\n\nhttps://www.environment.gov.au/system/files/resources/c2bdc649-02a2-49c2-9c0f-74d0c4a65b27/files/technical-review-bycatch-mitigation-devices.pdf",null,"No Comments","NA"]
[39,{"$f":"IF(D42='Device Selector'!$B$6,'Master Database - amended'!A42,\"\")","v":""},"","High Frequency Cetaceans","13a","STM products","Dolphin Deterrent Device (DDD) 03L","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",150000,150000,"Average duration between each pulse is 150 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[40,{"$f":"IF(D43='Device Selector'!$B$6,'Master Database - amended'!A43,\"\")","v":40},"","Very High Frequency Cetaceans","13a","STM products","Dolphin Deterrent Device (DDD) 03L","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",150000,150000,"Average duration between each pulse is 150 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[41,{"$f":"IF(D44='Device Selector'!$B$6,'Master Database - amended'!A44,\"\")","v":""},"","All Devices","13a","STM products","Dolphin Deterrent Device (DDD) 03L","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",150000,150000,"Average duration between each pulse is 150 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[42,{"$f":"IF(D45='Device Selector'!$B$6,'Master Database - amended'!A45,\"\")","v":""},"","High Frequency Cetaceans","13b","STM products","DDD 03N","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",90000,90000,"Average duration between each pulse is 90 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[43,{"$f":"IF(D46='Device Selector'!$B$6,'Master Database - amended'!A46,\"\")","v":43},"","Very High Frequency Cetaceans","13b","STM products","DDD 03N","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",90000,90000,"Average duration between each pulse is 90 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[44,{"$f":"IF(D47='Device Selector'!$B$6,'Master Database - amended'!A47,\"\")","v":""},"","All Devices","13b","STM products","DDD 03N","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",90000,90000,"Average duration between each pulse is 90 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[45,{"$f":"IF(D48='Device Selector'!$B$6,'Master Database - amended'!A48,\"\")","v":""},"","High Frequency Cetaceans","13c","STM products","DDD 03H","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",40000,40000,"Average duration between each pulse is 40 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[46,{"$f":"IF(D49='Device Selector'!$B$6,'Master Database - amended'!A49,\"\")","v":46},"","Very High Frequency Cetaceans","13c","STM products","DDD 03H","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",40000,40000,"Average duration between each pulse is 40 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[47,{"$f":"IF(D50='Device Selector'!$B$6,'Master Database - amended'!A50,\"\")","v":""},"","All Devices","13c","STM products","DDD 03H","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",40000,40000,"Average duration between each pulse is 40 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[48,{"$f":"IF(D51='Device Selector'!$B$6,'Master Database - amended'!A51,\"\")","v":""},"","High Frequency Cetaceans","13d","STM products","DDD 03U","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",25000,25000,"Average duration between each pulse is 25 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[49,{"$f":"IF(D52='Device Selector'!$B$6,'Master Database - amended'!A52,\"\")","v":49},"","Very High Frequency Cetaceans","13c","STM products","DDD 03U","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",25000,25000,"Average duration between each pulse is 25 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[50,{"$f":"IF(D53='Device Selector'!$B$6,'Master Database - amended'!A53,\"\")","v":""},"","All Devices","13d","STM products","DDD 03U","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,165,5,500,"5 - 500 kHz (random).",25000,25000,"Average duration between each pulse is 25 s.","Intermittent",500,9000,"Pulse duration can be random or vary between 500 ms and 9000 ms.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",null,"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications.","NA"]
[51,{"$f":"IF(D54='Device Selector'!$B$6,'Master Database - amended'!A54,\"\")","v":""},"","High Frequency Cetaceans","13e","STM products","Dolphin interactive deterrent (DiD) 01","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,"No Data Available",5,500,"5 - 500 kHz (random).","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","Intermittent","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.nature.com/articles/s41598-023-46836-z",null,"User manual warns: “do not place a DiD01 at less than 600–800 m from another DiD01\"","NA"]
[52,{"$f":"IF(D55='Device Selector'!$B$6,'Master Database - amended'!A55,\"\")","v":52},"","Very High Frequency Cetaceans","13e","STM products","Dolphin interactive deterrent (DiD) 01","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,"No Data Available",5,500,"5 - 500 kHz (random).","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","Intermittent","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","No Data Available","No Data Available","3: High confidence","N","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.nature.com/articles/s41598-023-46836-z",null,"User manual warns: “do not place a DiD01 at less than 600–800 m from another DiD01\"","NA"]
[53,{"$f":"IF(D56='Device Selector'!$B$6,'Master Database - amended'!A56,\"\")","v":""},"","All Devices","13e","STM products","Dolphin interactive deterrent (DiD) 01","Automatic","http://www.stm-products.com/en/products/fishing-technology/","http://www.stm-products.com/en/products/fishing-technology/","Bycatch (gillnets)",165,168,"No Data Available",5,500,"5 - 500 kHz (random).","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","Intermittent","No Data Available","No Data Available","Interactive depending on the presence of mammals in it's vicinity.","No Data Available","No Data Available","3: High confidence","Y","2: Medium confidence","Y","No Data Available","No Data Available","Dolphins","No Data Available",">1000m",">1000m","No Data Available","https://www.nature.com/articles/s41598-023-46836-z",null,"User manual warns: “do not place a DiD01 at less than 600–800 m from another DiD01\"","NA"]
[54,{"$f":"IF(D57='Device Selector'!$B$6,'Master Database - amended'!A57,\"\")","v":""},"","High Frequency Cetaceans",14,"Dukane","NetMark 1000 alarm","No Data Available","https://spinoff.nasa.gov/spinoff1997/er1.html","https://spinoff.nasa.gov/spinoff1997/er1.html","Bycatch (gillnets)",132,135,127,10,10,"10 kHz",4000,4000,"Pulse interval of 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","https://www.nature.com/articles/41451\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf\n\nhttp://www.int-res.com/articles/esr2008/5/n005p301.pdf\n\nhttps://www.researchgate.net/publication/228419119_Will_Harbour_porpoises_Phocoena_phocoena_habituate_to_pingers\n\nhttps://www.researchgate.net/publication/222300489_Behavioral_Responses_of_Bottlenose_Dolphins_Tursiops_truncatus_to_Gillnets_and_Acoustic_Alarms\n\nhttp://www.nrcresearchpress.com/doi/pdfplus/10.1139/f98-162\n\nhttp://www.nrcresearchpress.com/doi/10.1139/F08-186#.Wplyzq5l-Ul\n\nhttps://www.researchgate.net/publication/285703537_The_effect_of_pingers_on_harbour_porpoise_Phocoena_phocoena_bycatch_and_fishing_effort_in_the_turbot_gill_net_fishery_in_the_Turkish_Black_Sea_coast\n\nhttps://www.rufford.org/files/2-20.12.08%20Detailed%20Final%20Report.pdf\n\nhttp://conservation.govt.nz/Documents/science-and-technical/CSL3071.PDF\n\nhttps://www.researchgate.net/publication/227652806_Reducing_incidental_mortality_of_Franciscana_dolphin_Pontoporia_blainvilei_with_acoustic_warning_devices_attached_to_fishing_nets\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n\nhttps://journal.iwc.int/index.php/jcrm/article/view/904",null,"In Bordino et al. 2002, although pingers show promise as a management tool for this species, pinniped depredation suggests that higher pinger frequencies will be needed to avoid a “dinner bell” effect.\n\nIn Wilson and Carter 2013, deployment of off-the-shelf acoustic devices developed for other applications, is shown to be unlikely to be appropriate for a particular tidal-stream site. An AHD is likely to be detectable at ranges far greater than the sphere of influence of an individual turbine or even an entire array.\n","NA"]
[55,{"$f":"IF(D58='Device Selector'!$B$6,'Master Database - amended'!A58,\"\")","v":55},"","Very High Frequency Cetaceans",14,"Dukane","NetMark 1000 alarm","No Data Available","https://spinoff.nasa.gov/spinoff1997/er1.html","https://spinoff.nasa.gov/spinoff1997/er1.html","Bycatch (gillnets)",132,135,127,10,10,"10 kHz",4000,4000,"Pulse interval of 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","https://www.nature.com/articles/41451\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf\n\nhttp://www.int-res.com/articles/esr2008/5/n005p301.pdf\n\nhttps://www.researchgate.net/publication/228419119_Will_Harbour_porpoises_Phocoena_phocoena_habituate_to_pingers\n\nhttps://www.researchgate.net/publication/222300489_Behavioral_Responses_of_Bottlenose_Dolphins_Tursiops_truncatus_to_Gillnets_and_Acoustic_Alarms\n\nhttp://www.nrcresearchpress.com/doi/pdfplus/10.1139/f98-162\n\nhttp://www.nrcresearchpress.com/doi/10.1139/F08-186#.Wplyzq5l-Ul\n\nhttps://www.researchgate.net/publication/285703537_The_effect_of_pingers_on_harbour_porpoise_Phocoena_phocoena_bycatch_and_fishing_effort_in_the_turbot_gill_net_fishery_in_the_Turkish_Black_Sea_coast\n\nhttps://www.rufford.org/files/2-20.12.08%20Detailed%20Final%20Report.pdf\n\nhttp://conservation.govt.nz/Documents/science-and-technical/CSL3071.PDF\n\nhttps://www.researchgate.net/publication/227652806_Reducing_incidental_mortality_of_Franciscana_dolphin_Pontoporia_blainvilei_with_acoustic_warning_devices_attached_to_fishing_nets\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n\nhttps://journal.iwc.int/index.php/jcrm/article/view/904",null,"In Bordino et al. 2002, although pingers show promise as a management tool for this species, pinniped depredation suggests that higher pinger frequencies will be needed to avoid a “dinner bell” effect.\n\nIn Wilson and Carter 2013, deployment of off-the-shelf acoustic devices developed for other applications, is shown to be unlikely to be appropriate for a particular tidal-stream site. An AHD is likely to be detectable at ranges far greater than the sphere of influence of an individual turbine or even an entire array.\n","NA"]
[56,{"$f":"IF(D59='Device Selector'!$B$6,'Master Database - amended'!A59,\"\")","v":""},"","All Devices",14,"Dukane","NetMark 1000 alarm","No Data Available","https://spinoff.nasa.gov/spinoff1997/er1.html","https://spinoff.nasa.gov/spinoff1997/er1.html","Bycatch (gillnets)",132,135,127,10,10,"10 kHz",4000,4000,"Pulse interval of 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] ","No Data Available","No Data Available","<500m","No Data Available","https://www.nature.com/articles/41451\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf\n\nhttp://www.int-res.com/articles/esr2008/5/n005p301.pdf\n\nhttps://www.researchgate.net/publication/228419119_Will_Harbour_porpoises_Phocoena_phocoena_habituate_to_pingers\n\nhttps://www.researchgate.net/publication/222300489_Behavioral_Responses_of_Bottlenose_Dolphins_Tursiops_truncatus_to_Gillnets_and_Acoustic_Alarms\n\nhttp://www.nrcresearchpress.com/doi/pdfplus/10.1139/f98-162\n\nhttp://www.nrcresearchpress.com/doi/10.1139/F08-186#.Wplyzq5l-Ul\n\nhttps://www.researchgate.net/publication/285703537_The_effect_of_pingers_on_harbour_porpoise_Phocoena_phocoena_bycatch_and_fishing_effort_in_the_turbot_gill_net_fishery_in_the_Turkish_Black_Sea_coast\n\nhttps://www.rufford.org/files/2-20.12.08%20Detailed%20Final%20Report.pdf\n\nhttp://conservation.govt.nz/Documents/science-and-technical/CSL3071.PDF\n\nhttps://www.researchgate.net/publication/227652806_Reducing_incidental_mortality_of_Franciscana_dolphin_Pontoporia_blainvilei_with_acoustic_warning_devices_attached_to_fishing_nets\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n\nhttps://journal.iwc.int/index.php/jcrm/article/view/904",null,"In Bordino et al. 2002, although pingers show promise as a management tool for this species, pinniped depredation suggests that higher pinger frequencies will be needed to avoid a “dinner bell” effect.\n\nIn Wilson and Carter 2013, deployment of off-the-shelf acoustic devices developed for other applications, is shown to be unlikely to be appropriate for a particular tidal-stream site. An AHD is likely to be detectable at ranges far greater than the sphere of influence of an individual turbine or even an entire array.\n","NA"]
[57,{"$f":"IF(D60='Device Selector'!$B$6,'Master Database - amended'!A60,\"\")","v":57},"","Very High Frequency Cetaceans","15a","Future Oceans","10KHz Netguard Porpoise and dolphin pinger","Automatic","https://futureoceans.com/pingers/porpoise-pinger/","https://futureoceans.com/pingers/porpoise-pinger/","Bycatch (gillnets)",132,135,127,10,10,"10 kHz (includes multiple ultrasonic harmonics).",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available",null,"Harbour Porpoise","No Data Available","No Data Available","<500m","No Data Available","http://www.int-res.com/articles/esr_oa/n020p271.pdf",null,"This device is unlikely to be effective for the mitigation of impacts from wind farm piling (for humpback and snubfin dolphins at least)."]
[58,{"$f":"IF(D61='Device Selector'!$B$6,'Master Database - amended'!A61,\"\")","v":""},"","All Devices","15a","Future Oceans","10KHz Netguard Porpoise and dolphin pinger","Automatic","https://futureoceans.com/pingers/porpoise-pinger/","https://futureoceans.com/pingers/porpoise-pinger/","Bycatch (gillnets)",132,135,127,10,10,"10 kHz (includes multiple ultrasonic harmonics).",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Data Available",null,"Harbour Porpoise","No Data Available","No Data Available","<500m","No Data Available","http://www.int-res.com/articles/esr_oa/n020p271.pdf",null,"This device is unlikely to be effective for the mitigation of impacts from wind farm piling (for humpback and snubfin dolphins at least)."]
