The data included in this dataset were collected in the Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted during the summer of 2008 in separate legs. During the first leg, which took place during July 2008, two moorings were deployed; one at a depth of 185 meters and one at a depth of 25 meters. The deeper mooring was equipped with one RBR DR-1050 depth recorder, 10 Onset UBTI-001 Temperature Loggers, and one SBE-37(P) Microcat.

This dataset contains physical, chemical, and biological data collected during research cruises for the Hanna Shoal Ecosystem Study. The study occurred at 138 stations in the Hanna Shoal area of the Chukchi Sea in August of 2012 and 2013, and involved sensor measurements and sampling of water, sediment, and biota conducted by investigators from several universities and research organizations. The dataset includes more than 50,000 data values across 200+ variables, 400+ taxonomic names, 30+ collection methods, and 30+ lab analysis methods.

The Group for High Resolution Sea Surface Temperature (GHRSST) is an international open group for SST data producers, users, and scientists. It brings together international space agencies, research institutes, universities, and government agencies to collectively address the scientific, logistical and managerial challenges posed by creating the SST data products and services within the Project.

The data included in this dataset were collected in Sermilik Fjord, located in East Greenland in the Ammassalik district close to the town of Tasiilaq. Data collection was conducted by deploying five moorings from August 2010 to August 2011. The five moorings were named CM1-SF5, CM2-SF6, CM5, SF3, and SF4. Mooring CM1-SF5 was located mid-fjord at a depth of 131m and was equipped with a Microcat and Aquadopp. Mooring CM2-SF6 was located next to Mooring CM1-SF5 at a depth of 390m. It contained a Microcat, an Aquadopp, and four TidbiT temperature loggers.

The East Asian Seas Regional Climatology Version 2.0 is an update to the preliminary version released in May 2012. This update includes new temperature and salinity data spanning the period from 1804 through 2013. The climatology was recalculated based on the new data received.

This dataset contains laboratory experiment data that were collected to examine the effects of ocean acidification on the Atlantic surfclam, Spisula solidissima, a species worth $31 million in 2009. Ocean acidification has negatively impacted growth and survival of multiple bivalve species, but because each species and developmental stage can show different responses, these studies were designed to determine potential impacts of increased CO2 on the larvae of the commercially important surfclam.

This dataset contains the carbon chemistry measurements of a laboratory experiment study to understand the effects of ocean acidification on winter flounder. To address the goals of the NOAA Ocean Acidification Program (OA), the James J. Howard Laboratory constructed an OA experimental system to conduct OA experiments on commercially important species native to Atlantic waters of the NE U.S. The species of interest exhibit a broad range of ecological and life-history types from entirely marine to entirely estuarine.

This dataset contains the carbon chemistry measurements of a laboratory experiment study to understand the effects of ocean acidification on winter flounders. To address the goals of the NOAA Ocean Acidification Program (OA), the James J. Howard Laboratory constructed an OA experimental system to conduct OA experiments on commercially important species native to Atlantic waters of the NE U.S. The species of interest exhibit a broad range of ecological and life-history types from entirely marine to entirely estuarine.

This dataset contains the carbon chemistry measurements of a laboratory experiment study to understand the effects of ocean acidification on winter flounders. To address the goals of the NOAA Ocean Acidification Program (OA), the James J. Howard Laboratory constructed an OA experimental system to conduct OA experiments on commercially important species native to Atlantic waters of the NE U.S. The species of interest exhibit a broad range of ecological and life-history types from entirely marine to entirely estuarine.

The Gulf of Mexico Regional Climatology is a set of objectively analyzed climatological fields of temperature, salinity, oxygen, phosphate, silicate, and nitrate at standard depth levels. Climatologies were calculated for annual, seasonal, and monthly time periods on a one-degree for all variables, and for temperature and salinity on a quarter-degree and tenth-degree latitude-longitude grid for annual and seasonal time periods and are based on approximately 278,626 temperature profiles and 102,916 salinity profiles spanning the years of 1864 to 2012.