This dataset is from a laboratory study that examined the growth responses of northern rock sole eggs and larvae across a range of CO2 levels to evaluate the potential sensitivity to ocean acidification.

This dataset is from a study examining the use of demersal and pelagic habitats in the southeast Bering Sea by age-0 Pacific cod, based on 4 years of demersal trawl surveys and 1 year of pelagic trawl surveys on the shelf, and 1 year of spatially intensive beam trawl sampling in a nearshore focal area along the central Alaska Peninsula.

This dataset is from a laboratory study that investigated the effect of temperature and tissue type on fatty acid signatures of Pacific cod and walleye pollock.

This dataset is from laboratory experiments that investigated the temperature dependence of swimming performance and behavioral characteristics of juvenile Pacific cod.

The "add on" project area surveyed depths between the 27 and 175 meter depths around St. George Island and St Paul Island in the Central Bering Sea. Full bottom coverage, consisting of 100% multibeam data was achieved within the limits of hydrography for this survey. One hundred percent backscatter data was acquired and stored by TerraSond, Ltd to be processed by the client. The data were collected from the R/V Mount Mitchell by Terrasond, Inc using a Simrad EM710 multibeam echosounder.

The "add on" project area surveyed depths between the 27 and 175 meter depths around St. George Island and St Paul Island in the Central Bering Sea. Full bottom coverage, consisting of 100% multibeam data was achieved within the limits of hydrography for this survey. One hundred percent backscatter data was acquired and stored by TerraSond, Ltd to be processed by the client. The data were collected from the R/V Mount Mitchell by Terrasond, Inc using a Simrad EM710 multibeam echosounder.

The "add on" project area surveyed depths between the 27 and 175 meter depths around St. George Island and St Paul Island in the Central Bering Sea. Full bottom coverage, consisting of 100% multibeam data was achieved within the limits of hydrography for this survey. One hundred percent backscatter data was acquired and stored by TerraSond, Ltd to be processed by the client. The data were collected from the R/V Mount Mitchell by Terrasond, Inc using a Simrad EM710 multibeam echosounder.

The basic project area was between the 200 and 1100 meter depth curves in Pribilof Canyon, south of the Pribilof Islands in the Central Bering Sea. An option to extend the project area to the 2000 meter depth was exercised in accordance with section 1.6.2 University of Alaska Fairbanks Extended Surveyof the Statement of Work. A region of erroneous data, described in section 1.6.1of the Statement of Workwas not surveyed. The final project area was approximately 870 square nautical miles in area and 50 nautical miles in length.

The basic project area was between the 200 and 1100 meter depth curves in Pribilof Canyon, south of the Pribilof Islands in the Central Bering Sea. An option to extend the project area to the 2000 meter depth was exercised in accordance with section 1.6.2 University of Alaska Fairbanks Extended Surveyof the Statement of Work. A region of ?erroneous data?, described in section 1.6.1of the Statement of Workwas not surveyed. The final project area was approximately 870 square nautical miles in area and 50 nautical miles in length.

From 1994 to 2005, The National Marine Mammal Laboratories' California Current Ecosystem Program (AFSC/NOAA) collected fecal samples at the Umpqua River, Oregon and Columbia River, Oregon/Washington to examine the diet of Pacific harbor seals (Phoca vitulina). Scats were collected at various sites on the Umpqua River and at Desdemona sand spit on the Columbia River. Apart from describing the diet of Pacific harbor seals in these regions, of special interest was to determine the level of predation by these seals on endangered or threatened salmonids (e.g.