[59,{"$f":"IF(D62='Device Selector'!$B$6,'Master Database - amended'!A62,\"\")","v":""},"","High Frequency Cetaceans","15b","Future Oceans","60kHz -120kHz Netguard Dolphin Pinger","Automatic","https://futureoceans.com/pingers/dolphin-pinger/","https://futureoceans.com/pingers/dolphin-pinger/","Bycatch (gillnets)",145,148,140,60,120,"60 kHz-120 kHz",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","3: High confidence","Y","Humpback dolphin & snubfin dolphin [Confidence Score 3 and Y], Bottlenose Dolphin [Confidence Score 2 and N].\nHarbour porpoise [Confidence score 3 and Y], Grey seal [Confidence score 3 and N]","No Data Available","<500m","No Data Available","No Data Available","http://www.int-res.com/articles/esr_oa/n020p271.pdf\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932",null,"Deployment one every 200 metres\n\nEffective at deterring harbour porpoises, no effect on grey seal as outside range of audible frequencies (Carlén and Cosentino, 2023)","NA"]
[60,{"$f":"IF(D63='Device Selector'!$B$6,'Master Database - amended'!A63,\"\")","v":""},"","All Devices","15b","Future Oceans","60kHz -120kHz Netguard Dolphin Pinger","Automatic","https://futureoceans.com/pingers/dolphin-pinger/","https://futureoceans.com/pingers/dolphin-pinger/","Bycatch (gillnets)",145,148,140,60,120,"60 kHz-120 kHz",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","3: High confidence","Y","Humpback dolphin & snubfin dolphin [Confidence Score 3 and Y], Bottlenose Dolphin [Confidence Score 2 and N].\nHarbour porpoise [Confidence score 3 and Y], Grey seal [Confidence score 3 and N]","No Data Available","<500m","No Data Available","No Data Available","http://www.int-res.com/articles/esr_oa/n020p271.pdf\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932",null,"Deployment one every 200 metres\n\nEffective at deterring harbour porpoises, no effect on grey seal as outside range of audible frequencies (Carlén and Cosentino, 2023)","NA"]
[61,{"$f":"IF(D64='Device Selector'!$B$6,'Master Database - amended'!A64,\"\")","v":""},"","Low Frequency Cetaceans","15c","Future Oceans","3kHz Netguard Whale Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Bycatch (gillnets)",145,{"$f":"L64+3","v":148},{"$f":"ROUNDUP(L64+10*LOG10(W64/1000),0)","v":140},3,3,"3 kHz (± .5 kHz)",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","3: High confidence","N","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Whales","<500m","No Data Available","No Data Available","No Data Available","http://www.int-res.com/articles/esr_oa/n025p035.pdf",null,"No Comments","NA"]
[62,{"$f":"IF(D65='Device Selector'!$B$6,'Master Database - amended'!A65,\"\")","v":""},"","All Devices","15c","Future Oceans","3kHz Netguard Whale Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Bycatch (gillnets)",145,{"$f":"L65+3","v":148},{"$f":"ROUNDUP(L65+10*LOG10(W65/1000),0)","v":140},3,3,"3 kHz (± .5 kHz)",4000,4000,"Pulse interval 4 s.","Intermittent",300,300,"300 ms","3: High confidence","N","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Whales","<500m","No Data Available","No Data Available","No Data Available","http://www.int-res.com/articles/esr_oa/n025p035.pdf",null,"No Comments","NA"]
[63,{"$f":"IF(D66='Device Selector'!$B$6,'Master Database - amended'!A66,\"\")","v":""},"","High Frequency Cetaceans","16a","Fishtek Marine","Banana Pinger (50-120)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)",148,151,142,50,120,"50 - 120 kHz (±2 kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","3: High confidence","Y","Porpoise and Dolphin species","No Data Available","<500m","<500m","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nAndré Moan, Arne Bjørge, Pingers reduce harbour porpoise bycatch in Norwegian gillnet fisheries, with little impact on day-to-day fishing operations, Fisheries Research, Volume 259, 2023, 106564, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106564.\n\nMIND THE GAP - Pinger spacing and sound levels influence bycatch-rates of harbour porpoises (2024) Kindt-Larsen, L., Brooks, M.E., Søgaard., M., Noak, T., Glemarec. G. In Prep \n\nVella, A., 2016. Resolving bottlenose dolphin-fisheries association in Maltese waters, central Mediterranean, CIESM Congress, Kiel Article 0499.\n\nCrosby A., Tregenza N. & Williams R. (2013) The Banana Pinger Trial: investigation into the Fishtek Banana Pinger to reduce cetacean bycatch in an inshore set net fishery. Wildlife Trusts report.\n\nOmeyer Lucy C. M., Doherty Philip D., Dolman Sarah, Enever Robert, Reese Allan, Tregenza Nicholas, Williams Ruth, Godley Brendan J. (2020). Assessing the Effects of Banana Pingers as a Bycatch Mitigation Device for Harbour Porpoises (Phocoena phocoena), Frontiers in Marine Science, 7, 2020, DOI=10.3389/fmars.2020.00285\n\nDennis Brennecke, Ursula Siebert, Lotte Kindt-Larsen, Henrik Skov Midtiby, Henrik Dyrberg Egemose, Sara Torres Ortiz, Katrin Knickmeier, Magnus Wahlberg, The fine-scale behaviour of harbour porpoises towards pingers, Fisheries Research, Volume 255, 2022, 106437, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106437.\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Effectiveness of pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in the Uruguayan artisanal gillnet fishery. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/01\n\nN. de Paz, F. Mondragon, D. Grados, M. Pozada, S. Kelez , E. Goya (2022), Using acoustic devices to reduce cetacean bycatch in the Peruvian artisanal Fishery. In press.\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2020.00285",null,"No Comments","NA"]
[64,{"$f":"IF(D67='Device Selector'!$B$6,'Master Database - amended'!A67,\"\")","v":64},"","Very High Frequency Cetaceans","16a","Fishtek Marine","Banana Pinger (50-120)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)",148,151,142,50,120,"50 - 120 kHz (±2 kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","3: High confidence","Y","Porpoise and Dolphin species","No Data Available","<500m","<500m","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nAndré Moan, Arne Bjørge, Pingers reduce harbour porpoise bycatch in Norwegian gillnet fisheries, with little impact on day-to-day fishing operations, Fisheries Research, Volume 259, 2023, 106564, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106564.\n\nMIND THE GAP - Pinger spacing and sound levels influence bycatch-rates of harbour porpoises (2024) Kindt-Larsen, L., Brooks, M.E., Søgaard., M., Noak, T., Glemarec. G. In Prep \n\nVella, A., 2016. Resolving bottlenose dolphin-fisheries association in Maltese waters, central Mediterranean, CIESM Congress, Kiel Article 0499.\n\nCrosby A., Tregenza N. & Williams R. (2013) The Banana Pinger Trial: investigation into the Fishtek Banana Pinger to reduce cetacean bycatch in an inshore set net fishery. Wildlife Trusts report.\n\nOmeyer Lucy C. M., Doherty Philip D., Dolman Sarah, Enever Robert, Reese Allan, Tregenza Nicholas, Williams Ruth, Godley Brendan J. (2020). Assessing the Effects of Banana Pingers as a Bycatch Mitigation Device for Harbour Porpoises (Phocoena phocoena), Frontiers in Marine Science, 7, 2020, DOI=10.3389/fmars.2020.00285\n\nDennis Brennecke, Ursula Siebert, Lotte Kindt-Larsen, Henrik Skov Midtiby, Henrik Dyrberg Egemose, Sara Torres Ortiz, Katrin Knickmeier, Magnus Wahlberg, The fine-scale behaviour of harbour porpoises towards pingers, Fisheries Research, Volume 255, 2022, 106437, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106437.\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Effectiveness of pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in the Uruguayan artisanal gillnet fishery. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/01\n\nN. de Paz, F. Mondragon, D. Grados, M. Pozada, S. Kelez , E. Goya (2022), Using acoustic devices to reduce cetacean bycatch in the Peruvian artisanal Fishery. In press.\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2020.00285",null,"No Comments","NA"]
[65,{"$f":"IF(D68='Device Selector'!$B$6,'Master Database - amended'!A68,\"\")","v":""},"","All Devices","16a","Fishtek Marine","Banana Pinger (50-120)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)",148,151,142,50,120,"50 - 120 kHz (±2 kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","Y","3: High confidence","Y","Porpoise and Dolphin species","No Data Available","<500m","<500m","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nAndré Moan, Arne Bjørge, Pingers reduce harbour porpoise bycatch in Norwegian gillnet fisheries, with little impact on day-to-day fishing operations, Fisheries Research, Volume 259, 2023, 106564, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106564.\n\nMIND THE GAP - Pinger spacing and sound levels influence bycatch-rates of harbour porpoises (2024) Kindt-Larsen, L., Brooks, M.E., Søgaard., M., Noak, T., Glemarec. G. In Prep \n\nVella, A., 2016. Resolving bottlenose dolphin-fisheries association in Maltese waters, central Mediterranean, CIESM Congress, Kiel Article 0499.\n\nCrosby A., Tregenza N. & Williams R. (2013) The Banana Pinger Trial: investigation into the Fishtek Banana Pinger to reduce cetacean bycatch in an inshore set net fishery. Wildlife Trusts report.\n\nOmeyer Lucy C. M., Doherty Philip D., Dolman Sarah, Enever Robert, Reese Allan, Tregenza Nicholas, Williams Ruth, Godley Brendan J. (2020). Assessing the Effects of Banana Pingers as a Bycatch Mitigation Device for Harbour Porpoises (Phocoena phocoena), Frontiers in Marine Science, 7, 2020, DOI=10.3389/fmars.2020.00285\n\nDennis Brennecke, Ursula Siebert, Lotte Kindt-Larsen, Henrik Skov Midtiby, Henrik Dyrberg Egemose, Sara Torres Ortiz, Katrin Knickmeier, Magnus Wahlberg, The fine-scale behaviour of harbour porpoises towards pingers, Fisheries Research, Volume 255, 2022, 106437, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106437.\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Effectiveness of pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in the Uruguayan artisanal gillnet fishery. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/01\n\nN. de Paz, F. Mondragon, D. Grados, M. Pozada, S. Kelez , E. Goya (2022), Using acoustic devices to reduce cetacean bycatch in the Peruvian artisanal Fishery. In press.\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2020.00285",null,"No Comments","NA"]
[66,{"$f":"IF(D69='Device Selector'!$B$6,'Master Database - amended'!A69,\"\")","v":""},{"$f":"IFERROR(SMALL($B$4:$B$200,A69),\"\")","v":""},"Low Frequency Cetaceans","16b","Fishtek Marine","Banana Pinger whale (3-20)","Automatic","www.fishtekmarine.com",{"$f":"I69","v":"www.fishtekmarine.com"},"Bycatch (gillnets)",{"$f":"ROUNDUP(N69-10*(LOG10(W69/1000)),0)","v":138},{"$f":"L69+3","v":141},132,3,20,"3 - 20 kHz (±2 kHz)",4000,4000,"Signal interval of 4 s.","Intermittent",300,300,"300 ms","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Baleen and Beaked Whales","<500m","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[67,{"$f":"IF(D70='Device Selector'!$B$6,'Master Database - amended'!A70,\"\")","v":""},"","All Devices","16b","Fishtek Marine","Banana Pinger whale (3-20)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets)",{"$f":"ROUNDUP(N70-10*(LOG10(W70/1000)),0)","v":138},{"$f":"L70+3","v":141},132,3,20,"3 - 20 kHz (±2 kHz)",4000,4000,"Signal interval of 4 s.","Intermittent",300,300,"300 ms","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Baleen and Beaked Whales","<500m","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[68,{"$f":"IF(D71='Device Selector'!$B$6,'Master Database - amended'!A71,\"\")","v":68},"","Very High Frequency Cetaceans","16c","Fishtek Marine","Banana Pinger US (10)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets)",135,138,129,10,10,"10 kHz (± 2kHz)",4000,4000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","1: Intended for use but no evidence","3: High confidence","Y","No Data Available","No Data Available","Porpoise","No Data Available","No Data Available","<500m","No Data Available","https://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf",null,"Meets acoustic characteristics as set out under US Federal Register etc.","NA"]
[69,{"$f":"IF(D72='Device Selector'!$B$6,'Master Database - amended'!A72,\"\")","v":""},"","All Devices","16c","Fishtek Marine","Banana Pinger US (10)","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets)",135,138,129,10,10,"10 kHz (± 2kHz)",4000,4000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","1: Intended for use but no evidence","3: High confidence","Y","No Data Available","No Data Available","Porpoise","No Data Available","No Data Available","<500m","No Data Available","https://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf",null,"Meets acoustic characteristics as set out under US Federal Register etc.","NA"]
[70,{"$f":"IF(D73='Device Selector'!$B$6,'Master Database - amended'!A73,\"\")","v":""},"","High Frequency Cetaceans","16d","Fishtek Marine","Dolphin Anti-depredation pinger","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)‚ fisheries depredation (longline) ‚ mitigation for construction",188,191,172,40,40,"40 kHz (± 2kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",30,30,"30 ms","No Data Available","No Data Available","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphin and Porpoise species","No Data Available","<500m","No Data Available","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Assessing the effectiveness of dolphin antipredation pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in demersal pair trawl fishing. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/11",null,"No Comments","NA"]
[71,{"$f":"IF(D74='Device Selector'!$B$6,'Master Database - amended'!A74,\"\")","v":71},"","Very High Frequency Cetaceans","16d","Fishtek Marine","Dolphin Anti-depredation pinger","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)‚ fisheries depredation (longline) ‚ mitigation for construction",188,191,172,40,40,"40 kHz (± 2kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",30,30,"30 ms","No Data Available","No Data Available","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphin and Porpoise species","No Data Available","<500m","No Data Available","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Assessing the effectiveness of dolphin antipredation pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in demersal pair trawl fishing. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/11",null,"No Comments","NA"]
[72,{"$f":"IF(D75='Device Selector'!$B$6,'Master Database - amended'!A75,\"\")","v":""},"","All Devices","16d","Fishtek Marine","Dolphin Anti-depredation pinger","Automatic","www.fishtekmarine.com","www.fishtekmarine.com","Bycatch (gillnets, trawls)‚ fisheries depredation (longline) ‚ mitigation for construction",188,191,172,40,40,"40 kHz (± 2kHz)",4000,12000,"Signal interval of 4 - 12 s. Randomised signal interval and structure.","Intermittent",30,30,"30 ms","No Data Available","No Data Available","2: Medium confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphin and Porpoise species","No Data Available","<500m","No Data Available","No Data Available","BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Assessing the effectiveness of dolphin antipredation pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in demersal pair trawl fishing. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/11",null,"No Comments","NA"]
[73,{"$f":"IF(D76='Device Selector'!$B$6,'Master Database - amended'!A76,\"\")","v":73},"","Very High Frequency Cetaceans","17a","F3 Maritime Technology UG Ltd (Life Systems)","Porpoise PAL","Automatic","https://www.f3mt.net/harbour-porpoise---pal.html","https://www.f3mt.net/harbour-porpoise---pal.html","Bycatch (gillnets)",145,148,145,133,133,"133 kHz Porpoise clicks. Narrow band porpoise click train. ",8000,24000,"Random pulse interval between 8 - 24 s.","Intermittent",1000,1000,"1 s","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","Porpoise species","No Data Available","No Data Available","<500m","No Data Available","Pinger trials to reduce bycatch in Bulgarian Black Sea turbot fisher (https://www.thebdri.com/ecs2023abstractbook.pdf)\n\nChladek, J., Culik, B., Kindt-Larsen, L., Albertsen, C. M. and Von Dorrien, C. (2020). Synthetic harbour porpoise (Phocoena phocoena) communication signals emitted by acoustic alerting device (Porpoise ALert, PAL) significantly reduce their bycatch in western Baltic gillnet fisheries. Fisheries Research, 232, pp.105732. DOI:10.1016/j.fishres.2020.105732.",null,"No Comments","NA"]
[74,{"$f":"IF(D77='Device Selector'!$B$6,'Master Database - amended'!A77,\"\")","v":""},"","All Devices","17a","F3 Maritime Technology UG Ltd (Life Systems)","Porpoise PAL","Automatic","https://www.f3mt.net/harbour-porpoise---pal.html","https://www.f3mt.net/harbour-porpoise---pal.html","Bycatch (gillnets)",145,148,145,133,133,"133 kHz Porpoise clicks. Narrow band porpoise click train. ",8000,24000,"Random pulse interval between 8 - 24 s.","Intermittent",1000,1000,"1 s","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","Porpoise species","No Data Available","No Data Available","<500m","No Data Available","Pinger trials to reduce bycatch in Bulgarian Black Sea turbot fisher (https://www.thebdri.com/ecs2023abstractbook.pdf)\n\nChladek, J., Culik, B., Kindt-Larsen, L., Albertsen, C. M. and Von Dorrien, C. (2020). Synthetic harbour porpoise (Phocoena phocoena) communication signals emitted by acoustic alerting device (Porpoise ALert, PAL) significantly reduce their bycatch in western Baltic gillnet fisheries. Fisheries Research, 232, pp.105732. DOI:10.1016/j.fishres.2020.105732.",null,"No Comments","NA"]
[75,{"$f":"IF(D78='Device Selector'!$B$6,'Master Database - amended'!A78,\"\")","v":75},"","Very High Frequency Cetaceans","17b","F3 Maritime Technology UG Ltd","10 kHz PAL","Automatic","10 kHz - PAL - F³ Maritime Technology (f3mt.net)","10 kHz - PAL - F³ Maritime Technology (f3mt.net)","Bycatch (gillnets)",132,135,127,10,10,"10 kHz narrow band.",4000,4000,"Pulse interval of 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[76,{"$f":"IF(D79='Device Selector'!$B$6,'Master Database - amended'!A79,\"\")","v":""},"","All Devices","17b","F3 Maritime Technology UG Ltd","10 kHz PAL","Automatic","10 kHz - PAL - F³ Maritime Technology (f3mt.net)","10 kHz - PAL - F³ Maritime Technology (f3mt.net)","Bycatch (gillnets)",132,135,127,10,10,"10 kHz narrow band.",4000,4000,"Pulse interval of 4 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[77,{"$f":"IF(D80='Device Selector'!$B$6,'Master Database - amended'!A80,\"\")","v":""},"","Low Frequency Cetaceans","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[78,{"$f":"IF(D81='Device Selector'!$B$6,'Master Database - amended'!A81,\"\")","v":""},"","High Frequency Cetaceans","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[79,{"$f":"IF(D82='Device Selector'!$B$6,'Master Database - amended'!A82,\"\")","v":79},"","Very High Frequency Cetaceans","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[80,{"$f":"IF(D83='Device Selector'!$B$6,'Master Database - amended'!A83,\"\")","v":""},"","Pinnipeds","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[81,{"$f":"IF(D84='Device Selector'!$B$6,'Master Database - amended'!A84,\"\")","v":""},"","All Species","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[82,{"$f":"IF(D85='Device Selector'!$B$6,'Master Database - amended'!A85,\"\")","v":""},"","All Devices","17c","F3 Maritime Technology UG Ltd","Wideband PAL","Automatic","https://www.f3mt.net/wideband---pal.html","https://www.f3mt.net/wideband---pal.html","Bycatch (gillnets)",145,148,140,20,160,"20 - 160 kHz",4000,30000,"Random pulse interval between 4 - 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Marine Mammals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[83,{"$f":"IF(D86='Device Selector'!$B$6,'Master Database - amended'!A86,\"\")","v":""},"","Low Frequency Cetaceans","17d","F3 Maritime Technology UG Ltd","Whale PAL (v3)","Automatic","https://www.f3mt.net/whale---pal.html","https://www.f3mt.net/whale---pal.html","Bycatch (gillnets)",145,148,140,10,160,"Wideband",4000,4000,"Pulse interval of 4 s.\nSecondary signal repeated 8-20 s random\n","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Whales","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[84,{"$f":"IF(D87='Device Selector'!$B$6,'Master Database - amended'!A87,\"\")","v":""},"","All Devices","17d","F3 Maritime Technology UG Ltd","Whale PAL (v3)","Automatic","https://www.f3mt.net/whale---pal.html","https://www.f3mt.net/whale---pal.html","Bycatch (gillnets)",145,148,140,10,160,"Wideband",4000,4000,"Pulse interval of 4 s.\nSecondary signal repeated 8-20 s random\n","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Whales","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[85,{"$f":"IF(D88='Device Selector'!$B$6,'Master Database - amended'!A88,\"\")","v":""},"","All Devices",18,"Loughborough University","LU - 1","No Data Available","No manufacturers website available","No manufacturers website available","Bycatch (gillnets)",145,148,140,40,120,"40 - 120 kHz",5000,30000,"Random pulse interval between 5 and 30 s.","Intermittent",300,300,"300 ms","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available","https://www.researchgate.net/publication/266214228_The_effect_of_acoustic_alarms_on_the_by-catch_of_harbour_porpoises_in_the_Danish_North_Sea_gill_net_fishery\n\nhttps://www.researchgate.net/profile/Ronald_Kastelein/publication/40188899_The_effects_of_various_sounds_on_a_harbour_porpoise_Phocoena_phocoena/links/00b7d52b47fc7f19c1000000.pdf\n",null,"No Comments","NA"]
