1 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?al9705+0+broadband/globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 2 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?al9707+0+broadband/globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 3 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?al9801+0+broadband/globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 4 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?al9808+0+broadband/globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 5 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?al9904+0+broadband/globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 6 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?el9905+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 7 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?el9906+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 8 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en259+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 9 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en260+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 10 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en261+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 11 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en262+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 12 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en263+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 13 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en264+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 14 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en265+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 15 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en266+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 16 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en267+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 17 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en268+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 18 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en269+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 20 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en271+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 21 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en274+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 22 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en276+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 23 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en278+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 24 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en282+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 25 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en288+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 27 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en292+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 29 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en296+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 30 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en298+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 32 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en301+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 33 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en302+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 34 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en303+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 36 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en307+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 37 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en308+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 38 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en319+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 39 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en320+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 40 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en321+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 41 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en322+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 42 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en323+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 43 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en324+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 44 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en325+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 45 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en330+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 46 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?en331+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 47 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc275+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 48 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc276+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 49 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc291+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 50 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc296+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 51 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc298+1+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 52 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc299+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 53 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc300+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 54 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc301+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 55 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc302+1+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 56 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc303+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 57 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc311+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 60 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc317+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 61 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc319+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 62 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc321+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 63 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc322+1+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 65 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc331+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 66 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc332+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 67 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc333+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 68 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc334+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 69 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc336+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 70 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc337+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 71 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc338+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 72 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc339+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 73 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc340+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 74 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc341+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 75 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc342+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 76 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc343+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 77 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc344+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 78 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc345+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 79 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc346+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 80 adcp adcp http://po.msrc.sunysb.edu/cgi-bin/mklsthtml_new?oc347+0+globec The ADCP data has been acquired onboard the RV Endeavor, the RV Oceanus, the Edwin Link, and the Albatross IV for each GLOBEC cruise. At the end of each cruise the pingdata files are sent to us for processing. The vast majority of the data has been collected using 150 kHz narrow-band ADCPs although there have been a number of cruises on the RV Albatross which is equipped with a broad-band unit. The ADCP data are processed using the CODAS3 shipboard ADCP processing programs developed by the University of Hawaii with additional capabilities developed at Brookhaven. 81 BMP2_ess BMP2_ess http://globec.whoi.edu/jg/serv/globec/gb/BMP2_ess.brev1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/BMP2_ess%7D?cruiseid%20eq%20EN307 These data are from the Enviromental Sensing System (ESS) part of the<u>BIO</u>-Optical <u>M</u>ulti-frequency <u>A</u>coustical and <u>P</u>hysical <u>E</u>nvironmental <u>R</u>ecorder or BIOMAPER II. 1997-10-09T15:41:00 1997-10-09T20:24:00 1997-10-09T21:15:00 1997-10-10T11:40:00 1997-10-10T19:00:00 1997-10-12T07:44:00 1997-10-12T12:40:00 1997-10-13T02:45:00 1997-10-13T17:05:00 1997-10-15T11:27:00 1997-10-15T14:15:00 1997-10-16T22:50:00 82 BMP2_ess BMP2_ess http://globec.whoi.edu/jg/serv/globec/gb/BMP2_ess.brev1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/BMP2_ess%7D?cruiseid%20eq%20EN330 These data are from the Enviromental Sensing System (ESS) part of the<u>BIO</u>-Optical <u>M</u>ulti-frequency <u>A</u>coustical and <u>P</u>hysical <u>E</u>nvironmental <u>R</u>ecorder or BIOMAPER II. 1999-10-16T23:49:00 1999-10-17T01:09:00 1999-10-17T04:07:00 1999-10-17T15:38:00 1999-10-17T17:40:00 1999-10-18T01:43:00 1999-10-19T20:09:00 1999-10-20T13:15:00 1999-10-20T22:27:00 1999-10-21T10:19:00 1999-10-21T15:43:00 1999-10-22T07:47:00 1999-10-22T12:50:00 1999-10-24T08:53:00 1999-10-24T12:18:00 1999-10-24T12:27:00 1999-10-24T12:18:00 1999-10-24T13:27:00 1999-10-24T12:18:00 1999-10-24T13:56:00 1999-10-24T14:34:00 1999-10-25T12:00:00 83 BMP2_ess BMP2_ess http://globec.whoi.edu/jg/serv/globec/gb/BMP2_ess.brev1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/BMP2_ess%7D?cruiseid%20eq%20EN331 These data are from the Enviromental Sensing System (ESS) part of the<u>BIO</u>-Optical <u>M</u>ulti-frequency <u>A</u>coustical and <u>P</u>hysical <u>E</u>nvironmental <u>R</u>ecorder or BIOMAPER II. 1999-12-04T14:15:00 1999-12-05T12:01:00 1999-12-05T15:03:00 1999-12-06T02:15:00 1999-12-06T12:07:00 1999-12-07T18:12:00 1999-12-08T18:39:00 1999-12-08T20:50:00 1999-12-08T21:28:00 1999-12-10T08:38:00 1999-12-11T13:05:00 1999-12-11T13:32:00 1999-12-12T11:19:00 1999-12-12T14:37:00 1999-12-12T16:40:00 1999-12-12T23:15:00 84 BMP2_ess BMP2_ess http://globec.whoi.edu/jg/serv/globec/gb/BMP2_ess.brev1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/BMP2_ess%7D?cruiseid%20eq%20OC332 These data are from the Enviromental Sensing System (ESS) part of the<u>BIO</u>-Optical <u>M</u>ulti-frequency <u>A</u>coustical and <u>P</u>hysical <u>E</u>nvironmental <u>R</u>ecorder or BIOMAPER II. 1998-10-21T09:13:00 1998-10-21T11:25:00 1998-10-21T19:52:00 1998-10-22T00:05:00 1998-10-22T03:05:00 1998-10-23T15:30:00 1998-10-24T00:55:00 1998-10-24T09:35:00 1998-10-24T12:16:00 1998-10-25T00:25:00 1998-10-25T11:02:00 1998-10-25T13:38:00 1998-10-25T18:17:00 1998-10-26T17:26:00 85 BMP2_ess BMP2_ess http://globec.whoi.edu/jg/serv/globec/gb/BMP2_ess.brev1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/BMP2_ess%7D?cruiseid%20eq%20OC334 These data are from the Enviromental Sensing System (ESS) part of the<u>BIO</u>-Optical <u>M</u>ulti-frequency <u>A</u>coustical and <u>P</u>hysical <u>E</u>nvironmental <u>R</u>ecorder or BIOMAPER II. 1998-12-03T23:54:00 1998-12-05T16:10:00 1998-12-05T23:59:00 1998-12-06T17:52:00 1998-12-06T19:26:00 1998-12-07T08:40:00 1998-12-09T09:01:00 1998-12-10T09:54:00 1998-12-10T22:00:00 1998-12-11T12:22:00 1998-12-12T08:10:00 1998-12-12T18:01:00 86 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20AL9505 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-05-09T23:55:00 1995-05-10T07:45:00 1995-05-10T18:20:00 1995-05-11T05:18:00 1995-05-11T16:07:00 1995-05-11T21:45:00 1995-05-12T08:54:00 1995-05-12T16:25:00 1995-05-12T21:15:00 1995-05-13T07:38:00 1995-05-13T18:44:00 1995-05-14T03:05:00 1995-05-14T13:23:00 1995-05-14T20:54:00 1995-05-15T04:02:00 1995-05-15T16:56:00 1995-05-16T01:12:00 1995-05-16T08:55:00 87 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20AL9506 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-06-07T01:32:00 1995-06-08T14:44:00 1995-06-09T01:56:00 1995-06-09T09:35:00 1995-06-09T20:55:00 1995-06-10T05:32:00 1995-06-10T09:50:00 1995-06-10T21:55:00 1995-06-11T10:30:00 1995-06-11T22:26:00 1995-06-12T10:45:00 1995-06-12T20:23:00 1995-06-13T09:05:00 1995-06-14T04:15:00 1995-06-14T13:34:00 1995-06-15T14:17:00 88 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20AL9508 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-07-11T15:06:00 1995-07-11T22:52:00 1995-07-12T18:15:00 1995-07-13T03:28:00 1995-07-13T08:47:00 1995-07-13T22:40:00 1995-07-14T16:32:00 1995-07-15T01:28:00 1995-07-15T07:15:00 1995-07-15T16:25:00 1995-07-16T05:21:00 1995-07-16T15:21:00 1995-07-17T04:04:00 1995-07-17T13:54:00 1995-07-17T22:30:00 1995-07-18T19:15:00 1995-07-19T07:19:00 89 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20AL9605 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-05-07T17:55:00 1996-05-08T00:43:00 1996-05-08T14:00:00 1996-05-09T02:35:00 1996-05-09T16:35:00 1996-05-10T20:34:00 1996-05-11T12:50:00 1996-05-12T00:04:00 1996-05-12T06:32:00 1996-05-13T14:40:00 1996-05-13T23:21:00 1996-05-14T06:47:00 1996-05-14T14:57:00 1996-05-15T06:27:00 1996-05-15T14:47:00 1996-05-16T02:31:00 90 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20AL9607 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-06-04T15:02:00 1996-06-04T21:53:00 1996-06-05T12:43:00 1996-06-06T02:48:00 1996-06-06T15:27:00 1996-06-06T19:28:00 1996-06-07T07:32:00 1996-06-07T17:08:00 1996-06-07T22:32:00 1996-06-08T09:22:00 1996-06-09T00:14:00 1996-06-09T11:34:00 1996-06-09T19:08:00 1996-06-10T05:59:00 1996-06-10T14:25:00 1996-06-11T16:55:00 1996-06-12T03:45:00 1996-06-12T12:34:00 91 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN261 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-02-11T15:13:00 