AndreaBozzo/ceres-open-data-index huggingface dataset:
IMOS BA SOOP - Bio Acoustic Data from Sealord FV Will Watch in the Indian Ocean from the 30th of July 2011 to the 8th of August 2011.

This Bio Acoustic data was collected in July/August 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord FV Will Watch (IMOS platform code: E5WW).

Departed:  Mauritius, July 30, 2011
Arrived:  	 Western Indian Ocean, August 03, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Bio-Acoustic, Countries, E5WW, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Indian Ocean, Marine Biology, Mauritius, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Will Watch
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord FV Will Watch in the Indian Ocean from the 28th of February 2012 to the 3rd of March 2012.

This Bio Acoustic data was collected in February/March 2012 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord FV Will Watch (IMOS platform code: E5WW).

Departed:  Western Indian Ocean, February 28, 2012
Arrived:  	Western Indian Ocean, March 03, 2012

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Bio-Acoustic, E5WW, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Indian Ocean, Marine Biology, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Will Watch
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord FV Will Watch in the Indian Ocean from the 21st of September 2011 to the 25th of September 2011.

This Bio Acoustic data was collected in September 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord FV Will Watch (IMOS platform code: E5WW).

Departed:  Western Indian Ocean, September 21, 2011
Arrived:  	 Western Indian Ocean, September 25, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Bio-Acoustic, E5WW, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Indian Ocean, Marine Biology, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Will Watch
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord FV Will Watch in the Indian Ocean from the 11th of February 2012 to the 17th of February 2012.

This Bio Acoustic data was collected in February 2012 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord FV Will Watch (IMOS platform code: E5WW).

Departed:  Central Indian Ocean, February 11, 2012
Arrived:  	Central Indian Ocean, February 17, 2012

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Bio-Acoustic, E5WW, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Indian Ocean, Marine Biology, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Will Watch
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Rehua in the Tasman Sea from the 17th of June 2011 to the 20th of June 2011.

This Bio Acoustic data was collected in June 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Rehua (IMOS platform code: ZMRE).

Departed:  New Zealand, June 17, 2011
Arrived:  	 Australia, June 20, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, Rehua, SOOP-BA, Tasman Sea, ZMRE
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Rehua in the Tasman Sea from the 13th of August 2011 to the 17th of August 2011.

This Bio Acoustic data was collected in August 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Rehua (IMOS platform code: ZMRE).

Departed:  Australia, August 13, 2011
Arrived:  	 New Zealand, August 17, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, Rehua, SOOP-BA, Tasman Sea, ZMRE
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Rehua in the Tasman Sea from the 13th of August 2010 to the 17th of August 2010.

This Bio Acoustic data was collected in August 2010 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Rehua (IMOS platform code: ZMRE).

Departed:  Australia, August 13, 2010
Arrived:  	 New Zealand, August 17, 2010

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, Rehua, SOOP-BA, Tasman Sea, ZMRE
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Rehua in the Tasman Sea from the 13th of August 2009 to the 16th of August 2009.

This Bio Acoustic data was collected in August 2009 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Rehua (IMOS platform code: ZMRE).

Departed:  Hobart, Australia, August 13, 2009
Arrived:  	 New Zealand, August 16, 2009

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, Rehua, SOOP-BA, Tasman Sea, ZMRE
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Rehua in the Tasman Sea from the 11th of June 2010 to the 15th of June 2010.

This Bio Acoustic data was collected in June 2010 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Rehua (IMOS platform code: ZMRE).

Departed:  New Zealand, June 11, 2010
Arrived:  	 Australia, June 15, 2010

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, Rehua, SOOP-BA, Tasman Sea, ZMRE
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Janas in the Tasman Sea from the 9th of June 2011 to the 14th of June 2011.

This Bio Acoustic data was collected in June 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Janas (IMOS platform code: ZMTW).

Departed:  New Zealand, June 9, 2011
Arrived:  	Hobart, Australia, June 14, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Janas, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, SOOP-BA, Tasman Sea, ZMTW
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Janas in the Tasman Sea from the 26th of August 2009 to the 31st of August 2009.

This Bio Acoustic data was collected in August 2009 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Janas (IMOS platform code: ZMTW).

Departed:  Hobart, Australia, August 26, 2009
Arrived:  	New Zealand, August 31, 2009

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Janas, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, SOOP-BA, Tasman Sea, ZMTW
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Janas in the Tasman Sea from the 24th of June 2011 to the 28th of June 2011.

This Bio Acoustic data was collected in June 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Janas (IMOS platform code: ZMTW).

Departed:  Hobart, Australia, June 24, 2011
Arrived:  	New Zealand, June 28, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Janas, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, SOOP-BA, Tasman Sea, ZMTW
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Janas in the Tasman Sea from the 19th of April 2012 to the 25th of April 2012.

This Bio Acoustic data was collected in April 2012 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Janas (IMOS platform code: ZMTW).

Departed:  New Zealand, Australia, April 19, 2011
Arrived:  	Australia, April 25, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Janas, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, SOOP-BA, Tasman Sea, ZMTW
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from Sealord F.V. Janas in the Southern Ocean from the 21th of August 2009 to the 25th of August 2009.

This Bio Acoustic data was collected in August 2009 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on Sealord F.V. Janas (IMOS platform code: ZMTW).

Departed:  Southern Ocean, August 21, 2009
Arrived:  	Hobart, Australia, August 25, 2009

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Janas, Marine Biology, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Southern Ocean, ZMTW
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from RV Southern Surveyor in the Tasman Sea from the 7th of June 2011 to the 14th of June 2011

This Bio Acoustic data was collected in June 2011 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on RV Southern Surveyor (IMOS platform code: VLHJ).

Departed:  Auckland, New Zealand, June 7, 2011
Arrived:  	Hobart, Australia, June 14, 2011

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, New Zealand, Ocean Acoustics, Ocean Biomass, Oceans, Regional Seas, SOOP-BA, Southern Surveyor, Tasman Sea, VLHJ
Organization: CSIRO Oceans & Atmosphere - Hobart
IMOS BA SOOP - Bio Acoustic Data from RV Aurora Australis in the Southern Ocean from the 16th of April 2012 to the 18th of April 2012.

This Bio Acoustic data was collected in April 2012 under the IMOS Ship of Opportunity (SOOP) Bio Acoustic (BA) program on RV Aurora Australis (IMOS platform code: VNAA).

Departed:  Australia, April 16, 2012
Arrived:  	 Macquarie Island, April 18, 2012

Bio acoustic signals allow understanding how mid-water prey species (known collectively as micronekton) such as small fish, squid, krill and jellyfish are distributed. 

Mid-water prey form the core of the ocean food web, transferring energy from primary producers at the ocean surface to top predators such as tunas, billfish, sharks, seals and seabirds.The mass and distribution of micronekton reflects broad-scale patterns in the structure and function of the ocean, as well as the dynamics of marine ecosystems. 

Acoustic mapping is done from fishing and scientific vessels that are equipped with scientifically-calibrated 38 kHz digital echo-sounders that record a slice of acoustic backscatter to a depth of 1500 meters.

Tags: Acoustic Scattering, Agricultural Aquatic Sciences, Agriculture, Aurora Australis, Australia, Bio-Acoustic, Countries, Fish, Fisheries, IMOS Platform, IMOS Sub-Facility, Marine Biology, Micronekton, Ocean Acoustics, Ocean Biomass, Oceans, SOOP-BA, Southern Ocean, VNAA
Organization: CSIRO Oceans & Atmosphere - Hobart