[86,{"$f":"IF(D89='Device Selector'!$B$6,'Master Database - amended'!A89,\"\")","v":""},"","Low Frequency Cetaceans",19,"Lofitech","Seal Scarer","Manual","https://www.lofitech.no/product","https://www.lofitech.no/product","Fisheries, aquaculture, offshore piling mitigation, UXO removal",189,192,{"$f":"ROUNDUP(L89+10*LOG10(W89/1000),0)","v":186},13,15,"10 - 20 kHz. With measured fundamental frequency at 14.6 kHz with harmonics at 29.2 kHz, 43.6 kHz and 72.8 kHz (McGarry et al. 2017).","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",500,500,"Manufacturer states the pulse length is 500 ms. However the measured pulse length is 752 ms.","3: High confidence","Y","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals, odonocetes and whales",">1000m","No Data Available",">1000m","<500m","https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034",null,"Recommended that duration of deployment should be tailored to each project requirements. \n\nThe strong reaction to the seal scarer noted in Dahne et al. 2017 raises concern that it may surpass the reactions to the pile-driving noise itself, when operating with bubble curtains, and calls for a re-evaluation of the specifications of seal scarer sounds.\n\nORJIP review concludes that the Lofitec provides the most consistent effective deterrence ranges for both harbour seals and harbour porpoise in environments similar to those at offshore wind farm construction sites.  Recommended as is usable in current form during OWF construction but note that improvements could be made and an OWF specific model developed. The results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.\n\nIn Brandt et al. 2012 the use of seal scarers as a mitigation tool during offshore construction seems promising.\nNevertheless, these results also highlight that its\napplication will not guarantee the safety of all\nanimals, as not all individuals will react with\navoidance reactions.\n\nIn Brandt et al. 2013, porpoises seem to be startled when the seal scarer is activated at close range, a soft start to this device should be considered so as not to cause panic reactions in harbour porpoises, which could potentially\nlead to the separation of mother−calf pairs.\n\nThe use of this ADD should result in low probabilities of animals remaining within exclusion zones of ~1 km.\n\nWhen used for mitigation there should be no delay between the end of the mitigation broadcast and the start of pile driving.","NA"]
[87,{"$f":"IF(D90='Device Selector'!$B$6,'Master Database - amended'!A90,\"\")","v":87},"","Very High Frequency Cetaceans",19,"Lofitech","Seal Scarer","Manual","https://www.lofitech.no/product","https://www.lofitech.no/product","Fisheries, aquaculture, offshore piling mitigation, UXO removal",189,192,186,13,15,"10 - 20 kHz. With measured fundamental frequency at 14.6 kHz with harmonics at 29.2 kHz, 43.6 kHz and 72.8 kHz (McGarry et al. 2017).","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",500,500,"Manufacturer states the pulse length is 500 ms. However the measured pulse length is 752 ms.","3: High confidence","Y","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals, odonocetes and whales","500 - 1000m","No Data Available",">1000m","<500m","https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034",null,"Recommended that duration of deployment should be tailored to each project requirements. \n\nThe strong reaction to the seal scarer noted in Dahne et al. 2017 raises concern that it may surpass the reactions to the pile-driving noise itself, when operating with bubble curtains, and calls for a re-evaluation of the specifications of seal scarer sounds.\n\nORJIP review concludes that the Lofitec provides the most consistent effective deterrence ranges for both harbour seals and harbour porpoise in environments similar to those at offshore wind farm construction sites.  Recommended as is usable in current form during OWF construction but note that improvements could be made and an OWF specific model developed. The results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.\n\nIn Brandt et al. 2012 the use of seal scarers as a mitigation tool during offshore construction seems promising.\nNevertheless, these results also highlight that its\napplication will not guarantee the safety of all\nanimals, as not all individuals will react with\navoidance reactions.\n\nIn Brandt et al. 2013, porpoises seem to be startled when the seal scarer is activated at close range, a soft start to this device should be considered so as not to cause panic reactions in harbour porpoises, which could potentially\nlead to the separation of mother−calf pairs.\n\nThe use of this ADD should result in low probabilities of animals remaining within exclusion zones of ~1 km.\n\nWhen used for mitigation there should be no delay between the end of the mitigation broadcast and the start of pile driving.","NA"]
[88,{"$f":"IF(D91='Device Selector'!$B$6,'Master Database - amended'!A91,\"\")","v":""},"","Pinnipeds",19,"Lofitech","Seal Scarer","Manual","https://www.lofitech.no/product","https://www.lofitech.no/product","Fisheries, aquaculture, offshore piling mitigation, UXO removal",189,192,186,13,15,"10 - 20 kHz. With measured fundamental frequency at 14.6 kHz with harmonics at 29.2 kHz, 43.6 kHz and 72.8 kHz (McGarry et al. 2017).","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",500,500,"Manufacturer states the pulse length is 500 ms. However the measured pulse length is 752 ms.","3: High confidence","Y","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals, odonocetes and whales","500 - 1000m","No Data Available",">1000m","<500m","https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034",null,"Recommended that duration of deployment should be tailored to each project requirements. \n\nThe strong reaction to the seal scarer noted in Dahne et al. 2017 raises concern that it may surpass the reactions to the pile-driving noise itself, when operating with bubble curtains, and calls for a re-evaluation of the specifications of seal scarer sounds.\n\nORJIP review concludes that the Lofitec provides the most consistent effective deterrence ranges for both harbour seals and harbour porpoise in environments similar to those at offshore wind farm construction sites.  Recommended as is usable in current form during OWF construction but note that improvements could be made and an OWF specific model developed. The results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.\n\nIn Brandt et al. 2012 the use of seal scarers as a mitigation tool during offshore construction seems promising.\nNevertheless, these results also highlight that its\napplication will not guarantee the safety of all\nanimals, as not all individuals will react with\navoidance reactions.\n\nIn Brandt et al. 2013, porpoises seem to be startled when the seal scarer is activated at close range, a soft start to this device should be considered so as not to cause panic reactions in harbour porpoises, which could potentially\nlead to the separation of mother−calf pairs.\n\nThe use of this ADD should result in low probabilities of animals remaining within exclusion zones of ~1 km.\n\nWhen used for mitigation there should be no delay between the end of the mitigation broadcast and the start of pile driving.","NA"]
[89,{"$f":"IF(D92='Device Selector'!$B$6,'Master Database - amended'!A92,\"\")","v":""},"","All Devices",19,"Lofitech","Seal Scarer","Manual","https://www.lofitech.no/product","https://www.lofitech.no/product","Fisheries, aquaculture, offshore piling mitigation, UXO removal",189,192,186,13,15,"10 - 20 kHz. With measured fundamental frequency at 14.6 kHz with harmonics at 29.2 kHz, 43.6 kHz and 72.8 kHz (McGarry et al. 2017).","No Data Available","No Data Available","Intermittent - duration between pulses is on a random cycle.","Intermittent",500,500,"Manufacturer states the pulse length is 500 ms. However the measured pulse length is 752 ms.","3: High confidence","Y","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","Seals, odonocetes and whales","500 - 1000m","No Data Available",">1000m","<500m","https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034",null,"Recommended that duration of deployment should be tailored to each project requirements. \n\nThe strong reaction to the seal scarer noted in Dahne et al. 2017 raises concern that it may surpass the reactions to the pile-driving noise itself, when operating with bubble curtains, and calls for a re-evaluation of the specifications of seal scarer sounds.\n\nORJIP review concludes that the Lofitec provides the most consistent effective deterrence ranges for both harbour seals and harbour porpoise in environments similar to those at offshore wind farm construction sites.  Recommended as is usable in current form during OWF construction but note that improvements could be made and an OWF specific model developed. The results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.\n\nIn Brandt et al. 2012 the use of seal scarers as a mitigation tool during offshore construction seems promising.\nNevertheless, these results also highlight that its\napplication will not guarantee the safety of all\nanimals, as not all individuals will react with\navoidance reactions.\n\nIn Brandt et al. 2013, porpoises seem to be startled when the seal scarer is activated at close range, a soft start to this device should be considered so as not to cause panic reactions in harbour porpoises, which could potentially\nlead to the separation of mother−calf pairs.\n\nThe use of this ADD should result in low probabilities of animals remaining within exclusion zones of ~1 km.\n\nWhen used for mitigation there should be no delay between the end of the mitigation broadcast and the start of pile driving.","NA"]
[90,{"$f":"IF(D93='Device Selector'!$B$6,'Master Database - amended'!A93,\"\")","v":""},"","High Frequency Cetaceans","20a","Marexi Marine Technology","Pinger V2.3","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",145,{"$f":"L93+3","v":148},140,10,10,"10 kHz (±2 kHz) tonal",3800,4200,"Pulse 4 s (±0.2 sec)","Intermittent",300,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available",null,null,"No Comments","NA"]
[91,{"$f":"IF(D94='Device Selector'!$B$6,'Master Database - amended'!A94,\"\")","v":91},"","Very High Frequency Cetaceans","20a","Marexi Marine Technology","Pinger V2.3","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",145,148,140,10,10,"10 kHz (±2 kHz) tonal",3800,4200,"Pulse 4 s (±0.2 sec)","Intermittent",300,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available",null,null,"No Comments","NA"]
[92,{"$f":"IF(D95='Device Selector'!$B$6,'Master Database - amended'!A95,\"\")","v":""},"","All Devices","20a","Marexi Marine Technology","Pinger V2.3","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",145,148,140,10,10,"10 kHz (±2 kHz) tonal",3800,4200,"Pulse 4 s (±0.2 sec)","Intermittent",300,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available",null,null,"No Comments","NA"]
[93,{"$f":"IF(D96='Device Selector'!$B$6,'Master Database - amended'!A96,\"\")","v":""},"","High Frequency Cetaceans","20b","Marexi Marine Technology","Pinger M2.1","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",165,168,160,70,70,"70 kHz (±2 kHz) tonal",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",100,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[94,{"$f":"IF(D97='Device Selector'!$B$6,'Master Database - amended'!A97,\"\")","v":94},"","Very High Frequency Cetaceans","20b","Marexi Marine Technology","Pinger M2.1","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",165,168,160,70,70,"70 kHz (±2 kHz) tonal",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",100,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[95,{"$f":"IF(D98='Device Selector'!$B$6,'Master Database - amended'!A98,\"\")","v":""},"","All Devices","20b","Marexi Marine Technology","Pinger M2.1","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)",165,168,160,70,70,"70 kHz (±2 kHz) tonal",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",100,300,"300 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[96,{"$f":"IF(D99='Device Selector'!$B$6,'Master Database - amended'!A99,\"\")","v":""},"","High Frequency Cetaceans","20c","Marexi Marine Technology","H1.0","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)","145 - 165","148 - 168","142 - 162",3,600,"3 – 600 kHz (sequence controlled by algorithms)",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",10,500,"10-500 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[97,{"$f":"IF(D100='Device Selector'!$B$6,'Master Database - amended'!A100,\"\")","v":97},"","Very High Frequency Cetaceans","20c","Marexi Marine Technology","H1.0","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)","145 - 165","148 - 168","142 - 162",3,600,"3 – 600 kHz (sequence controlled by algorithms)",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",10,500,"10-500 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[98,{"$f":"IF(D101='Device Selector'!$B$6,'Master Database - amended'!A101,\"\")","v":""},"","All Devices","20c","Marexi Marine Technology","H1.0","Automatic","https://marexi.com/en/pinger/","https://marexi.com/en/pinger/","Bycatch (gillnets)","145 - 165","148 - 168","142 - 162",3,600,"3 – 600 kHz (sequence controlled by algorithms)",2000,10000,"Pulse 2 - 10 seconds (±0.2 sec)","Intermittent",10,500,"10-500 ms (±1 5ms)","No Data Available","No Data Available","2: Medium confidence","Y","2: Medium confidence","N","No Data Available",0,"No Evidence Available","No Data Available","No Data Available","No Data Available"]
[99,{"$f":"IF(D102='Device Selector'!$B$6,'Master Database - amended'!A102,\"\")","v":""},"","High Frequency Cetaceans","21a","GenusWave Ltd","SalmonSafe (for pinnipeds)","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,175,173,0.7,1.5,"Frequency range: 0.7kHz to 1.5kHz (-10dB bandwidth)\nFrequency range: 0.6 -1.8kHz (~-20dB in TOB bands).\nBand-limited signals.\nSource levels are fully adjustable to comply with any regulatory requirements. ","No Data Available","No Data Available","Isolated short non-impulsive (steady state) signals.  ","Intermittent",200,200,"200 ms long, 2–3 octave-band noise pulses. ","3: High confidence","No Data Available","3: High confidence","Y","3: High confidence","N","3: High confidence","Y","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\n\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://doi.org/10.1038/s41598-024-54175-w\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058",null,"Startle method can selectively deter seals without affecting porpoise.\n\nORJIP review concludes that this device has promising potential deterrence ranges although remains to be demonstrated. Needs commercial  development but one to watch.\n\nMcKeegan et al. (2024) demonstrate efficacy to deter harbour seals from preying on fall runs at salmon hatchery (WA, USA), call for future studies to investigate individual variability\n\nTodd et al. (2021) predicted onset of TTS at 11 km in LF cetaceans, 5 km in VHF cetaceans and pinnipeds and 0.7 km in HF cetaceans","NA"]
[100,{"$f":"IF(D103='Device Selector'!$B$6,'Master Database - amended'!A103,\"\")","v":""},"","Pinnipeds","21a","GenusWave Ltd","SalmonSafe (for pinnipeds)","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,175,173,0.7,1.5,"Frequency range: 0.7kHz to 1.5kHz (-10dB bandwidth)\nFrequency range: 0.6 -1.8kHz (~-20dB in TOB bands).\nBand-limited signals.\nSource levels are fully adjustable to comply with any regulatory requirements. ","No Data Available","No Data Available","Isolated short non-impulsive (steady state) signals.  ","Intermittent",200,200,"200 ms long, 2–3 octave-band noise pulses. ","3: High confidence","No Data Available","3: High confidence","Y","3: High confidence","N","3: High confidence","Y","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\n\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://doi.org/10.1038/s41598-024-54175-w\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://www.nature.com/articles/s41598-024-54175-w",null,"Startle method can selectively deter seals without affecting porpoise.\n\nORJIP review concludes that this device has promising potential deterrence ranges although remains to be demonstrated. Needs commercial  development but one to watch.\n\nMcKeegan et al. (2024) demonstrate efficacy to deter harbour seals from preying on fall runs at salmon hatchery (WA, USA), call for future studies to investigate individual variability\n\nTodd et al. (2021) predicted onset of TTS at 11 km in LF cetaceans, 5 km in VHF cetaceans and pinnipeds and 0.7 km in HF cetaceans","NA"]
[101,{"$f":"IF(D104='Device Selector'!$B$6,'Master Database - amended'!A104,\"\")","v":""},"","All Devices","21a","GenusWave Ltd","SalmonSafe (for pinnipeds)","No Data Available","http://www.salmonsafe.co.uk/","http://www.salmonsafe.co.uk/","Aquaculture",180,175,173,0.7,1.5,"Frequency range: 0.7kHz to 1.5kHz (-10dB bandwidth)\nFrequency range: 0.6 -1.8kHz (~-20dB in TOB bands).\nBand-limited signals.\nSource levels are fully adjustable to comply with any regulatory requirements. ","No Data Available","No Data Available","Isolated short non-impulsive (steady state) signals.  ","Intermittent",200,200,"200 ms long, 2–3 octave-band noise pulses. ","3: High confidence","No Data Available","3: High confidence","Y","3: High confidence","N","3: High confidence","Y","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\n\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://doi.org/10.1038/s41598-024-54175-w\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058",null,"Startle method can selectively deter seals without affecting porpoise.\n\nORJIP review concludes that this device has promising potential deterrence ranges although remains to be demonstrated. Needs commercial  development but one to watch.\n\nMcKeegan et al. (2024) demonstrate efficacy to deter harbour seals from preying on fall runs at salmon hatchery (WA, USA), call for future studies to investigate individual variability\n\nTodd et al. (2021) predicted onset of TTS at 11 km in LF cetaceans, 5 km in VHF cetaceans and pinnipeds and 0.7 km in HF cetaceans","NA"]