1995-02-12T03:39:00 1995-02-13T10:47:00 1995-02-14T12:00:00 1995-02-14T21:24:00 1995-02-15T01:41:00 1995-02-15T12:01:00 1995-02-16T12:24:00 1995-02-17T14:16:00 1995-02-17T22:41:00 1995-02-18T14:31:00 1995-02-19T01:26:00 1995-02-19T04:54:00 92 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN263 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-03-14T09:47:00 1995-03-14T19:10:00 1995-03-15T07:27:00 1995-03-15T16:40:00 1995-03-16T04:30:00 1995-03-16T10:19:00 1995-03-17T01:23:00 1995-03-17T06:30:00 1995-03-17T20:31:00 1995-03-18T06:50:00 1995-03-18T20:55:00 1995-03-19T04:30:00 1995-03-19T12:30:00 1995-03-19T18:25:00 1995-03-20T10:22:00 1995-03-20T21:04:00 1995-03-21T04:25:00 93 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN265 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1995-04-12T09:56:00 1995-04-12T17:05:00 1995-04-13T15:03:00 1995-04-14T03:59:00 1995-04-14T10:20:00 1995-04-14T21:25:00 1995-04-15T05:09:00 1995-04-15T09:50:00 1995-04-15T22:10:00 1995-04-16T11:33:00 1995-04-16T20:50:00 1995-04-17T13:35:00 1995-04-17T21:40:00 1995-04-18T03:30:00 1995-04-18T22:20:00 1995-04-19T05:57:00 1995-04-21T15:11:00 94 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN276 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-01-12T06:27:00 1996-01-12T14:30:00 1996-01-14T13:07:00 1996-01-14T21:36:00 1996-01-15T07:16:00 1996-01-15T13:37:00 1996-01-16T07:00:00 1996-01-17T12:45:00 1996-01-18T06:30:00 1996-01-21T06:55:00 1996-01-21T12:43:00 95 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN278 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-02-14T22:50:00 1996-02-15T07:25:00 1996-02-15T23:53:00 1996-02-16T13:12:00 1996-02-17T12:47:00 1996-02-18T14:33:00 1996-02-18T23:06:00 1996-02-19T04:29:00 1996-02-20T14:59:00 1996-02-21T06:44:00 1996-02-22T00:23:00 1996-02-22T10:20:00 1996-02-22T20:21:00 1996-02-23T18:45:00 96 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20EN282 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-04-09T19:02:00 1996-04-12T04:27:00 1996-04-12T21:52:00 1996-04-13T09:50:00 1996-04-13T15:51:00 1996-04-14T06:43:00 1996-04-14T12:11:00 1996-04-14T15:11:00 1996-04-15T17:21:00 1996-04-15T21:15:00 1996-04-16T02:13:00 1996-04-16T11:53:00 1996-04-17T15:26:00 1996-04-17T23:47:00 1996-04-18T10:43:00 1996-04-18T19:58:00 1996-04-19T07:03:00 97 chloro_bottle chloro_bottle http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb /,info=globec.whoi.edu/jg/info/globec/gb/chloro_bottle%7D?cruiseid%20eq%20OC275 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. Water for chlorophyll extractions was taken at priority 1 and 2 stations and at 3 'standard' depths (according to a protocal set up by Ted Durbin and Dian Gifford at the University of Rhode Island). For each bottle, 3 replicate samples were run for consistency. 50 mls were filtered for 3 size fractions: total chlorophyll, chlorophyll from water filtered through a <20 micron mesh and chlorophyll from water filtered through a <5 micron mesh. This means that for any one station, there were 27 test tubes: 3 depths, 3 replicates, 3 size fractions. The samples were usually read at sea (after the 24 hour acetone extraction). If not, Ted Durbin's Lab read them when the ship returned. 1996-03-13T16:18:00 1996-03-14T03:28:00 1996-03-14T15:44:00 1996-03-14T22:16:00 1996-03-15T05:01:00 1996-03-15T17:17:00 1996-03-16T03:10:00 1996-03-16T09:08:00 1996-03-16T22:17:00 1996-03-17T12:44:00 1996-03-18T00:43:00 1996-03-18T08:19:00 1996-03-18T22:17:00 1996-03-19T07:51:00 1996-03-19T19:05:00 1996-03-21T08:22:00 1996-03-21T20:56:00 98 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20AL9505 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-05-09T15:27:00 1995-05-09T20:04:00 1995-05-09T23:55:00 1995-05-10T07:45:00 1995-05-10T11:30:00 1995-05-10T14:07:00 1995-05-10T18:20:00 1995-05-11T02:17:00 1995-05-11T05:18:00 1995-05-11T09:27:00 1995-05-11T12:17:00 1995-05-11T16:07:00 1995-05-11T21:45:00 1995-05-12T01:07:00 1995-05-12T05:17:00 1995-05-12T08:54:00 1995-05-12T16:25:00 1995-05-12T21:15:00 1995-05-13T03:31:00 1995-05-13T07:38:00 1995-05-13T11:31:00 1995-05-13T14:48:00 1995-05-13T18:44:00 1995-05-13T23:03:00 1995-05-14T03:05:00 1995-05-14T10:39:00 1995-05-14T13:23:00 1995-05-14T18:29:00 1995-05-14T20:54:00 1995-05-15T04:02:00 1995-05-15T08:30:00 1995-05-15T12:05:00 1995-05-15T14:03:00 1995-05-15T16:56:00 1995-05-15T22:41:00 1995-05-16T01:12:00 1995-05-16T05:56:00 1995-05-16T08:55:00 99 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20AL9506 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-06-05T21:57:00 1995-06-07T01:32:00 1995-06-07T07:20:00 1995-06-08T14:44:00 1995-06-09T01:56:00 1995-06-09T09:35:00 1995-06-09T12:43:00 1995-06-09T16:45:00 1995-06-09T20:55:00 1995-06-10T05:32:00 1995-06-10T09:50:00 1995-06-10T17:01:00 1995-06-10T21:55:00 1995-06-11T01:44:00 1995-06-11T06:18:00 1995-06-11T10:30:00 1995-06-11T15:57:00 