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The accession contains New York City Department Harbor Survey Data from years 1968 to 1990. Station data was collected as part of the NYC Department of Environmental Protection's Harbor Survey at the Hudson River along Manhattan, New York Bight, Long Island Sound. Parameters measured were salinity, dissolved oxygen, total coliform counts/ml, and fecal coliform counts/100 ml were recorded as 80-column ASCII files (SAS file format); each line in the file represents sampling data from a single site per day. Data was submitted on a diskette. A hardcopy of a README file which interprets the file format and a map of the study site is included in the documentation. Principal Investigator was Dr. Alan I. Stubin of Institute: NYC DEP (Marine Science Branch, Ward's Island).

The Marine Bacteria (F009) data set contains data from bacteriological studies of the water column and ocean bottom. Data include the density (number per unit volume, weight, or area of sample) of heterotrophic, hydrocarbonoclastic or halophilic bacteria, as well as, identification of the cruise station and senior scientist; physical measurements of the water or sediment; general environmental conditions at the time of sample collection.

Data has been processed by NODC to the NODC standard Bacteriology (F009) format. The F009 format is designed to support bacteriological studies of the water column and ocean bottom. Information on environmental conditions, physical measurements of the water and sediment, and density of heterotrophic, hydrocarbonoclastic, and halophilic bacteria are presented. The format contains five data record types, each 80 characters in length, sorted by station ad sequence numbers. The first nine columns for all records are to be used for file name (columns 1-3) and file identifier (columns 4-9). The file identifier, to be assigned by the originator, is a unique originator id for each data submission. After submission, the NODC reassigns to this field a unique NODC identifier for internal use.

Bacteriology data were collected using moored buoy casts and other instruments in the Delaware Bay and North Atlantic Ocean from November 5, 1976 to August 16, 1977. Data were submitted by Virginia Institute of Marine Science - Gloucester Point as part of the Ocean Continental Shelf (OCS-Mid Atlantic Ocean) project. Data has been processed by NODC to the standard NODC F009 Bacteriology formats. The F009 format is designed to support bacteriological studies of the water column and ocean bottom. Information on environmental conditions, physical measurements of the water and sediment, and density of heterotrophic, hydrocarbonoclastic, and halophilic bacteria are presented. The format contains five data record types, each 80 characters in length, sorted by station ad sequence numbers. The first nine columns for all records are to be used for file name (columns 1-3) and file identifier (columns 4-9). The file identifier, to be assigned by the originator, is a unique originator id for each data submission. After submission, the NODC reassigns to this field a unique NODC identifier for internal use.

Phytoplankton and other data were collected in the Antarctic from the NATHANIEL B. PALMER and ROGER REVELL from 17 October 1996 to 15 March 1998. Bottle data include enumeration and counts of bacteria, picoplankton, nanoplankton and nano microplankton. Bottle data also include concentrations of trace metals. CTD data include conductivity, temperature, and salinity profiles. Data were collected in support of the US Joint Global Ocean Flux Study / Antarctic Environments Southern Ocean Process Study (JGOFS/AESOPS).

Bacteria, taxonomic code, and other data were collected using sediment sampler and other instruments in the North Atlantic Ocean from G.W. PIERCE. Data were collected from 20 February 1976 to 23 March 1976 by Virginia Institute of Marine Science in Gloucester Point with support from the Ocean Continental Shelf - Mid Atlantic (OCS-Mid Atlantic) project. Data has been processed by NODC to the NODC standard Bacteriology (F009) format. The F009 format is designed to support bacteriological studies of the water column and ocean bottom. Information on environmental conditions, physical measurements of the water and sediment, and density of heterotrophic, hydrocarbonoclastic, and halophilic bacteria are presented. The format contains five data record types, each 80 characters in length, sorted by station ad sequence numbers. The first nine columns for all records are to be used for file name (columns 1-3) and file identifier (columns 4-9). The file identifier, to be assigned by the originator, is a unique originator id for each data submission. After submission, the NODC reassigns to this field a unique NODC identifier for internal use.

This data is from three cruises on R/V Cape Hatteras taken in Aug and October 2001, and March 2002 from Boothbay Harbor Maine to the Sargasso Sea. The purpose of these cruises was to study single-cell bacterial activity using the CTC assay (Sieracki et al. 1999) in context with other microplankton parameters. Onboard flow cytometry (B-D FACScan instrument) was used to count pico- and nanoplankton, including total bacteria and CTC-active bacteria. Pico- and nanophytoplankton were measured live (no sample preservation). CTD data is reported here along with the pico- and nanoplankton abundances. The CTD data is from the bottle trip depths only. The SeaBird CTD was provided by the ship. At stations a drifting drogue, marking the water at 15m, was deployed and the CTD vertical profiles were taken at the drogue.

Microbial Exchanges and Coupling in Coastal Atlantic Systems (MECCAS) cruise data collected aboard the R/V Gyre at the mouth of the Chesapeake Bay and northern Atlantic Ocean. Each of four MECCAS cruise data sets is divided into 3 files. File 1 contains underway surface mapping data. For this study 12 parameters were measured, including location, temperature, salinity, ammonium, nitrate, nitrite, phosphate, and silicate at +/- 0.03-0.1 um. File 2 contains vertical profiles at stations along mapping routes; the 12 parameters measured were the same as those for surface mapping data as described above. File 3 contains vertical profiles at drogue stations; 96 parameters were measured. Parameters include CTD data, zooplankton data (biomass, heterotrophic and autotrophic grazing rates, and production rate estimates), bacteria data (cell count, estimated volume, nutrient assimilation, and production rate estimates), and nanoplankton data (abundance of pigmented and non-pigmented eukaryotes and estimates of bacterial removal rates). Nutrient data contained in file 3 includes dissolved free amino acids (carbon content in free serine, glycine, and alanine in nanograms/liter.