[102,{"$f":"IF(D105='Device Selector'!$B$6,'Master Database - amended'!A105,\"\")","v":""},"","Pinnipeds","21b","GenusWave Ltd","FisherySafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",182,185,175,1.5,2.5,"Seal signal: 0.7kHz - 1.5 kHz; Odontocete signal: 1.5kHz to 2.4 kHz","No Data Available","No Data Available","Intermittent.  Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","3: High confidence","N","No Data Available","N","3: High confidence","Y","3: High confidence","N","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[103,null,{"$f":"IFERROR(SMALL($B$4:$B$200,A106),\"\")","v":""},"High Frequency Cetaceans","21b","GenusWave Ltd","FisherySafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",182,185,175,1.5,2.5,"Seal signal: 0.7kHz - 1.5 kHz; Odontocete signal: 1.5kHz to 2.4 kHz","No Data Available","No Data Available","Intermittent.  Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","3: High confidence","N","No Data Available","N","3: High confidence","Y","3: High confidence","N","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[104,{"$f":"IF(D107='Device Selector'!$B$6,'Master Database - amended'!A107,\"\")","v":""},{"$f":"IFERROR(SMALL($B$4:$B$200,A107),\"\")","v":""},"All Devices","21b","GenusWave Ltd","FisherySafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",182,185,175,1.5,2.5,"Seal signal: 0.7kHz - 1.5 kHz; Odontocete signal: 1.5kHz to 2.4 kHz","No Data Available","No Data Available","Intermittent.  Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","3: High confidence","N","No Data Available","N","3: High confidence","Y","3: High confidence","N","Seals and odonocetes","No Data Available","<500m","No Data Available","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[105,{"$f":"IF(D108='Device Selector'!$B$6,'Master Database - amended'!A108,\"\")","v":""},"","Pinnipeds","21c","GenusWave Ltd","Mitigation device, TurbineSafe, ConstructionSafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,183,173,0.7,20,"Seal signal: 0.7khz to 1.5kHz.\nOdontocete signal: 5-20kHz \nCombined marine mammal signal: 0.8kHz to 20kHz ","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","N","2: Medium confidence","Y","3: High confidence","Y","1: Low confidence","N","Seals and odonocetes","No Data Available","<500m",">1000m","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\nHiley et al. (2021).\nGötz et al. (2020)","http://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[106,{"$f":"IF(D109='Device Selector'!$B$6,'Master Database - amended'!A109,\"\")","v":""},"","All Devices","21c","GenusWave Ltd","Mitigation device, TurbineSafe, ConstructionSafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,183,173,0.7,20,"Seal signal: 0.7khz to 1.5kHz.\nOdontocete signal: 5-20kHz \nCombined marine mammal signal: 0.8kHz to 20kHz ","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","N","2: Medium confidence","Y","3: High confidence","Y","1: Low confidence","N","Seals and odonocetes","No Data Available","<500m",">1000m","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\nHiley et al. (2021).\nGötz et al. (2020)","http://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[107,{"$f":"IF(D110='Device Selector'!$B$6,'Master Database - amended'!A110,\"\")","v":""},"","High Frequency Cetaceans","21c","GenusWave Ltd","Mitigation device, TurbineSafe, ConstructionSafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,183,173,0.7,20,"Seal signal: 0.7khz to 1.5kHz.\nOdontocete signal: 5-20kHz \nCombined marine mammal signal: 0.8kHz to 20kHz ","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","N","2: Medium confidence","Y","3: High confidence","Y","1: Low confidence","N","Seals and odonocetes","No Data Available","<500m",">1000m","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\nHiley et al. (2021).\nGötz et al. (2020)","http://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[108,{"$f":"IF(D111='Device Selector'!$B$6,'Master Database - amended'!A111,\"\")","v":108},"","Very High Frequency Cetaceans","21c","GenusWave Ltd","Mitigation device, TurbineSafe, ConstructionSafe","No Data Available","http://www.genuswave.com/","http://www.genuswave.com/","Aquaculture",180,183,173,0.7,20,"Seal signal: 0.7khz to 1.5kHz.\nOdontocete signal: 5-20kHz \nCombined marine mammal signal: 0.8kHz to 20kHz ","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","1: Low confidence","N","2: Medium confidence","N","3: High confidence","Y","1: Low confidence","N","Seals and odonocetes","No Data Available","<500m",">1000m","<500m","http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\nHiley et al. (2021).\nGötz et al. (2020)","http://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract"]
[109,{"$f":"IF(D112='Device Selector'!$B$6,'Master Database - amended'!A112,\"\")","v":""},"","All Devices","21d","GenusWave Ltd","'OdontoceteSafe', 'FisherySafe' 'OrcaSafe'","No Data Available","https://genuswave.com/","https://genuswave.com/","Aquaculture",180,{"$f":"L112+3","v":183},173,5,20,"5 to 20kHz\nBand-limited signals","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","1: Low confidence","N","Odontocetes","No Data Available","<500m",">1000m","No Data Available","Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli",{"$f":"AL112","v":"Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli"},null,"N/A"]
[110,{"$f":"IF(D113='Device Selector'!$B$6,'Master Database - amended'!A113,\"\")","v":""},"","High Frequency Cetaceans","21d","GenusWave Ltd","'OdontoceteSafe', 'FisherySafe' 'OrcaSafe'","No Data Available","https://genuswave.com/","https://genuswave.com/","Aquaculture",180,183,173,5,20,"5 to 20kHz\nBand-limited signals","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","1: Low confidence","N","Odontocetes","No Data Available","<500m",">1000m","No Data Available","Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli",{"$f":"AL113","v":"Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli"},null,"N/A"]
[111,{"$f":"IF(D114='Device Selector'!$B$6,'Master Database - amended'!A114,\"\")","v":111},"","Very High Frequency Cetaceans","21d","GenusWave Ltd","'OdontoceteSafe', 'FisherySafe' 'OrcaSafe'","No Data Available","https://genuswave.com/","https://genuswave.com/","Aquaculture",180,183,173,5,20,"5 to 20kHz\nBand-limited signals","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","1: Low confidence","N","Odontocetes","No Data Available","<500m",">1000m","No Data Available","Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli",{"$f":"AL114","v":"Langstein (2023) https://munin.uit.no/handle/10037/29479\nHiley et al. (2021) https://tethys.pnnl.gov/publications/behavioural-reactions-harbour-porpoises-phocoena-phocoena-startle-eliciting-stimuli"},null,"N/A"]
[112,{"$f":"IF(D115='Device Selector'!$B$6,'Master Database - amended'!A115,\"\")","v":""},"","Low Frequency Cetaceans","21e","GenusWave Ltd","WhaleSafe","No Data Available","https://genuswave.com/","https://genuswave.com/","Aquaculture",180,183,173,0.4,1.8,"0.4 kHz to 1.8kHz (centred at 0.7kHz). \nBand-limited signals","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","N","No Data Available","N","No Data Available","N","Baleen whales","<500m","No Data Available","No Data Available","No Data Available","Langstein (2023) https://munin.uit.no/handle/10037/29479","Langstein (2023) https://munin.uit.no/handle/10037/29479","Humpback whales: ~50-100m.\n"]
[113,{"$f":"IF(D116='Device Selector'!$B$6,'Master Database - amended'!A116,\"\")","v":""},"","All Devices","21e","GenusWave Ltd","WhaleSafe","No Data Available","https://genuswave.com/","https://genuswave.com/","Aquaculture",180,183,173,0.4,1.8,"0.4 kHz to 1.8kHz (centred at 0.7kHz). \nBand-limited signals","No Data Available","No Data Available","Intermittent. Isolated short non-impulsive (steady state) signals.  ","Intermittent","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","N","No Data Available","N","No Data Available","N","Baleen whales","<500m","No Data Available","No Data Available","No Data Available","Langstein (2023) https://munin.uit.no/handle/10037/29479","Langstein (2023) https://munin.uit.no/handle/10037/29479","Humpback whales: ~50-100m.\n"]
[114,{"$f":"IF(D117='Device Selector'!$B$6,'Master Database - amended'!A117,\"\")","v":""},"","High Frequency Cetaceans","22a","Savewave","Seal Salmon Saver (High impact) ","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",155,158,155,5,160,"5 - 30 kHz and 30 - 160 kHz wide band sweeps.",4000,16000,"Pulse interval of 4 - 16 s randomised.","Intermittent",200,900,"Pulse duration 200 - 900 ms.","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Dolphins and Seals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"While this is good for avoiding entanglement no change in dolphin swimming direction or movement of the dolphins away from the area was detected and so it is unlikely to be of use for the mitigation of impacts from wind farm piling for bottlenose dolphins.","NA"]
[115,{"$f":"IF(D118='Device Selector'!$B$6,'Master Database - amended'!A118,\"\")","v":115},"","Very High Frequency Cetaceans","22a","Savewave","Seal Salmon Saver (High impact) ","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",155,158,155,5,160,"5 - 30 kHz and 30 - 160 kHz wide band sweeps.",4000,16000,"Pulse interval of 4 - 16 s randomised.","Intermittent",200,900,"Pulse duration 200 - 900 ms.","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Dolphins and Seals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"While this is good for avoiding entanglement no change in dolphin swimming direction or movement of the dolphins away from the area was detected and so it is unlikely to be of use for the mitigation of impacts from wind farm piling for bottlenose dolphins.","NA"]
[116,{"$f":"IF(D119='Device Selector'!$B$6,'Master Database - amended'!A119,\"\")","v":""},"","All Devices","22a","Savewave","Seal Salmon Saver (High impact) ","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",155,158,155,5,160,"5 - 30 kHz and 30 - 160 kHz wide band sweeps.",4000,16000,"Pulse interval of 4 - 16 s randomised.","Intermittent",200,900,"Pulse duration 200 - 900 ms.","No Data Available","No Data Available","3: High confidence","Y","3: High confidence","Y","No Data Available","No Data Available","Dolphins and Seals","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"While this is good for avoiding entanglement no change in dolphin swimming direction or movement of the dolphins away from the area was detected and so it is unlikely to be of use for the mitigation of impacts from wind farm piling for bottlenose dolphins.","NA"]
[117,{"$f":"IF(D120='Device Selector'!$B$6,'Master Database - amended'!A120,\"\")","v":""},"","All Devices","22d","SaveWave","OrcaSaver","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",196,199,196,6.5,6.5,"6.5 kHz","No Data Available","No Data Available","Intermittent","Intermittent",200,1000,"200ms - 1 s","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Orcas","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[118,{"$f":"IF(D121='Device Selector'!$B$6,'Master Database - amended'!A121,\"\")","v":""},"","High Frequency Cetaceans","22d","SaveWave","OrcaSaver","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",196,199,196,6.5,6.5,"6.5 kHz","No Data Available","No Data Available","Intermittent","Intermittent",200,1000,"200ms - 1 s","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Orcas","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[119,{"$f":"IF(D122='Device Selector'!$B$6,'Master Database - amended'!A122,\"\")","v":""},"","All Devices","22b","Savewave","Long Live Saver","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",155,158,151,5,60,"5 - 60 kHz wide band sweeps.",4000,16000,"Pulse interval of 4 - 16 s randomised.","Intermittent",200,400,"Pulse duration 200 - 400 ms.","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[120,{"$f":"IF(D123='Device Selector'!$B$6,'Master Database - amended'!A123,\"\")","v":""},"","All Devices","22c","SaveWave","Endurance Saver","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",140,143,136,5,90,"5 - 90 kHz wide band sweeps.",4000,16000,"Pulse interval of 4 - 30 s randomised.","Intermittent",200,400,"Pulse duration 200 - 400 ms.","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[121,{"$f":"IF(D124='Device Selector'!$B$6,'Master Database - amended'!A124,\"\")","v":""},"","All Devices","22e","SaveWave","OrcaSaver 2","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",200,{"$f":"L124+3","v":203},{"$f":"ROUNDUP(L124+10*LOG10(W124/1000),0)","v":200},10,100,"10 kHz to 100kHz","No Data Available","No Data Available","Continuous","Continuous",200,1000,"200ms - 1 s","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Orcas","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[122,{"$f":"IF(D125='Device Selector'!$B$6,'Master Database - amended'!A125,\"\")","v":""},"","High Frequency Cetaceans","22e","SaveWave","OrcaSaver 2","No Data Available","https://www.savewave.net/","https://www.savewave.net/","Bycatch (gillnets)",200,{"$f":"L125+3","v":203},{"$f":"ROUNDUP(L125+10*LOG10(W125/1000),0)","v":200},10,100,"10 kHz to 100kHz","No Data Available","No Data Available","Continuous","Continuous",200,1000,"200ms - 1 s","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Orcas","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[123,{"$f":"IF(D126='Device Selector'!$B$6,'Master Database - amended'!A126,\"\")","v":""},"","Pinnipeds",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[124,{"$f":"IF(D127='Device Selector'!$B$6,'Master Database - amended'!A127,\"\")","v":""},"","Low Frequency Cetaceans",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[125,{"$f":"IF(D128='Device Selector'!$B$6,'Master Database - amended'!A128,\"\")","v":""},"","High Frequency Cetaceans",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[126,{"$f":"IF(D129='Device Selector'!$B$6,'Master Database - amended'!A129,\"\")","v":126},"","Very High Frequency Cetaceans",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[127,{"$f":"IF(D130='Device Selector'!$B$6,'Master Database - amended'!A130,\"\")","v":""},"","All Species",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[128,{"$f":"IF(D131='Device Selector'!$B$6,'Master Database - amended'!A131,\"\")","v":""},"","All Devices",23,"Gael Force","SeaGuard Seal deterrent","Manual","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no","Aquaculture",198,201,"No Data Available",1.5,50,"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014).","No Data Available","No Data Available","Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied.","Intermittent","No Data Available","No Data Available","Varied length and breaks of firing pulses can be varied.","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","No Data Available","No Data Available","No Data Available","<500m","https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf",null,"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n","NA"]
[129,{"$f":"IF(D132='Device Selector'!$B$6,'Master Database - amended'!A132,\"\")","v":129},"","Very High Frequency Cetaceans",24,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Porpoise Module","Manual","https://aceaquatec.com/marine-protection-solutions/faunaguard","https://aceaquatec.com/marine-protection-solutions/faunaguard","Offshore piling mitigation",160,165,"No Data Available",60,150,"60 - 150 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",9000,18000,"The signals vary in duration between 9 and 18 s and sound at random intervals, varying between 3 and 10 s. The average duty cycle of the device is 65% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","Porpoise species","No Data Available","No Data Available",">1000m","No Data Available","https://www.iadc-dredging.com/ul/cms/terraetaqua/document/4/3/5/435/435/1/article-faunaguard-a-scientific-method-for-deterring-marine-fauna-terra-et-aqua-138-2.pdf\n\nhttps://www.researchgate.net/publication/316937682_Behavioral_Responses_of_a_Harbor_Porpoise_Phocoena_phocoena_to_Sounds_from_an_Acoustic_Porpoise_Deterrent\n\nhttps://www.itap.de/media/faunaguard_studie_bsh_part2_bc_v3.pdf\n\nhttps://www.itap.de/media/bsh-faunaguard_study-part1.pdf\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2023.1128322\n\nhttps://www.aquaticmammalsjournal.org/article/vol-43-iss-3-kastelein/",null,"ORJIP review concludes that the Faunaguard is suitable and is recommended for use during OWF construction.","NA"]
[130,{"$f":"IF(D133='Device Selector'!$B$6,'Master Database - amended'!A133,\"\")","v":""},"","All Devices",24,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Porpoise Module","Manual","https://aceaquatec.com/marine-protection-solutions/faunaguard","https://aceaquatec.com/marine-protection-solutions/faunaguard","Offshore piling mitigation",160,165,"No Data Available",60,150,"60 - 150 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",9000,18000,"The signals vary in duration between 9 and 18 s and sound at random intervals, varying between 3 and 10 s. The average duty cycle of the device is 65% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","No Data Available","No Data Available","Porpoise species","No Data Available","No Data Available",">1000m","No Data Available","https://www.iadc-dredging.com/ul/cms/terraetaqua/document/4/3/5/435/435/1/article-faunaguard-a-scientific-method-for-deterring-marine-fauna-terra-et-aqua-138-2.pdf\n\nhttps://www.researchgate.net/publication/316937682_Behavioral_Responses_of_a_Harbor_Porpoise_Phocoena_phocoena_to_Sounds_from_an_Acoustic_Porpoise_Deterrent\n\nhttps://www.itap.de/media/faunaguard_studie_bsh_part2_bc_v3.pdf\n\nhttps://www.itap.de/media/bsh-faunaguard_study-part1.pdf\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2023.1128322\n\nhttps://www.aquaticmammalsjournal.org/article/vol-43-iss-3-kastelein/",null,"ORJIP review concludes that the Faunaguard is suitable and is recommended for use during OWF construction.","NA"]
[131,{"$f":"IF(D134='Device Selector'!$B$6,'Master Database - amended'!A134,\"\")","v":""},"","Pinnipeds",25,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Seal Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard ","https://aceaquatec.com/marine-protection-solutions/faunaguard ","Offshore piling mitigation",163,174,"No Data Available",1,20,"1 - 20 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",10000,10000,"Sequence of 16 selected signals (square, triangle, saw tooth, sweep) at 10 seconds per signal. The average duty cycle of the device is ~60% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","Seals","No Data Available","No Data Available","No Data Available","<500m","http://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://search.proquest.com/openview/c35771a2b798d0e65e04546f9680480d/1\n\nhttps://www.carbontrust.com/our-work-and-impact/impact-stories/offshore-renewables-joint-industry-programme-orjip-for-offshore-wind/orjip-offshore-wind-stage-1",null," In most cases in the shallow North Sea, PTS in harbour seals would be prevented if they moved 100 to 200 m away from the source of pile driving sounds, and, thus, the FG-SM is considered a good mitigation device.","NA"]
[132,{"$f":"IF(D135='Device Selector'!$B$6,'Master Database - amended'!A135,\"\")","v":""},"","All Devices",25,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Seal Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard ","https://aceaquatec.com/marine-protection-solutions/faunaguard ","Offshore piling mitigation",163,174,"No Data Available",1,20,"1 - 20 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",10000,10000,"Sequence of 16 selected signals (square, triangle, saw tooth, sweep) at 10 seconds per signal. The average duty cycle of the device is ~60% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","3: High confidence","Y","Seals","No Data Available","No Data Available","No Data Available","<500m","http://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://search.proquest.com/openview/c35771a2b798d0e65e04546f9680480d/1\n\nhttps://www.carbontrust.com/our-work-and-impact/impact-stories/offshore-renewables-joint-industry-programme-orjip-for-offshore-wind/orjip-offshore-wind-stage-1",null," In most cases in the shallow North Sea, PTS in harbour seals would be prevented if they moved 100 to 200 m away from the source of pile driving sounds, and, thus, the FG-SM is considered a good mitigation device.","NA"]
[133,{"$f":"IF(D136='Device Selector'!$B$6,'Master Database - amended'!A136,\"\")","v":""},"","All Devices",26,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Turtle Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard","https://aceaquatec.com/marine-protection-solutions/faunaguard","Offshore piling mitigation","Setting 1 – 172.2 dB re1μPa @1m\nSetting 2 – 181.7 dB re1μPa @1m","Setting 1 – peak output 177.7 dB re1μPa @1m\nSetting 2 – peak output 186.5 dB re1μPa @1m","180 - 194",0.1,1,"100 Hz - 1 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",10000,10000,"Sequence of 7 selected signals (square, triangle, saw tooth, sweep) at 10 seconds per signal. The average duty cycle of the device is ~60% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Turtles","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[134,{"$f":"IF(D137='Device Selector'!$B$6,'Master Database - amended'!A137,\"\")","v":""},"","All Devices",27,"Van Oord / SEAMARCO and Ace Aquatec","Faunaguard - Fish Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard",{"$f":"I137","v":"https://aceaquatec.com/marine-protection-solutions/faunaguard"},"Offshore piling mitigation",181,186.5,197,0.2,1.5,"200 Hz - 1.5 kHz",3000,10000,"Intermittent - randomised intervals varying between 3 and 10 seconds.","Intermittent",10000,10000,"Sequence of 20 selected signals (square, triangle, saw tooth, sweep) at 10 seconds per signal. The average duty cycle of the device is ~60% (Kastelein et al. 2017).","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Fish","No Data Available","No Data Available","No Data Available","No Data Available","https://doi.org/10.1121/10.0024720",null,"No Comments","NA"]
