Dataset Name | PI-Supplied Description | PI-Supplied Name |
---|---|---|
Asteroids and Holothurians Table 1: Asteroid species - Presence and absence of Asteroid species by station in the deep-sea East and West Atlantic from 1977-1999 (Deep Sea Benthic Dynamics project) | Gear code Gear type BN1.5/3F Epibenthic sled BN1.5/3M Epibenthic sled BN1.5/C Epibenthic sled BN1.5/P Epibenthic sled BNC Epibenthic sled BNF Epibenthic sled GT Otter trawl OT Otter trawl OTSB14 Otter trawl OTSB14D Otter trawl ST Otter trawl | Otter Trawl |
Asteroids and Holothurians: Table 2: Holothurian species - Number of individuals by station in the deep-sea East and West Atlantic from 1977-1985 (Deep Sea Benthic Dynamics project) | Gear code Gear type BN1.5/3F Epibenthic sled BN1.5/3M Epibenthic sled BN1.5/C Epibenthic sled BN1.5/P Epibenthic sled BNC Epibenthic sled BNF Epibenthic sled GT Otter trawl OT Otter trawl OTSB14 Otter trawl OTSB14D Otter trawl ST Otter trawl | Otter Trawl |
Numerical abundance, catch-per-unit-effort, percent composition from F/V Stormy Weather NEC-HH2006-1 in the Gulf of Maine off New Hampshire coast from June 2008 (NEC_ProjDev project) | 6.5-inch mesh otter trawl | Otter Trawl |
Bycatch in the Gillnet Fishery for Monkfish from F/V Kirsten Lee NEC-SE2006-1 in the Gulf of Maine from 2008 (NEC-CoopRes project) | The trawl net used was a low-rise design constructed by Stephen Lee to target monkfish and flatfish. The net has a one legged bridle and a 137 foot sweep made up of 60 foot wings and a 17 foot bosom. Roller gear included 8 inch rubber disks (cookies) in the bosom, extending to 6 inch cookies on the first 10 feet of the wings, and 5.5 inch cookies on the remainder of the wings. The ground cables were 20 fathoms in length and covered with 4 inch cookies. The body of the net was composed of 6 inch green polyethylene diamond mesh with a fishing circle of 342 meshes. The codend was 6.5 inch knotted green polyethylene material hung on the square with double mesh. The net was towed with Bison #7 doors at an average speed of 2.5 knots. | Otter Trawl |
Bycatch in the Gillnet Fishery for Monkfish: length, weight data from F/V Kirsten Lee NEC-SE2006-1 in the Gulf of Maine from July 2008 (NEC-CoopRes project) | The trawl net used was a low-rise design constructed by Stephen Lee to target monkfish and flatfish. The net has a one legged bridle and a 137 foot sweep made up of 60 foot wings and a 17 foot bosom. Roller gear included 8 inch rubber disks (cookies) in the bosom, extending to 6 inch cookies on the first 10 feet of the wings, and 5.5 inch cookies on the remainder of the wings. The ground cables were 20 fathoms in length and covered with 4 inch cookies. The body of the net was composed of 6 inch green polyethylene diamond mesh with a fishing circle of 342 meshes. The codend was 6.5 inch knotted green polyethylene material hung on the square with double mesh. The net was towed with Bison #7 doors at an average speed of 2.5 knots. | Otter Trawl |
Adult fish biomass of the Northeast U.S. Shelf Ecosystem from NOAA Ship Trawl-Survey-Vessel NEFSC-Bottom_Trawl in the Coast of U.S. between Cape Hatteras and Nova Scotia from 1963-2013 (NEFSCBottomTrawl project) | For specific details on the adult fish collection gear, see: Azarovitz TR. 1981. A brief historical review of the Woods Hole Laboratory trawl survey time series. Canadian Special Publication of Fisheries and Aquatic Sciences. 58:62-7. (PDF) | |
Abundance and proportion of adult fish species of the Northeast U.S. Shelf; bottom trawl surveys were conducted by the Northeast Fisheries Science Center (NEFSC) during 1977-1987 and 1999-2008 | For specific details on the adult fish collection gear, see: Azarovitz TR. 1981. A brief historical review of the Woods Hole Laboratory trawl survey time series. Canadian Special Publication of Fisheries and Aquatic Sciences. 58:62-7. (PDF) | |
Tow log and catch for study of windowpane flounder catch using scup gear and a Large Mesh Belly Panel (LMBP), October 2015 (Windowpane Bycatch project) | See final report for full description of these net systems. |