[135,{"$f":"IF(D138='Device Selector'!$B$6,'Master Database - amended'!A138,\"\")","v":""},"","High Frequency Cetaceans",28,"Seamaster","Seamaster Fish Protector","No Data Available","http://www.seamaster.com.tw/sea-master-protector.htm","http://www.seamaster.com.tw/sea-master-protector.htm","Bycatch (gillnets)",165,168,165,10,90,"Frequency sweep tones and harmonics 10 - 90 kHz.",15000,15000,"15 s","Intermittent",1900,1900,"1.9 s","No Data Available","No Data Available","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphins","No Data Available","500 - 1000m","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[136,{"$f":"IF(D139='Device Selector'!$B$6,'Master Database - amended'!A139,\"\")","v":""},"","All Devices","2/","Seamaster","Seamaster Fish Protector","No Data Available","http://www.seamaster.com.tw/sea-master-protector.htm","http://www.seamaster.com.tw/sea-master-protector.htm","Bycatch (gillnets)",165,168,165,10,90,"Frequency sweep tones and harmonics 10 - 90 kHz.",15000,15000,"15 s","Intermittent",1900,1900,"1.9 s","No Data Available","No Data Available","1: Low confidence","Y","No Data Available","No Data Available","No Data Available","No Data Available","Dolphins","No Data Available","500 - 1000m","No Data Available","No Data Available","No Evidence Available",null,"No Comments","NA"]
[137,{"$f":"IF(D140='Device Selector'!$B$6,'Master Database - amended'!A140,\"\")","v":""},"","Pinnipeds",29,"OTAQ","SealFENCE 3/4","Automatic","https://offshore.otaq.com/products/sealfence-portable/","https://offshore.otaq.com/products/sealfence-portable/","Aquaculture","165 (Patrol Mode) / 189 (Protect Mode)","No Data Available","No Data Available",10,10,"10 kHz","10000 (patrol mode) / 3000 (protect mode)","10000 (patrol mode) / 9000 (protect mode)","Patrol mode: 2s transmission with a fixed 10s gap between pulses. Protect mode: 3s transmission with random pulse gaps of between 3s to 9s","Intermittent","No Data Available","No Data Available","Transmission period form from a sequence of tone bursts, so overall duty cycle is 0.7% (patrol mode) / 1.3% (protect mode)","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","Y","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","Not known","Not known","Not known","Not known","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910",null,"Todd et al. (2021) predicted onset of TTS at a range of 20 km in VHF cetaceans and 6 km in all other species (standard mode), and 4 km in VHF cetaceans and 0.7 km in all other species"]
[138,{"$f":"IF(D141='Device Selector'!$B$6,'Master Database - amended'!A141,\"\")","v":""},"","All Devices",29,"OTAQ","SealFENCE 3/4","Automatic","https://offshore.otaq.com/products/sealfence-portable/","https://offshore.otaq.com/products/sealfence-portable/","Aquaculture","165 (Patrol Mode) / 189 (Protect Mode)","No Data Available","No Data Available",10,10,"10 kHz","10000 (patrol mode) / 3000 (protect mode)","10000 (patrol mode) / 9000 (protect mode)","Patrol mode: 2s transmission with a fixed 10s gap between pulses. Protect mode: 3s transmission with random pulse gaps of between 3s to 9s","Intermittent","No Data Available","No Data Available","Transmission period form from a sequence of tone bursts, so overall duty cycle is 0.7% (patrol mode) / 1.3% (protect mode)","3: High confidence","No Data Available","3: High confidence","No Data Available","3: High confidence","Y","3: High confidence","No Data Available","Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)","Not known","Not known","Not known","Not known","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910",null,"Todd et al. (2021) predicted onset of TTS at a range of 20 km in VHF cetaceans and 6 km in all other species (standard mode), and 4 km in VHF cetaceans and 0.7 km in all other species"]
[139,{"$f":"IF(D142='Device Selector'!$B$6,'Master Database - amended'!A142,\"\")","v":139},"","Very High Frequency Cetaceans","30a","Terecos Ltd","DSMS-4 - Programme 1 (Sequence 1)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",177,180,177,6.6,27,"Measured sound pressure level output = 177 dB re 1µPa at 1m (RMS) (± 1 dB) at 6.6 kHz (Lepper et al. 2004). No equivalent source levels of greater than 146 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","Continuous","Continuous","Continuous","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[140,{"$f":"IF(D143='Device Selector'!$B$6,'Master Database - amended'!A143,\"\")","v":""},"","Pinnipeds","30a","Terecos Ltd","DSMS-4 - Programme 1 (Sequence 1)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",177,180,177,6.6,27,"Measured sound pressure level output = 177 dB re 1µPa at 1m (RMS) (± 1 dB) at 6.6 kHz (Lepper et al. 2004). No equivalent source levels of greater than 146 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","Continuous","Continuous","Continuous","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[141,{"$f":"IF(D144='Device Selector'!$B$6,'Master Database - amended'!A144,\"\")","v":""},"","All Devices","30a","Terecos Ltd","DSMS-4 - Programme 1 (Sequence 1)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",177,180,177,6.6,27,"Measured sound pressure level output = 177 dB re 1µPa at 1m (RMS) (± 1 dB) at 6.6 kHz (Lepper et al. 2004). No equivalent source levels of greater than 146 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","Continuous","Continuous","Continuous","Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[142,{"$f":"IF(D145='Device Selector'!$B$6,'Master Database - amended'!A145,\"\")","v":142},"","Very High Frequency Cetaceans","30b","Terecos Ltd","DSMS-4 - Programme 2","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",179,182,179,4.7,27,"Measured sound pressure level output = 179 dB re 1µPa at 1m (RMS) (± 1 dB) and 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.7 kHz and 6.8 kHz respectively (Lepper et al. 2014). No equivalent source levels of greater than 145 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Multi-component continuous tones with observed peak level frequencies of 4.7 kHz and 6.8 kHz. Both contain complex multiple frequency components with a broad energy distribution away from the peak level tonal component.","Continuous","Continuous","Continuous","Randomly timed sequence of continuous and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[143,{"$f":"IF(D146='Device Selector'!$B$6,'Master Database - amended'!A146,\"\")","v":""},"","Pinnipeds","30b","Terecos Ltd","DSMS-4 - Programme 2","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",179,182,179,4.7,27,"Measured sound pressure level output = 179 dB re 1µPa at 1m (RMS) (± 1 dB) and 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.7 kHz and 6.8 kHz respectively (Lepper et al. 2014). No equivalent source levels of greater than 145 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Multi-component continuous tones with observed peak level frequencies of 4.7 kHz and 6.8 kHz. Both contain complex multiple frequency components with a broad energy distribution away from the peak level tonal component.","Continuous","Continuous","Continuous","Randomly timed sequence of continuous and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[144,{"$f":"IF(D147='Device Selector'!$B$6,'Master Database - amended'!A147,\"\")","v":""},"","All Devices","30b","Terecos Ltd","DSMS-4 - Programme 2","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",179,182,179,4.7,27,"Measured sound pressure level output = 179 dB re 1µPa at 1m (RMS) (± 1 dB) and 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.7 kHz and 6.8 kHz respectively (Lepper et al. 2014). No equivalent source levels of greater than 145 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014).","No Interval","No Interval","Multi-component continuous tones with observed peak level frequencies of 4.7 kHz and 6.8 kHz. Both contain complex multiple frequency components with a broad energy distribution away from the peak level tonal component.","Continuous","Continuous","Continuous","Randomly timed sequence of continuous and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[145,{"$f":"IF(D148='Device Selector'!$B$6,'Master Database - amended'!A148,\"\")","v":145},"","Very High Frequency Cetaceans","30c","Terecos Ltd","DSMS-4 - Programme 3 (Sequence 2)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",178,181,178,"No Data Available","No Data Available","Measured sound pressure level output = 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.9 kHz (Lepper et al. 2004).","No Interval","No Interval","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[146,{"$f":"IF(D149='Device Selector'!$B$6,'Master Database - amended'!A149,\"\")","v":""},"","Pinnipeds","30c","Terecos Ltd","DSMS-4 - Programme 3 (Sequence 2)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",178,181,178,"No Data Available","No Data Available","Measured sound pressure level output = 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.9 kHz (Lepper et al. 2004).","No Interval","No Interval","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[147,{"$f":"IF(D150='Device Selector'!$B$6,'Master Database - amended'!A150,\"\")","v":""},"","All Devices","30c","Terecos Ltd","DSMS-4 - Programme 3 (Sequence 2)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",178,181,178,"No Data Available","No Data Available","Measured sound pressure level output = 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.9 kHz (Lepper et al. 2004).","No Interval","No Interval","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[148,{"$f":"IF(D151='Device Selector'!$B$6,'Master Database - amended'!A151,\"\")","v":148},"","Very High Frequency Cetaceans","30d","Terecos Ltd","DSMS-4 - Programme 4 (Combined Sequence 1 and Sequence 2)","No Data Available","No manufacturers website available","No manufacturers website available","Aquaculture",179,182,179,"No Data Available","No Data Available","Combined Sequence 1 and Sequence 2 (See programme 1 and 3).","No Interval","No Interval","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[149,{"$f":"IF(D152='Device Selector'!$B$6,'Master Database - amended'!A152,\"\")","v":""},"","Pinnipeds","30d","Terecos Ltd","DSMS-4 - Programme 4 (Combined Sequence 1 and Sequence 2)","No Data Available","No manufacturers website available",{"$f":"I152","v":"No manufacturers website available"},"Aquaculture",179,182,179,"No Data Available","No Data Available","Combined Sequence 1 and Sequence 2 (See programme 1 and 3).","No Interval","No Interval","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[150,{"$f":"IF(D153='Device Selector'!$B$6,'Master Database - amended'!A153,\"\")","v":""},"","All Devices","30d","Terecos Ltd","DSMS-4 - Programme 4 (Combined Sequence 1 and Sequence 2)","No Data Available","No manufacturers website available",{"$f":"I153","v":"No manufacturers website available"},"Aquaculture",179,182,179,"No Data Available","No Data Available","Combined Sequence 1 and Sequence 2 (See programme 1 and 3).","No Interval","No Interval","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","Continuous","Continuous","Continuous","Randomly timed combined sequence of Seq. 1, Seq. 2 tonal blocks, continuous multi-component tonal blocks and time variant multi-component tonal blocks (Lepper et al. 2004).","No Data Available","No Data Available","No Data Available","No Data Available","2: Medium confidence","Y","3: High confidence","N","All species",">1000m",">1000m",">1000m",">1000m","http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639",null,"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended.","NA"]
[151,{"$f":"IF(D154='Device Selector'!$B$6,'Master Database - amended'!A154,\"\")","v":""},"","All Devices",31,"Lien","L2/L3","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","Intermittent with diffewrent pulse rates according to mode selected.","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","1: Low confidence","No Data Available","No Evidence Available","Not known","Not known","Not known","<500m","No Evidence Available",null,"No Comments","N/A"]
[152,{"$f":"IF(D155='Device Selector'!$B$6,'Master Database - amended'!A155,\"\")","v":""},"","Low Frequency Cetaceans","32a","Future Oceans","3kHz -12kHz Netshield Whale, Seal and Dolphin Anti-predation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",150,153,"No Data Available",3,12,"3kHz-12kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 100 metres","N/A"]
[153,{"$f":"IF(D156='Device Selector'!$B$6,'Master Database - amended'!A156,\"\")","v":""},"","High Frequency Cetaceans","32a","Future Oceans","3kHz -12kHz Netshield Whale, Seal and Dolphin Anti-predation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",150,153,"No Data Available",3,12,"3kHz-12kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 100 metres","N/A"]
[154,{"$f":"IF(D157='Device Selector'!$B$6,'Master Database - amended'!A157,\"\")","v":""},"","Pinnipeds","32a","Future Oceans","3kHz -12kHz Netshield Whale, Seal and Dolphin Anti-predation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",150,153,"No Data Available",3,12,"3kHz-12kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 100 metres","N/A"]
[155,{"$f":"IF(D158='Device Selector'!$B$6,'Master Database - amended'!A158,\"\")","v":""},"","All Devices","32a","Future Oceans","3kHz -12kHz Netshield Whale, Seal and Dolphin Anti-predation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",150,153,"No Data Available",3,12,"3kHz-12kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 100 metres","N/A"]
[156,{"$f":"IF(D159='Device Selector'!$B$6,'Master Database - amended'!A159,\"\")","v":""},"","High Frequency Cetaceans","32b","Future Oceans","60kHz -120kHz Netshield Dolphin Anti Depredation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",175,178,"No Data Available",60,120,"60-120kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 200 metres","N/A"]
[157,{"$f":"IF(D160='Device Selector'!$B$6,'Master Database - amended'!A160,\"\")","v":""},"","All Devices","32b","Future Oceans","60kHz -120kHz Netshield Dolphin Anti Depredation Pinger","Automatic","https://www.futureoceans.com/our-pingers/","https://www.futureoceans.com/our-pingers/","Fisheries depradation",175,178,"No Data Available",60,120,"60-120kHz",4000,4000,"Pulse interval 4 s.","Intermittent","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"Deployment one every 200 metres","N/A"]
[158,{"$f":"IF(D161='Device Selector'!$B$6,'Master Database - amended'!A161,\"\")","v":""},"","Low Frequency Cetaceans",33,"Van Oord / SEAMARCO and Ace Aquatec","FaunaGuard Minke Whale Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard ","https://aceaquatec.com/marine-protection-solutions/faunaguard ","Fisheries depradation",181.7,186.5,"No Data Available",0.2,1.5,"200 Hz - 1.5 kHz","No Data Available","No Data Available","No Data Available","No Data Available",7200,7200,"No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"No Comments","N/A"]
[159,{"$f":"IF(D162='Device Selector'!$B$6,'Master Database - amended'!A162,\"\")","v":""},"","All Devices",33,"Van Oord / SEAMARCO and Ace Aquatec","FaunaGuard Minke Whale Module","Automatic","https://aceaquatec.com/marine-protection-solutions/faunaguard ","https://aceaquatec.com/marine-protection-solutions/faunaguard ","Fisheries depradation",181.7,186.5,"No Data Available",0.2,1.5,"200 Hz - 1.5 kHz","No Data Available","No Data Available","No Data Available","No Data Available",7200,7200,"No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Data Available","No Evidence Available","Not known","Not known","Not known","Not known","No Evidence Available",null,"No Comments","N/A"]
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{"sheet":"READ ME","index":1,"n_rows":55,"n_cols":2,"rows_kept":55,"cut":false,"hidden":false,"merged":[[54,0,54,13],[12,1,12,15],[13,1,13,15],[14,1,14,15],[15,1,15,15],[16,1,16,15],[17,1,17,15],[18,1,18,15],[19,1,19,15],[20,1,20,15],[21,0,22,0],[21,1,22,15]]}
["JNCC Report No. 615: Evidence base for application of Acoustic Deterrent Devices (ADDs) as marine mammal mitigation (Version 5)"]
[]
["Acoustic Deterrent Device Selection Database - Useful Information"]
[]
["This spreadsheet is a 'live' database and the intent it for it to be updated periodically in line with additional information on the acoustic deterrents described herein, and on the basis of new technologies that become available."]
["Whilst every effort was made to ensure that the information in this database is complete, accurate and up-to-date, no guarantee is provided and JNCC shall have neither liabiloty nor responsibility to any person or entity with"]
["respect to any loss or damage arising from the use of this database. We will act on any inaccuracies that are brought to our attention and will do our best to correct them in subsequent versions of the database."]
[]
["Database Development:"]
[]
["The information gathered through the literature review and search of ADD technical specifications for the accompanying JNCC Report No:615 (2024) was used to populate the database. Below is a summary of the information within the database:"]
[]
["Field","Description"]
["Device ID","Numerical identifier for each device"]
["Manufacturer","Manufacturer"]
["Model","Mose recent name that the device is known under"]
["Control","Manual or automatic"]
["Link to website","Hyperlink to manufacturer's website or to the specific device if available"]
["Current known uses","Industry application, e.g. offshore piling mitigation, aquaculture, bycatch mitigation"]
["Acoustic characteristics","Source level, frequency, intermittency, continuous/pulsed, pulse width"]
["Evidence score","Score given to each of the ADDs based on the available literature"]
["Mitigation range","Approximate range of effectiveness broadly grouped into three categories: <500m; 500 – 1,000m; and >1,000m.  Exact ranges are not given as it is important not to place too much emphasis on effect ranges in other studies due to difference in propagation between sites."]
[]
[]
[]
[]
["How to use the Device Selector:"]
[]
["Hearing Groups"]
["- Select a hearing group via the drop down selection in cell B6. Hearing groups are based on the proposed marine mammal hearing groups as provided in Southall et al. 2019."]
["- The database will populate based on which devices are effective in deterring the selected hearing group."]
[]
["Column Filters"]
["- Once a hearing group is selected and the database has been populated, each column can be further refined via the filtered drop down selection across Row 13. "]
["- When a filter selection has been made, the database will repopulate based on the chosen selection."]
["- NOTE: In the column filter selection, the option \"(Blanks)\" is not pertinent to any device and can be ignored."]
[]
[]
["Glossary of Useful Terms and Abbreviations"]
[]
["dB","Decibels"]
["Duty Cycle","The cycle of operation of a device which operates intermittently rather than continuously."]
["Frequency","The number of times that a periodic function occurs or repeats itself in a specified time."]
["Harmonics","A wave with a frequency that is a positibe integer multiple of the frequency of the original wave, known as the fundamental frequency"]
["HF","High frequency hearing group cetacean"]
["LF","Low frequency hearing group cetacean"]
["MF","Mid frequency hearing group cetacean"]
["Pa","Pascals"]
["Pk","Peak Sound Pressure - the maximum instantaneous sound pressure during a measurement period or noise event."]
["PW","Phocid pinniped hearing group (in water)"]
["RMS","Root Mean Square - The square root of the mean value of the square of the quantity taken over a given time interval."]
["SEL","Sound Exposure Level - a measure of the total sound energy of an event normalised to one second. This allows the total acoustic energy contained in events lasting a different amount of time to be compared on a like for like basis."]
[]
["Evidence scores"]
["For each device reviewed, an evidence score is assigned to provide a level of confidence in the information available on the effects of the ADD on a certain species or species group. For example, for some devices peer-reviewed studies are available which provided a high level of confidence in the conclusions. The conclusions themselves might or might not support the effectiveness of the ADD but because the study has been published and peer-reviewed, then the supporting evidence can be assigned the highest evidence score of 3"]

{"sheet":"Device Selector","index":2,"n_rows":87,"n_cols":36,"rows_kept":87,"cut":false,"hidden":false,"merged":[[10,20,10,35],[11,7,12,9],[11,10,12,12],[11,13,12,19],[11,20,11,28],[11,29,11,32],[11,34,13,34],[11,35,13,35],[12,20,12,21],[12,22,12,23],[12,24,12,25],[12,26,12,27],[12,28,13,28],[12,33,13,33],[5,0,6,0],[5,1,6,1],[7,2,8,6],[10,0,12,6],[10,7,10,19]]}
[]
["Acoustic Deterrent Device Selection Database"]
[]
["(Select the desired hearing group from the drop down menu below)"]
[]
["Hearing Group:","Very High Frequency Cetaceans",null,"Generalised Hearing Range*:",null,{"$f":"VLOOKUP(B6,'HIDDEN LISTS'!A4:B8,2,FALSE)","v":"275 Hz to 160 kHz"}]
[]
[null,null,"*Represents the generalised hearing range for the entire group as a composite (i.e. all species within the group), where individual species' hearing ranges are typically not as broad. Generalised hearing range chosen based on ~65 dB threshold from normalised composite audiogram, with the expection for lower limits for LF cetaceans (Southall et al. 2007) and PW pinniped (approximation)."]
[]
[]
["Device Details",null,null,null,null,null,null,"Device Acoustic Characteristics",null,null,null,null,null,null,null,null,null,null,null,null,"Device Efficacy"]
[null,null,null,null,null,null,null,"Source Level",null,null,"Source Frequency(s)",null,null,"Source Signal Duration & Intermittency",null,null,null,null,null,null,"Evidence Scores",null,null,null,null,null,null,null,null,"Mitigation Ranges",null,null,null,null,"Links to evidence","General comments"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LF Species",null,"HF Species",null,"VHF Species",null,"Pinnipeds ",null,"List of all species for which evidence is available","LF Species","HF Species","VHF Species","Pinnipeds ","Links to evidence"]
["ID No.","Manufacturer","Model","Control (Manual / Automatic)","Manufacturers Wesbite","Manufacturers Wesbite","Current known use","rms, dB re 1 μPa re 1 m","pk, dB re 1 μPa re 1 m","SEL, dB re 1 μPa2s re 1 m (per pulse)","Lowest Frequency (kHz)","Highest Frequency (kHz)","Notes","Shortest Pulse Interval, ms","Longest Pulse Interval, ms","Notes","Continuous / Intermittent","Shortest Pulse Width, ms","Longest Pulse Width, ms","Notes","Evidence Score","Effective on Species (Y/N)","Evidence Score","Effective on Species (Y/N)","Evidence Score","Effective on species (Y/N)","Evidence Score","Effective on Species (Y/N)",null,"Range","Range","Range","Range"]
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amended'!$C4,COLUMNS($A$15:H$145)),\"\")","v":180},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:I$145)),\"\")","v":183},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:J$145)),\"\")","v":162},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:K$145)),\"\")","v":20},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:L$145)),\"\")","v":70},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:M$145)),\"\")","v":"20 - 70 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:P$145)),\"\")","v":"Intermittent - duration between pulses is on a random cycle."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:R$145)),\"\")","v":3.3},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:S$145)),\"\")","v":14},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:T$145)),\"\")","v":"Pulse uniformly shorten from 14 ms to 3.3 ms followed by an upshift in the frequency of the tonal components and their equivalent distribution (Lepper et al. 2004)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C4,COLUMNS($A$15:V15)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C4,COLUMNS($A$15:X15)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C4,COLUMNS($A$15:Z15)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AA$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C4,COLUMNS($A$15:AB15)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AC$145)),\"\")","v":"Pinnipeds and high-frequency odontoces"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AG$128)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C4,COLUMNS($A$15:AH15)),\"\")","v":"https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf"},{"$f":"AH15","v":"https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C4,COLUMNS($A$15:AJ$145)),\"\")","v":"ABPmer conclude that the AceAquatec MMD is recommended as an option should increased mitigation be needed at the tidal lagoon (see conclusions for use of Aquamark 100). Given the potential for wide-scale exclusion impacts on harbour porpoise, this should only be used for short periods of time when a marine mammal is recorded in a defined area in the vicinity of turbines. The use of an automated sonar system to trigger the device is a potentially useful (albeit more costly) tool. Manufacturer update: average source level within a transmission 180dB re 1uPa rms@1m; Frequency = 20-70kHz"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:$A$145)),\"\")","v":6},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:B$145)),\"\")","v":"Ace Aquatec"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:C$145)),\"\")","v":" Mid-frequency Acoustic Startle Response Device (US3)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:E$145)),\"\")","v":"https://aceaquatec.com/aquaculture-products/protect/asr-us3 "},{"$f":"HYPERLINK(E16,E16)","v":"https://aceaquatec.com/aquaculture-products/protect/asr-us3 "},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:H$145)),\"\")","v":181},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:I$145)),\"\")","v":184},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:J$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:K$145)),\"\")","v":8},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:L$145)),\"\")","v":20},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:M$145)),\"\")","v":"8 - 20 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:N$145)),\"\")","v":3},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:O$145)),\"\")","v":11},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:P$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:T$145)),\"\")","v":"Randomised pulse train, with 3 - 11 ms rise time pulses, of 2.6 sec duration to create a startle response.\nGoetz & Janik (2011; 2015)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C5,COLUMNS($A$15:V16)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C5,COLUMNS($A$15:X16)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C5,COLUMNS($A$15:Z16)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C5,COLUMNS($A$15:AB16)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AC$145)),\"\")","v":"Seals,\nHarbour porpoise"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AG$128)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C5,COLUMNS($A$15:AH16)),\"\")","v":"https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://dx.doi.org/10.1111/fme.12680\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783622001059"},{"$f":"AH16","v":"https://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://dx.doi.org/10.1111/fme.12680\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783622001059"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C5,COLUMNS($A$15:AJ$145)),\"\")","v":"Manufacturer update: average source level within a transmission 181dB re 1uPa rms@1m; Frequency 8-11kHz. Note: Propagation papers referenced prior to this update used the maximum output in modelling not the average energy level of the signal. This has been addresses in a SAIC funded project with the University of St Andrews\n\nVeneranta et al. (2024) and Lehtonen et al. (2023) applied multiple US3s to establish an acoustic barrier to prevent upstream movement of seals in areas of aquaculture\n\nFindlay et al. (2021) and Todd et al. (2021) observed that ADD noise from a single device could be sufficient to induce TTS in harbour porpoise. Todd et al. (2021) predicted this at distances of up to 18 km.\n\nSource levels, propagation and transmission loss measurements were highly variable and should be considered as site specific, meaning new estimates should be made for each situation (Todd et al., 2019)"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:$A$145)),\"\")","v":8},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:B$145)),\"\")","v":"Airmar"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:C$145)),\"\")","v":"dB plus II (became Mohn Aqua MAG seal deterrent, then aquired by Gael Force) (discontinued by Airmar)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:D$145)),\"\")","v":"Manual"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:E$145)),\"\")","v":"http://www.airmar.com/"},"http://www.airmar.com/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:H$145)),\"\")","v":198},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:I$145)),\"\")","v":201},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:J$145)),\"\")","v":169},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:K$145)),\"\")","v":1.5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:L$145)),\"\")","v":50},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:M$145)),\"\")","v":"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:N$145)),\"\")","v":40},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:O$145)),\"\")","v":40},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:P$145)),\"\")","v":"Sequence of pulsed sinusoidal tonal bursts (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:R$145)),\"\")","v":1.4},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:S$145)),\"\")","v":1.4},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:T$145)),\"\")","v":"Each tonal burst is ~1.4 ms in duration with 40 ms interval.  A 2.25 s long sequence is then formed from 57-58 tone bursts. The sequence is then repeated with ~50% duty cycle allowing ~2 s quiet period (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C6,COLUMNS($A$15:V17)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C6,COLUMNS($A$15:X17)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C6,COLUMNS($A$15:Z17)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C6,COLUMNS($A$15:AB17)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AC$145)),\"\")","v":"Seals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AG$128)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C6,COLUMNS($A$15:AH17)),\"\")","v":"http://onlinelibrary.wiley.com/doi/10.1111/j.1748-7692.2002.tb01077.x/abstract\n\nhttps://www.sciencedirect.com/science/article/pii/S000632070200099X\n\nhttp://islandora.mlml.calstate.edu/islandora/object/ir%3A1920\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.researchgate.net/publication/273094995_Pingers_cause_temporary_habitat_displacement_of_harbour_porpoises_Phocoena_phocoena_L\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttp://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n"},{"$f":"AH17","v":"http://onlinelibrary.wiley.com/doi/10.1111/j.1748-7692.2002.tb01077.x/abstract\n\nhttps://www.sciencedirect.com/science/article/pii/S000632070200099X\n\nhttp://islandora.mlml.calstate.edu/islandora/object/ir%3A1920\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://www.researchgate.net/publication/273094995_Pingers_cause_temporary_habitat_displacement_of_harbour_porpoises_Phocoena_phocoena_L\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttp://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C6,COLUMNS($A$15:AJ$145)),\"\")","v":"The Olesiuk et al. (2002) study involved substantially greater observation effort over a much-extended period and was thus able to investigate long-term effects. In comparison the Johnston (2002) study was able to measure ranges more accurately and track movements and could scan within a smaller observation range more effectively.\n\nSummary taken from ORJIP report show the results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:$A$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:B$145)),\"\")","v":"Aquatec Group"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:C$145)),\"\")","v":"Aquamark 848"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:E$145)),\"\")","v":"http://www.aquatecgroup.com/11-products/25-aquamark-840"},"http://www.aquatecgroup.com/11-products/25-aquamark-840",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:J$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:L$145)),\"\")","v":30},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:M$145)),\"\")","v":"5 - 30 kHz (with harmonic energy up to 120 kHz)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:P$145)),\"\")","v":"Four alternative signals: general deterrence 'Aquamark' chirp repertoire; pseudo-clicks for echo-location confusion; pseudo-noise for echo-location masking; random composite of all modes."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:T$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:U$145)),\"\")","v":"1: Low confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C7,COLUMNS($A$15:V18)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:W$145)),\"\")","v":"1: Low confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C7,COLUMNS($A$15:X18)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C7,COLUMNS($A$15:Z18)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AA$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C7,COLUMNS($A$15:AB18)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AC$145)),\"\")","v":"Marine Mammals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AD$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AG$128)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C7,COLUMNS($A$15:AH18)),\"\")","v":"http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf"},"http://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C7,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review concludes that, as no information available – due to lack of response this is not recommended for use during OWF construction."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:$A$145)),\"\")","v":"11a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:B$145)),\"\")","v":"Aquatec Group"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:C$145)),\"\")","v":"Aquamark 100"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:E$145)),\"\")","v":"No manufacturers website available"},"No manufacturers website available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:H$145)),\"\")","v":145},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:I$145)),\"\")","v":148},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:J$145)),\"\")","v":140},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:K$145)),\"\")","v":20},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:L$145)),\"\")","v":160},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:M$145)),\"\")","v":"20 - 160 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:N$145)),\"\")","v":5000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:O$145)),\"\")","v":30000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:P$145)),\"\")","v":"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:R$145)),\"\")","v":200},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:T$145)),\"\")","v":"Signal duration of 200 – 300 ms, with a signal interval of 5 – 30 s (Dawson et al. 2013)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C8,COLUMNS($A$15:V19)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C8,COLUMNS($A$15:X19)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C8,COLUMNS($A$15:Z19)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AA$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C8,COLUMNS($A$15:AB19)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AC$145)),\"\")","v":"Harbour Porpoise"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AF$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AG$128)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C8,COLUMNS($A$15:AH68)),\"\")","v":"https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf"},"https://stecf.jrc.ec.europa.eu/documents/43805/44956/Trials+pinger+spacing+DK+2007.pdf\n\nhttps://www.sciencedirect.com/science/article/pii/S0165783607003669\n\nhttp://bycatch.org/articles/can-acoustic-deterrent-devices-reduce-catch-cornish-inshore-gillnet-fishery\n\nhttps://www.researchgate.net/publication/286890618_An_investigation_of_acoustic_deterrent_devices_to_reduce_cetacean_bycatch_in_an_inshore_set_net_fishery\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://infrastructure.planninginspectorate.gov.uk/wp-content/ipc/uploads/projects/EN010049/EN010049-001947-Tidal%20lagoon%20(Swansea%20Bay)%20Plc%201.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C8,COLUMNS($A$15:AJ$145)),\"\")","v":"ABPmer conclude that the use of AQUAmark 100 is considered a viable mitigation option to trial during initial turbine operation at the tidal lagoon given that the device is unlikely to cause wide-scale displacement and has had proven effectiveness in harbour porpoise field trials. Given the predicted relatively small area of avoidance this could be used on a permanent basis without the need for a triggering system."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:$A$145)),\"\")","v":"13a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:B$145)),\"\")","v":"STM products"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:C$145)),\"\")","v":"Dolphin Deterrent Device (DDD) 03L"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:E$145)),\"\")","v":"http://www.stm-products.com/en/products/fishing-technology/"},"http://www.stm-products.com/en/products/fishing-technology/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:J$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:L$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:M$145)),\"\")","v":"5 - 500 kHz (random)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:N$145)),\"\")","v":150000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:O$145)),\"\")","v":150000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:P$145)),\"\")","v":"Average duration between each pulse is 150 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:R$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:S$145)),\"\")","v":9000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:T$145)),\"\")","v":"Pulse duration can be random or vary between 500 ms and 9000 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C10,COLUMNS($A$15:V20)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C10,COLUMNS($A$15:X20)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C10,COLUMNS($A$15:Z20)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C10,COLUMNS($A$15:AB20)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C10,COLUMNS($A$15:AH25)),\"\")","v":"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf"},"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C10,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:$A$145)),\"\")","v":"13b"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:B$145)),\"\")","v":"STM products"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:C$145)),\"\")","v":"DDD 03N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:E$145)),\"\")","v":"http://www.stm-products.com/en/products/fishing-technology/"},"http://www.stm-products.com/en/products/fishing-technology/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:J$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:L$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:M$145)),\"\")","v":"5 - 500 kHz (random)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:N$145)),\"\")","v":90000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:O$145)),\"\")","v":90000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:P$145)),\"\")","v":"Average duration between each pulse is 90 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:R$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:S$145)),\"\")","v":9000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:T$145)),\"\")","v":"Pulse duration can be random or vary between 500 ms and 9000 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C11,COLUMNS($A$15:V21)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C11,COLUMNS($A$15:X21)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C11,COLUMNS($A$15:Z21)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C11,COLUMNS($A$15:AB21)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C11,COLUMNS($A$15:AH21)),\"\")","v":"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf"},"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C11,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:$A$145)),\"\")","v":"13c"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:B$145)),\"\")","v":"STM products"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:C$145)),\"\")","v":"DDD 03H"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:E$145)),\"\")","v":"http://www.stm-products.com/en/products/fishing-technology/"},"http://www.stm-products.com/en/products/fishing-technology/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:J$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:L$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:M$145)),\"\")","v":"5 - 500 kHz (random)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:N$145)),\"\")","v":40000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:O$145)),\"\")","v":40000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:P$145)),\"\")","v":"Average duration between each pulse is 40 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:R$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:S$145)),\"\")","v":9000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:T$145)),\"\")","v":"Pulse duration can be random or vary between 500 ms and 9000 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C12,COLUMNS($A$15:V22)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C12,COLUMNS($A$15:X22)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C12,COLUMNS($A$15:Z22)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C12,COLUMNS($A$15:AB22)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C12,COLUMNS($A$15:AH22)),\"\")","v":"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf"},"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C12,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:$A$145)),\"\")","v":"13c"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:B$145)),\"\")","v":"STM products"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:C$145)),\"\")","v":"DDD 03U"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:E$145)),\"\")","v":"http://www.stm-products.com/en/products/fishing-technology/"},"http://www.stm-products.com/en/products/fishing-technology/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:J$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:L$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:M$145)),\"\")","v":"5 - 500 kHz (random)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:N$145)),\"\")","v":25000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:O$145)),\"\")","v":25000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:P$145)),\"\")","v":"Average duration between each pulse is 25 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:R$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:S$145)),\"\")","v":9000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:T$145)),\"\")","v":"Pulse duration can be random or vary between 500 ms and 9000 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C13,COLUMNS($A$15:V23)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C13,COLUMNS($A$15:X23)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C13,COLUMNS($A$15:Z23)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C13,COLUMNS($A$15:AB23)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C13,COLUMNS($A$15:AH23)),\"\")","v":"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf"},"https://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C13,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review  concludes that the DDD and DDD03 are not designed to have the control functions necessary for OWF applications."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:$A$145)),\"\")","v":"13e"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:B$145)),\"\")","v":"STM products"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:C$145)),\"\")","v":"Dolphin interactive deterrent (DiD) 01"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:E$145)),\"\")","v":"http://www.stm-products.com/en/products/fishing-technology/"},"http://www.stm-products.com/en/products/fishing-technology/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:H$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:I$145)),\"\")","v":168},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:J$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:L$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:M$145)),\"\")","v":"5 - 500 kHz (random)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:P$145)),\"\")","v":"Interactive depending on the presence of mammals in it's vicinity."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:T$145)),\"\")","v":"Interactive depending on the presence of mammals in it's vicinity."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C14,COLUMNS($A$15:V24)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C14,COLUMNS($A$15:X24)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C14,COLUMNS($A$15:Z24)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C14,COLUMNS($A$15:AB24)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C14,COLUMNS($A$15:AH24)),\"\")","v":"https://www.nature.com/articles/s41598-023-46836-z"},"https://www.nature.com/articles/s41598-023-46836-z",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C14,COLUMNS($A$15:AJ$145)),\"\")","v":"User manual warns: “do not place a DiD01 at less than 600–800 m from another DiD01\""}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:$A$145)),\"\")","v":14},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:B$145)),\"\")","v":"Dukane"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:C$145)),\"\")","v":"NetMark 1000 alarm"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:E$145)),\"\")","v":"https://spinoff.nasa.gov/spinoff1997/er1.html"},"https://spinoff.nasa.gov/spinoff1997/er1.html",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:H$145)),\"\")","v":132},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:I$145)),\"\")","v":135},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:J$145)),\"\")","v":127},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:K$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:L$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:M$145)),\"\")","v":"10 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:O$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:P$145)),\"\")","v":"Pulse interval of 4 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C15,COLUMNS($A$15:V25)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:W$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C15,COLUMNS($A$15:X25)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C15,COLUMNS($A$15:Z25)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C15,COLUMNS($A$15:AB25)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AC$145)),\"\")","v":"Harbour Porpoise [Confidence Score 3] & Hector's Dolphin [Confidence Score 2] "},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AF$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C15,COLUMNS($A$15:AH25)),\"\")","v":"https://www.nature.com/articles/41451\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf\n\nhttp://www.int-res.com/articles/esr2008/5/n005p301.pdf\n\nhttps://www.researchgate.net/publication/228419119_Will_Harbour_porpoises_Phocoena_phocoena_habituate_to_pingers\n\nhttps://www.researchgate.net/publication/222300489_Behavioral_Responses_of_Bottlenose_Dolphins_Tursiops_truncatus_to_Gillnets_and_Acoustic_Alarms\n\nhttp://www.nrcresearchpress.com/doi/pdfplus/10.1139/f98-162\n\nhttp://www.nrcresearchpress.com/doi/10.1139/F08-186#.Wplyzq5l-Ul\n\nhttps://www.researchgate.net/publication/285703537_The_effect_of_pingers_on_harbour_porpoise_Phocoena_phocoena_bycatch_and_fishing_effort_in_the_turbot_gill_net_fishery_in_the_Turkish_Black_Sea_coast\n\nhttps://www.rufford.org/files/2-20.12.08%20Detailed%20Final%20Report.pdf\n\nhttp://conservation.govt.nz/Documents/science-and-technical/CSL3071.PDF\n\nhttps://www.researchgate.net/publication/227652806_Reducing_incidental_mortality_of_Franciscana_dolphin_Pontoporia_blainvilei_with_acoustic_warning_devices_attached_to_fishing_nets\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n\nhttps://journal.iwc.int/index.php/jcrm/article/view/904"},"https://www.nature.com/articles/41451\n\nhttp://www.ascobans.org/sites/default/files/document/Dawson_To-ping-or-not_ESR-2013.pdf\n\nhttps://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf\n\nhttp://www.int-res.com/articles/esr2008/5/n005p301.pdf\n\nhttps://www.researchgate.net/publication/228419119_Will_Harbour_porpoises_Phocoena_phocoena_habituate_to_pingers\n\nhttps://www.researchgate.net/publication/222300489_Behavioral_Responses_of_Bottlenose_Dolphins_Tursiops_truncatus_to_Gillnets_and_Acoustic_Alarms\n\nhttp://www.nrcresearchpress.com/doi/pdfplus/10.1139/f98-162\n\nhttp://www.nrcresearchpress.com/doi/10.1139/F08-186#.Wplyzq5l-Ul\n\nhttps://www.researchgate.net/publication/285703537_The_effect_of_pingers_on_harbour_porpoise_Phocoena_phocoena_bycatch_and_fishing_effort_in_the_turbot_gill_net_fishery_in_the_Turkish_Black_Sea_coast\n\nhttps://www.rufford.org/files/2-20.12.08%20Detailed%20Final%20Report.pdf\n\nhttp://conservation.govt.nz/Documents/science-and-technical/CSL3071.PDF\n\nhttps://www.researchgate.net/publication/227652806_Reducing_incidental_mortality_of_Franciscana_dolphin_Pontoporia_blainvilei_with_acoustic_warning_devices_attached_to_fishing_nets\n\nhttp://www.gov.scot/Publications/2013/10/7618/4\n\nhttps://journal.iwc.int/index.php/jcrm/article/view/904",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C15,COLUMNS($A$15:AJ$145)),\"\")","v":"In Bordino et al. 2002, although pingers show promise as a management tool for this species, pinniped depredation suggests that higher pinger frequencies will be needed to avoid a “dinner bell” effect.\n\nIn Wilson and Carter 2013, deployment of off-the-shelf acoustic devices developed for other applications, is shown to be unlikely to be appropriate for a particular tidal-stream site. An AHD is likely to be detectable at ranges far greater than the sphere of influence of an individual turbine or even an entire array.\n"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:$A$145)),\"\")","v":"15a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:B$145)),\"\")","v":"Future Oceans"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:C$145)),\"\")","v":"10KHz Netguard Porpoise and dolphin pinger"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:E$145)),\"\")","v":"https://futureoceans.com/pingers/porpoise-pinger/"},"https://futureoceans.com/pingers/porpoise-pinger/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:H$145)),\"\")","v":132},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:I$145)),\"\")","v":135},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:J$145)),\"\")","v":127},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:K$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:L$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:M$145)),\"\")","v":"10 kHz (includes multiple ultrasonic harmonics)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:O$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:P$145)),\"\")","v":"Pulse interval 4 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C16,COLUMNS($A$15:V26)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C16,COLUMNS($A$15:X26)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:Y$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C16,COLUMNS($A$15:Z26)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C16,COLUMNS($A$15:AB26)),\"\")","v":0},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AC$145)),\"\")","v":"Harbour Porpoise"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AF$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C16,COLUMNS($A$15:AH26)),\"\")","v":"http://www.int-res.com/articles/esr_oa/n020p271.pdf"},"http://www.int-res.com/articles/esr_oa/n020p271.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C16,COLUMNS($A$15:AJ$145)),\"\")","v":"This device is unlikely to be effective for the mitigation of impacts from wind farm piling (for humpback and snubfin dolphins at least)."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:$A$145)),\"\")","v":"16a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:B$145)),\"\")","v":"Fishtek Marine"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:C$145)),\"\")","v":"Banana Pinger (50-120)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:E$145)),\"\")","v":"www.fishtekmarine.com"},"www.fishtekmarine.com",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets, trawls)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:H$145)),\"\")","v":148},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:I$145)),\"\")","v":151},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:J$145)),\"\")","v":142},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:K$145)),\"\")","v":50},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:L$145)),\"\")","v":120},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:M$145)),\"\")","v":"50 - 120 kHz (±2 kHz)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:O$145)),\"\")","v":12000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:P$145)),\"\")","v":"Signal interval of 4 - 12 s. Randomised signal interval and structure."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C17,COLUMNS($A$15:V27)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:W$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C17,COLUMNS($A$15:X27)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C17,COLUMNS($A$15:Z27)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C17,COLUMNS($A$15:AB27)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AC$145)),\"\")","v":"Porpoise and Dolphin species"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AE$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AF$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C17,COLUMNS($A$15:AH27)),\"\")","v":"BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nAndré Moan, Arne Bjørge, Pingers reduce harbour porpoise bycatch in Norwegian gillnet fisheries, with little impact on day-to-day fishing operations, Fisheries Research, Volume 259, 2023, 106564, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106564.\n\nMIND THE GAP - Pinger spacing and sound levels influence bycatch-rates of harbour porpoises (2024) Kindt-Larsen, L., Brooks, M.E., Søgaard., M., Noak, T., Glemarec. G. In Prep \n\nVella, A., 2016. Resolving bottlenose dolphin-fisheries association in Maltese waters, central Mediterranean, CIESM Congress, Kiel Article 0499.\n\nCrosby A., Tregenza N. & Williams R. (2013) The Banana Pinger Trial: investigation into the Fishtek Banana Pinger to reduce cetacean bycatch in an inshore set net fishery. Wildlife Trusts report.\n\nOmeyer Lucy C. M., Doherty Philip D., Dolman Sarah, Enever Robert, Reese Allan, Tregenza Nicholas, Williams Ruth, Godley Brendan J. (2020). Assessing the Effects of Banana Pingers as a Bycatch Mitigation Device for Harbour Porpoises (Phocoena phocoena), Frontiers in Marine Science, 7, 2020, DOI=10.3389/fmars.2020.00285\n\nDennis Brennecke, Ursula Siebert, Lotte Kindt-Larsen, Henrik Skov Midtiby, Henrik Dyrberg Egemose, Sara Torres Ortiz, Katrin Knickmeier, Magnus Wahlberg, The fine-scale behaviour of harbour porpoises towards pingers, Fisheries Research, Volume 255, 2022, 106437, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106437.\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Effectiveness of pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in the Uruguayan artisanal gillnet fishery. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/01\n\nN. de Paz, F. Mondragon, D. Grados, M. Pozada, S. Kelez , E. Goya (2022), Using acoustic devices to reduce cetacean bycatch in the Peruvian artisanal Fishery. In press.\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2020.00285"},"BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nAndré Moan, Arne Bjørge, Pingers reduce harbour porpoise bycatch in Norwegian gillnet fisheries, with little impact on day-to-day fishing operations, Fisheries Research, Volume 259, 2023, 106564, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106564.\n\nMIND THE GAP - Pinger spacing and sound levels influence bycatch-rates of harbour porpoises (2024) Kindt-Larsen, L., Brooks, M.E., Søgaard., M., Noak, T., Glemarec. G. In Prep \n\nVella, A., 2016. Resolving bottlenose dolphin-fisheries association in Maltese waters, central Mediterranean, CIESM Congress, Kiel Article 0499.\n\nCrosby A., Tregenza N. & Williams R. (2013) The Banana Pinger Trial: investigation into the Fishtek Banana Pinger to reduce cetacean bycatch in an inshore set net fishery. Wildlife Trusts report.\n\nOmeyer Lucy C. M., Doherty Philip D., Dolman Sarah, Enever Robert, Reese Allan, Tregenza Nicholas, Williams Ruth, Godley Brendan J. (2020). Assessing the Effects of Banana Pingers as a Bycatch Mitigation Device for Harbour Porpoises (Phocoena phocoena), Frontiers in Marine Science, 7, 2020, DOI=10.3389/fmars.2020.00285\n\nDennis Brennecke, Ursula Siebert, Lotte Kindt-Larsen, Henrik Skov Midtiby, Henrik Dyrberg Egemose, Sara Torres Ortiz, Katrin Knickmeier, Magnus Wahlberg, The fine-scale behaviour of harbour porpoises towards pingers, Fisheries Research, Volume 255, 2022, 106437, ISSN 0165-7836, https://doi.org/10.1016/j.fishres.2022.106437.\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Effectiveness of pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in the Uruguayan artisanal gillnet fishery. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/01\n\nN. de Paz, F. Mondragon, D. Grados, M. Pozada, S. Kelez , E. Goya (2022), Using acoustic devices to reduce cetacean bycatch in the Peruvian artisanal Fishery. In press.\n\nhttps://onlinelibrary.wiley.com/doi/10.1002/aqc.3932\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2020.00285",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C17,COLUMNS($A$15:AJ$145)),\"\")","v":"No Comments"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:$A$145)),\"\")","v":"16c"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:B$145)),\"\")","v":"Fishtek Marine"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:C$145)),\"\")","v":"Banana Pinger US (10)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:E$145)),\"\")","v":"www.fishtekmarine.com"},"www.fishtekmarine.com",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:H$145)),\"\")","v":135},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:I$145)),\"\")","v":138},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:J$145)),\"\")","v":129},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:K$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:L$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:M$145)),\"\")","v":"10 kHz (± 2kHz)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:O$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:P$145)),\"\")","v":"Signal interval of 4 - 12 s. Randomised signal interval and structure."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C18,COLUMNS($A$15:V28)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C18,COLUMNS($A$15:X28)),\"\")","v":"1: Intended for use but no evidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C18,COLUMNS($A$15:Z28)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C18,COLUMNS($A$15:AB28)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AC$145)),\"\")","v":"Porpoise"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AF$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C18,COLUMNS($A$15:AH68)),\"\")","v":"https://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf"},"https://swfsc.noaa.gov/uploadedFiles/Divisions/PRD/Programs/Coastal_Marine_Mammal/Barlow_Cameron_MMS19.pdf",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C18,COLUMNS($A$15:AJ$145)),\"\")","v":"Meets acoustic characteristics as set out under US Federal Register etc."}]
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Randomised signal interval and structure."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:R$145)),\"\")","v":30},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:S$145)),\"\")","v":30},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:T$145)),\"\")","v":"30 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C19,COLUMNS($A$15:V29)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:W$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C19,COLUMNS($A$15:X29)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:Y$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C19,COLUMNS($A$15:Z29)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C19,COLUMNS($A$15:AB29)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphin and Porpoise species"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AE$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AF$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C19,COLUMNS($A$15:AH29)),\"\")","v":"BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Assessing the effectiveness of dolphin antipredation pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in demersal pair trawl fishing. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/11"},"BRUNO, C. A., CASERTA, V., SALZERI, P., BONANNO FERRARO, G., PECORARO, F., LUCCHETTI, A., BOITANI, L., & BLASI, M. F. (2021). Acoustic deterrent devices as mitigation tool to prevent dolphin-fishery interactions in the Aeolian Archipelago (Southern Tyrrhenian Sea, Italy). Mediterranean Marine Science, 22(2), 408–421. https://doi.org/10.12681/mms.23129\n\nSebastián Jiménez, Martin Laporta, Rodrigo Forselledo, Graciela Fabiano, Enrique Páez, Inés Pereyra, Santiago Silveira, Andrés Domingo. (2022) Assessing the effectiveness of dolphin antipredation pingers to reduce the bycatch of Franciscana (Pontoporia blainvillei) in demersal pair trawl fishing. Submitted to the International Whaling Commission Science Committee SC/68B/HIM/11",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C19,COLUMNS($A$15:AJ$145)),\"\")","v":"No Comments"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:$A$145)),\"\")","v":"17a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:B$145)),\"\")","v":"F3 Maritime Technology UG Ltd (Life Systems)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:C$145)),\"\")","v":"Porpoise PAL"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:E$145)),\"\")","v":"https://www.f3mt.net/harbour-porpoise---pal.html"},"https://www.f3mt.net/harbour-porpoise---pal.html",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:H$145)),\"\")","v":145},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:I$145)),\"\")","v":148},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:J$145)),\"\")","v":145},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:K$145)),\"\")","v":133},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:L$145)),\"\")","v":133},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:M$145)),\"\")","v":"133 kHz Porpoise clicks. Narrow band porpoise click train. 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M. and Von Dorrien, C. (2020). Synthetic harbour porpoise (Phocoena phocoena) communication signals emitted by acoustic alerting device (Porpoise ALert, PAL) significantly reduce their bycatch in western Baltic gillnet fisheries. Fisheries Research, 232, pp.105732. DOI:10.1016/j.fishres.2020.105732."},"Pinger trials to reduce bycatch in Bulgarian Black Sea turbot fisher (https://www.thebdri.com/ecs2023abstractbook.pdf)\n\nChladek, J., Culik, B., Kindt-Larsen, L., Albertsen, C. M. and Von Dorrien, C. (2020). Synthetic harbour porpoise (Phocoena phocoena) communication signals emitted by acoustic alerting device (Porpoise ALert, PAL) significantly reduce their bycatch in western Baltic gillnet fisheries. Fisheries Research, 232, pp.105732. DOI:10.1016/j.fishres.2020.105732.",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C20,COLUMNS($A$15:AJ$145)),\"\")","v":"No Comments"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:$A$145)),\"\")","v":"17b"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:B$145)),\"\")","v":"F3 Maritime Technology UG Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:C$145)),\"\")","v":"10 kHz PAL"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:E$145)),\"\")","v":"10 kHz - PAL - F³ Maritime Technology (f3mt.net)"},"10 kHz - PAL - F³ Maritime Technology (f3mt.net)",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:H$145)),\"\")","v":132},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:I$145)),\"\")","v":135},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:J$145)),\"\")","v":127},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:K$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:L$145)),\"\")","v":10},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:M$145)),\"\")","v":"10 kHz narrow band."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:O$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:P$145)),\"\")","v":"Pulse interval of 4 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C21,COLUMNS($A$15:V31)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C21,COLUMNS($A$15:X31)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:Y$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C21,COLUMNS($A$15:Z31)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C21,COLUMNS($A$15:AB31)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AC$145)),\"\")","v":"Marine Mammals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AF$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C21,COLUMNS($A$15:AH31)),\"\")","v":"No Evidence Available"},"No Evidence Available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C21,COLUMNS($A$15:AJ$145)),\"\")","v":"No Comments"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:$A$145)),\"\")","v":"17c"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:B$145)),\"\")","v":"F3 Maritime Technology UG Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:C$145)),\"\")","v":"Wideband PAL"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:D$145)),\"\")","v":"Automatic"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:E$145)),\"\")","v":"https://www.f3mt.net/wideband---pal.html"},"https://www.f3mt.net/wideband---pal.html",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:H$145)),\"\")","v":145},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:I$145)),\"\")","v":148},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:J$145)),\"\")","v":140},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:K$145)),\"\")","v":20},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:L$145)),\"\")","v":160},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:M$145)),\"\")","v":"20 - 160 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:O$145)),\"\")","v":30000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:P$145)),\"\")","v":"Random pulse interval between 4 - 30 s."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:R$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:S$145)),\"\")","v":300},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:T$145)),\"\")","v":"300 ms"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C22,COLUMNS($A$15:V32)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C22,COLUMNS($A$15:X32)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:Y$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C22,COLUMNS($A$15:Z32)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C22,COLUMNS($A$15:AB32)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AC$145)),\"\")","v":"Marine Mammals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AF$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C22,COLUMNS($A$15:AH32)),\"\")","v":"No Evidence Available"},"No Evidence Available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C22,COLUMNS($A$15:AJ$145)),\"\")","v":"No Comments"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:$A$145)),\"\")","v":19},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:B$145)),\"\")","v":"Lofitech"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:C$145)),\"\")","v":"Seal Scarer"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:D$145)),\"\")","v":"Manual"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:E$145)),\"\")","v":"https://www.lofitech.no/product"},"https://www.lofitech.no/product",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:G$145)),\"\")","v":"Fisheries, aquaculture, offshore piling mitigation, UXO removal"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:H$145)),\"\")","v":189},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:I$145)),\"\")","v":192},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:J$145)),\"\")","v":186},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:K$145)),\"\")","v":13},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:L$145)),\"\")","v":15},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:M$145)),\"\")","v":"10 - 20 kHz. With measured fundamental frequency at 14.6 kHz with harmonics at 29.2 kHz, 43.6 kHz and 72.8 kHz (McGarry et al. 2017)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:P$145)),\"\")","v":"Intermittent - duration between pulses is on a random cycle."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:R$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:S$145)),\"\")","v":500},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:T$145)),\"\")","v":"Manufacturer states the pulse length is 500 ms. However the measured pulse length is 752 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:U$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C23,COLUMNS($A$15:V33)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C23,COLUMNS($A$15:X33)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C23,COLUMNS($A$15:Z33)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C23,COLUMNS($A$15:AB33)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AC$145)),\"\")","v":"Seals, odonocetes and whales"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AD$145)),\"\")","v":"500 - 1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AG$128)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C23,COLUMNS($A$15:AH33)),\"\")","v":"https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034"},"https://www.carbontrust.com/resources/reports/technology/acoustic-deterrent-devices/\n\nhttp://www.int-res.com/articles/meps_oa/m580p221.pdf\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC5541550/\n\nhttps://corporate.vattenfall.co.uk/globalassets/uk/projects/norfolk-vanguard/consultation-peir-oct-2017/peir/volume-3-appendices/chapter-12-marine-mammals/appendix-12.2-add-mitigation.pdf\n\nhttps://www.researchgate.net/publication/258246312_Far-reaching_effects_of_a_seal_scarer_on_harbour_porpoises_Phocoena_phocoena\n\nhttps://www.researchgate.net/publication/258246447_Seal_scarers_as_a_tool_to_deter_harbour_porpoises_from_offshore_construction_sites\n\nhttps://www.carbontrust.com/media/675291/orjip-add-study-final-report-stage-1-phase-2.pdf\n\nhttps://www.researchgate.net/publication/236149619_Acoustic_harassment_devices_reduce_seal_interaction_in_the_Baltic_salmon-trap_net_fishery\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639\n\nhttps://link.springer.com/article/10.1007/s10750-014-2035-x\n\nhttps://link.springer.com/article/10.1007/s10750-014-2152-6\n\nhttp://www.smru.st-andrews.ac.uk/documents/scotgov/MR8-1_ADD_mitigation_report_summary.pdf\n\nhttps://academic.oup.com/icesjms/article/66/5/860/664210\n\nhttps://doi.org/10.1038/s41598-023-43453-8\n\nhttps://www.int-res.com/abstracts/meps/v667/p191-206/\n\nhttps://besjournals.onlinelibrary.wiley.com/doi/abs/10.1002/2688-8319.12034",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C23,COLUMNS($A$15:AJ$145)),\"\")","v":"Recommended that duration of deployment should be tailored to each project requirements. \n\nThe strong reaction to the seal scarer noted in Dahne et al. 2017 raises concern that it may surpass the reactions to the pile-driving noise itself, when operating with bubble curtains, and calls for a re-evaluation of the specifications of seal scarer sounds.\n\nORJIP review concludes that the Lofitec provides the most consistent effective deterrence ranges for both harbour seals and harbour porpoise in environments similar to those at offshore wind farm construction sites.  Recommended as is usable in current form during OWF construction but note that improvements could be made and an OWF specific model developed. The results indicate that there might be scope to reduce the ADD time below the 30 minutes applied during the construction of these OWFs.\n\nIn Brandt et al. 2012 the use of seal scarers as a mitigation tool during offshore construction seems promising.\nNevertheless, these results also highlight that its\napplication will not guarantee the safety of all\nanimals, as not all individuals will react with\navoidance reactions.\n\nIn Brandt et al. 2013, porpoises seem to be startled when the seal scarer is activated at close range, a soft start to this device should be considered so as not to cause panic reactions in harbour porpoises, which could potentially\nlead to the separation of mother−calf pairs.\n\nThe use of this ADD should result in low probabilities of animals remaining within exclusion zones of ~1 km.\n\nWhen used for mitigation there should be no delay between the end of the mitigation broadcast and the start of pile driving."}]
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Isolated short non-impulsive (steady state) signals.  "},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:T$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:U$145)),\"\")","v":"1: Low confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C27,COLUMNS($A$15:V37)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:W$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C27,COLUMNS($A$15:X37)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C27,COLUMNS($A$15:Z37)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AA$145)),\"\")","v":"1: Low confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C27,COLUMNS($A$15:AB37)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AC$145)),\"\")","v":"Seals and odonocetes"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AE$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AG$128)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C26,COLUMNS($A$15:AH37)),\"\")","v":0},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C27,COLUMNS($A$15:AJ$145)),\"\")","v":0}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:$A$145)),\"\")","v":"21d"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:B$145)),\"\")","v":"GenusWave Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:C$145)),\"\")","v":"'OdontoceteSafe', 'FisherySafe' 'OrcaSafe'"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:E$145)),\"\")","v":"https://genuswave.com/"},"https://genuswave.com/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:H$145)),\"\")","v":180},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:I$145)),\"\")","v":183},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:J$145)),\"\")","v":173},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:L$145)),\"\")","v":20},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:M$145)),\"\")","v":"5 to 20kHz\nBand-limited signals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:P$145)),\"\")","v":"Intermittent. Isolated short non-impulsive (steady state) signals."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:T$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C28,COLUMNS($A$15:V38)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C28,COLUMNS($A$15:X38)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C28,COLUMNS($A$15:Z38)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AA$145)),\"\")","v":"1: Low confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C28,COLUMNS($A$15:AB38)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AC$145)),\"\")","v":"Odontocetes"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AE$145)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C27,COLUMNS($A$15:AH68)),\"\")","v":"http://www.gov.scot/Resource/0043/00438860.pdf\nhttp://onlinelibrary.wiley.com/doi/10.1111/acv.12141/abstract\nHiley et al. (2021).\nGötz et al. (2020)"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C28,COLUMNS($A$15:AJ$145)),\"\")","v":0}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:$A$145)),\"\")","v":"22a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:B$145)),\"\")","v":"Savewave"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:C$145)),\"\")","v":"Seal Salmon Saver (High impact) "},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:E$145)),\"\")","v":"https://www.savewave.net/"},"https://www.savewave.net/",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:G$145)),\"\")","v":"Bycatch (gillnets)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:H$145)),\"\")","v":155},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:I$145)),\"\")","v":158},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:J$145)),\"\")","v":155},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:K$145)),\"\")","v":5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:L$145)),\"\")","v":160},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:M$145)),\"\")","v":"5 - 30 kHz and 30 - 160 kHz wide band sweeps."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:N$145)),\"\")","v":4000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:O$145)),\"\")","v":16000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:P$145)),\"\")","v":"Pulse interval of 4 - 16 s randomised."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:R$145)),\"\")","v":200},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:S$145)),\"\")","v":900},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:T$145)),\"\")","v":"Pulse duration 200 - 900 ms."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C29,COLUMNS($A$15:V39)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C29,COLUMNS($A$15:X39)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C29,COLUMNS($A$15:Z39)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C29,COLUMNS($A$15:AB39)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AC$145)),\"\")","v":"Dolphins and Seals"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AF$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C29,COLUMNS($A$15:AH39)),\"\")","v":"No Evidence Available"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C29,COLUMNS($A$15:AJ$145)),\"\")","v":"While this is good for avoiding entanglement no change in dolphin swimming direction or movement of the dolphins away from the area was detected and so it is unlikely to be of use for the mitigation of impacts from wind farm piling for bottlenose dolphins."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:$A$145)),\"\")","v":23},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:B$145)),\"\")","v":"Gael Force"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:C$145)),\"\")","v":"SeaGuard Seal deterrent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:D$145)),\"\")","v":"Manual"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:E$145)),\"\")","v":"http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no"},"http://www.gaelforcemarinetechnology.com/Aquaculture-Sea/Seal-Deterrents/SeaGuard-Seal-Deterrent.aspx?lang=nb-no",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:H$145)),\"\")","v":198},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:I$145)),\"\")","v":201},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:J$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:K$145)),\"\")","v":1.5},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:L$145)),\"\")","v":50},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:M$145)),\"\")","v":"A broadband spectral response at the beginning of each pulse, with detectable energy levels between 1.5 kHz to 50 kHz (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:N$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:O$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:P$145)),\"\")","v":"Multiple and random firing patterns, where lentgh and breaks of the siring pulses can be varied."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:R$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:S$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:T$145)),\"\")","v":"Varied length and breaks of firing pulses can be varied."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:U$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C30,COLUMNS($A$15:V40)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:W$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C30,COLUMNS($A$15:X40)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C30,COLUMNS($A$15:Z40)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C30,COLUMNS($A$15:AB40)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AC$145)),\"\")","v":"Harbour porpoise,\nMinke whale,\nBottlenose dolphin,\nGrey seal,\nHarbour seal\n(modelling only, in context of Southall et al., 2019 criteria)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AF$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AG$128)),\"\")","v":"<500m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C30,COLUMNS($A$15:AH40)),\"\")","v":"https://besjournals.onlinelibrary.wiley.com/doi/abs/10.1111/1365-2664.13910\n\nhttps://www.sciencedirect.com/science/article/pii/S0025326X21002058\n\nhttps://iiav.org/ijav/content/volumes/24_2019_1848881553860721/vol_4/1528_fullpaper_317161577706017.pdf"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C30,COLUMNS($A$15:AJ$145)),\"\")","v":"Note: The literature review was based on the dB Plus II as provided by Mohn Aqua. This was then superceeded by the Gael Force SeaGuard Seal Deterrent which we understand to be the same device.\n\nIn the St Andrews report, the unit measured was a 24v model which had twice the voltage of that tested by Lepper et al., (2004), which would explain the 3dB higher source level (Lepper et al., (2004) measured a sourced level of 192dB RMS for a standard 12v Airmar.). The responses observed did not suggest panic leading to a straightforward flight response; rather the seals’ behaviour appeared to represent controlled responses which often seemed to be adapted to location and circumstances allowing seals to avoid sound sources while continuing with their existing behaviour with minimal disruption.\n\nORJIP review concludes that this device is not suitable in current configuration for use during OWF construction due to limited stated range by manufacturer (40m) and therefore practicalities of deploying a suitable system to achieve adequate deterrence - however recommendation is to take forward further discussion and provide the opportunity for Mohn Aqua to provide potential alternative solutions.\n\n"}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:$A$145)),\"\")","v":24},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:B$145)),\"\")","v":"Van Oord / SEAMARCO and Ace Aquatec"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:C$145)),\"\")","v":"Faunaguard - Porpoise Module"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:D$145)),\"\")","v":"Manual"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:E$145)),\"\")","v":"https://aceaquatec.com/marine-protection-solutions/faunaguard"},"https://aceaquatec.com/marine-protection-solutions/faunaguard",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:G$145)),\"\")","v":"Offshore piling mitigation"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:H$145)),\"\")","v":160},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:I$145)),\"\")","v":165},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:J$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:K$145)),\"\")","v":60},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:L$145)),\"\")","v":150},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:M$145)),\"\")","v":"60 - 150 kHz"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:N$145)),\"\")","v":3000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:O$145)),\"\")","v":10000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:P$145)),\"\")","v":"Intermittent - randomised intervals varying between 3 and 10 seconds."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:Q$145)),\"\")","v":"Intermittent"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:R$145)),\"\")","v":9000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:S$145)),\"\")","v":18000},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:T$145)),\"\")","v":"The signals vary in duration between 9 and 18 s and sound at random intervals, varying between 3 and 10 s. The average duty cycle of the device is 65% (Kastelein et al. 2017)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C31,COLUMNS($A$15:V41)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C31,COLUMNS($A$15:X41)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:Y$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C31,COLUMNS($A$15:Z41)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AA$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C31,COLUMNS($A$15:AB41)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AC$145)),\"\")","v":"Porpoise species"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AD$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AE$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AG$128)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C31,COLUMNS($A$15:AH41)),\"\")","v":"https://www.iadc-dredging.com/ul/cms/terraetaqua/document/4/3/5/435/435/1/article-faunaguard-a-scientific-method-for-deterring-marine-fauna-terra-et-aqua-138-2.pdf\n\nhttps://www.researchgate.net/publication/316937682_Behavioral_Responses_of_a_Harbor_Porpoise_Phocoena_phocoena_to_Sounds_from_an_Acoustic_Porpoise_Deterrent\n\nhttps://www.itap.de/media/faunaguard_studie_bsh_part2_bc_v3.pdf\n\nhttps://www.itap.de/media/bsh-faunaguard_study-part1.pdf\n\nhttps://www.frontiersin.org/articles/10.3389/fmars.2023.1128322\n\nhttps://www.aquaticmammalsjournal.org/article/vol-43-iss-3-kastelein/"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C31,COLUMNS($A$15:AJ$145)),\"\")","v":"ORJIP review concludes that the Faunaguard is suitable and is recommended for use during OWF construction."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:$A$145)),\"\")","v":"30a"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:B$145)),\"\")","v":"Terecos Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:C$145)),\"\")","v":"DSMS-4 - Programme 1 (Sequence 1)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:E$145)),\"\")","v":"No manufacturers website available"},"No manufacturers website available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:H$145)),\"\")","v":177},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:I$145)),\"\")","v":180},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:J$145)),\"\")","v":177},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:K$145)),\"\")","v":6.6},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:L$145)),\"\")","v":27},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:M$145)),\"\")","v":"Measured sound pressure level output = 177 dB re 1µPa at 1m (RMS) (± 1 dB) at 6.6 kHz (Lepper et al. 2004). No equivalent source levels of greater than 146 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:N$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:O$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:P$145)),\"\")","v":"Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:Q$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:R$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:S$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:T$145)),\"\")","v":"Repetitive five segment (16 ms duration) continuous tonal blocks forming an up and down frequency sweep (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C32,COLUMNS($A$15:V42)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C32,COLUMNS($A$15:X42)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C32,COLUMNS($A$15:Z42)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C32,COLUMNS($A$15:AB42)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AC$145)),\"\")","v":"All species"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AD$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AG$128)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C32,COLUMNS($A$15:AH68)),\"\")","v":"http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C32,COLUMNS($A$15:AJ$145)),\"\")","v":"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:$A$145)),\"\")","v":"30b"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:B$145)),\"\")","v":"Terecos Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:C$145)),\"\")","v":"DSMS-4 - Programme 2"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:E$145)),\"\")","v":"No manufacturers website available"},"No manufacturers website available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:H$145)),\"\")","v":179},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:I$145)),\"\")","v":182},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:J$145)),\"\")","v":179},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:K$145)),\"\")","v":4.7},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:L$145)),\"\")","v":27},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:M$145)),\"\")","v":"Measured sound pressure level output = 179 dB re 1µPa at 1m (RMS) (± 1 dB) and 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.7 kHz and 6.8 kHz respectively (Lepper et al. 2014). No equivalent source levels of greater than 145 dB re 1µPa at 1m (RMS) at frequencies above 27 kHz (Lepper et al. 2014)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:N$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:O$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:P$145)),\"\")","v":"Multi-component continuous tones with observed peak level frequencies of 4.7 kHz and 6.8 kHz. Both contain complex multiple frequency components with a broad energy distribution away from the peak level tonal component."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:Q$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:R$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:S$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:T$145)),\"\")","v":"Randomly timed sequence of continuous and time variant multi-component tonal blocks (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:U$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C33,COLUMNS($A$15:V43)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:W$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C33,COLUMNS($A$15:X43)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:Y$145)),\"\")","v":"2: Medium confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C33,COLUMNS($A$15:Z43)),\"\")","v":"Y"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AA$145)),\"\")","v":"3: High confidence"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C33,COLUMNS($A$15:AB43)),\"\")","v":"N"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AC$145)),\"\")","v":"All species"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AD$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AE$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AF$145)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AG$128)),\"\")","v":">1000m"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$153,'Master Database - amended'!$C33,COLUMNS($A$15:AH43)),\"\")","v":"http://www.snh.org.uk/pdfs/publications/commissioned_reports/517.pdf\n\nhttps://research-repository.st-andrews.ac.uk/handle/10023/848\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/20400639"},null,{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C33,COLUMNS($A$15:AJ$145)),\"\")","v":"Calibrated hydrophone recordings of active ADD systems suggested that there was considerable variability in the acoustic output of the transducers, and it is suggested that regular measurements should be made at farm sites to ensure that transducers are all operating as intended."}]
[{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:$A$145)),\"\")","v":"30c"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:B$145)),\"\")","v":"Terecos Ltd"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:C$145)),\"\")","v":"DSMS-4 - Programme 3 (Sequence 2)"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:D$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:E$145)),\"\")","v":"No manufacturers website available"},"No manufacturers website available",{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:G$145)),\"\")","v":"Aquaculture"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:H$145)),\"\")","v":178},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:I$145)),\"\")","v":181},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:J$145)),\"\")","v":178},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:K$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:L$145)),\"\")","v":"No Data Available"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:M$145)),\"\")","v":"Measured sound pressure level output = 178 dB re 1µPa at 1m (RMS) (± 1 dB) at 4.9 kHz (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:N$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:O$145)),\"\")","v":"No Interval"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:P$145)),\"\")","v":"Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:Q$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:R$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:S$145)),\"\")","v":"Continuous"},{"$f":"IFERROR(INDEX('Master Database - amended'!$E$4:$AN$171,'Master Database - amended'!$C34,COLUMNS($A$15:T$145)),\"\")","v":"Sequence of eight segments (8 ms duration) continuous tonal blocks forming an up and down frequency sweep combined with variable continuous multi-component tonal blocks (Lepper et al. 2004)."},{"$f":"IFERROR(INDEX('Master Database - 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{"sheet":"HIDDEN LISTS","index":3,"n_rows":14,"n_cols":5,"rows_kept":14,"cut":false,"hidden":true,"merged":[]}
[]
[]
["Hearing Group List","Generalised Hearing Range"]
["Low Frequency Cetaceans","7 Hz to 35 kHz"]
["High Frequency Cetaceans","150 Hz to 160 kHz"]
["Very High Frequency Cetaceans","275 Hz to 160 kHz"]
["Pinnipeds","50 Hz to 86 kHz"]
["All Devices","7 Hz to 160 kHz"]
[]
[]
[]
[]
["Species Lists"]
["Low Frequency Cetaceans","Mid Frequency Cetaceans","High Frequency Cetaceans","Pinnipeds","All Hearing Groups"]