1995-06-11T22:26:00 1995-06-12T06:15:00 1995-06-12T10:45:00 1995-06-12T15:29:00 1995-06-12T20:23:00 1995-06-13T04:46:00 1995-06-13T09:05:00 1995-06-13T13:45:00 1995-06-13T17:55:00 1995-06-13T21:50:00 1995-06-14T00:38:00 1995-06-14T04:15:00 1995-06-14T10:20:00 1995-06-14T13:34:00 1995-06-14T16:59:00 1995-06-14T23:28:00 1995-06-15T06:20:00 1995-06-15T14:17:00 100 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20AL9508 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-07-11T03:24:00 1995-07-11T09:22:00 1995-07-11T15:06:00 1995-07-11T22:52:00 1995-07-12T04:54:00 1995-07-12T11:34:00 1995-07-12T18:15:00 1995-07-13T03:17:00 1995-07-13T03:28:00 1995-07-13T08:47:00 1995-07-13T12:53:00 1995-07-13T17:06:00 1995-07-13T22:40:00 1995-07-14T07:41:00 1995-07-14T11:58:00 1995-07-14T16:32:00 1995-07-15T01:28:00 1995-07-15T07:15:00 1995-07-15T11:22:00 1995-07-15T16:25:00 1995-07-15T19:46:00 1995-07-16T00:45:00 1995-07-16T05:21:00 1995-07-16T10:15:00 1995-07-16T15:21:00 1995-07-16T22:29:00 1995-07-17T04:04:00 1995-07-17T09:20:00 1995-07-17T13:54:00 1995-07-17T22:30:00 1995-07-18T05:02:00 1995-07-18T09:39:00 1995-07-18T13:32:00 1995-07-18T19:15:00 1995-07-19T04:05:00 1995-07-19T07:19:00 1995-07-19T20:12:00 1995-07-20T01:12:00 101 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20AL9605 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-05-07T05:12:00 1996-05-07T09:55:00 1996-05-07T10:58:00 1996-05-07T17:55:00 1996-05-08T00:43:00 1996-05-08T04:05:00 1996-05-08T07:32:00 1996-05-08T14:00:00 1996-05-08T22:12:00 1996-05-09T02:35:00 1996-05-09T07:04:00 1996-05-09T11:25:00 1996-05-09T16:35:00 1996-05-10T20:34:00 1996-05-11T02:33:00 1996-05-11T08:46:00 1996-05-11T12:50:00 1996-05-12T00:04:00 1996-05-12T06:32:00 1996-05-13T14:40:00 1996-05-13T19:13:00 1996-05-13T23:21:00 1996-05-14T03:43:00 1996-05-14T06:47:00 1996-05-14T14:57:00 1996-05-14T19:38:00 1996-05-14T23:49:00 1996-05-15T03:12:00 1996-05-15T06:27:00 1996-05-15T11:49:00 1996-05-15T14:47:00 1996-05-15T21:11:00 1996-05-16T02:31:00 1996-05-16T13:45:00 102 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20AL9607 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-06-04T00:55:00 1996-06-04T07:50:00 1996-06-04T15:02:00 1996-06-04T21:53:00 1996-06-05T02:40:00 1996-06-05T05:45:00 1996-06-05T12:43:00 1996-06-05T21:17:00 1996-06-06T02:48:00 1996-06-06T07:10:00 1996-06-06T10:40:00 1996-06-06T15:27:00 1996-06-06T19:28:00 1996-06-06T22:49:00 1996-06-07T02:46:00 1996-06-07T07:32:00 1996-06-07T17:08:00 1996-06-07T22:32:00 1996-06-08T04:24:00 1996-06-08T09:22:00 1996-06-08T13:03:00 1996-06-08T17:52:00 1996-06-09T00:14:00 1996-06-09T05:00:00 1996-06-09T11:34:00 1996-06-09T19:08:00 1996-06-10T01:37:00 1996-06-10T05:59:00 1996-06-10T09:46:00 1996-06-10T14:25:00 1996-06-10T23:05:00 1996-06-11T03:17:00 1996-06-11T08:32:00 1996-06-11T13:03:00 1996-06-11T16:55:00 1996-06-11T23:22:00 1996-06-12T03:45:00 1996-06-12T07:20:00 1996-06-12T12:34:00 103 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN261 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-02-11T03:02:00 1995-02-11T09:06:00 1995-02-11T15:13:00 1995-02-12T03:39:00 1995-02-13T10:47:00 1995-02-13T14:19:00 1995-02-13T17:11:00 1995-02-13T20:52:00 1995-02-14T00:54:00 1995-02-14T05:16:00 1995-02-14T12:00:00 1995-02-14T21:24:00 1995-02-15T01:41:00 1995-02-15T07:05:00 1995-02-15T12:01:00 1995-02-15T18:38:00 1995-02-15T23:30:00 1995-02-16T12:24:00 1995-02-16T20:20:00 1995-02-17T02:03:00 1995-02-17T05:58:00 1995-02-17T10:36:00 1995-02-17T14:16:00 1995-02-17T22:41:00 1995-02-18T03:46:00 1995-02-18T07:58:00 1995-02-18T10:18:00 1995-02-18T14:31:00 1995-02-18T20:38:00 1995-02-19T01:26:00 1995-02-19T04:54:00 1995-02-19T10:35:00 104 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN263 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-03-13T23:11:00 1995-03-14T04:10:00 1995-03-14T09:47:00 1995-03-14T19:10:00 1995-03-14T22:28:00 1995-03-15T01:55:00 1995-03-15T07:27:00 1995-03-15T12:40:00 1995-03-15T16:40:00 1995-03-15T19:47:00 1995-03-15T23:44:00 1995-03-16T04:30:00 1995-03-16T10:19:00 1995-03-16T13:13:00 1995-03-16T16:20:00 1995-03-16T20:20:00 1995-03-17T01:23:00 1995-03-17T06:30:00 1995-03-17T13:52:00 1995-03-17T20:31:00 1995-03-18T00:10:00 1995-03-18T03:30:00 1995-03-18T06:50:00 1995-03-18T13:45:00 1995-03-18T20:55:00 1995-03-19T01:10:00 1995-03-19T04:30:00 1995-03-19T09:10:00 1995-03-19T12:30:00 1995-03-19T18:25:00 1995-03-19T22:13:00 1995-03-20T02:36:00 1995-03-20T06:35:00 1995-03-20T10:22:00 1995-03-20T17:01:00 1995-03-20T21:04:00 1995-03-21T00:50:00 1995-03-21T04:25:00 105 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN265 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1995-04-12T00:33:00 1995-04-12T05:09:00 1995-04-12T09:56:00 1995-04-12T17:05:00 1995-04-12T20:55:00 1995-04-12T23:34:00 1995-04-13T04:49:00 1995-04-13T11:07:00 1995-04-13T15:03:00 1995-04-13T19:16:00 1995-04-13T21:53:00 1995-04-14T03:59:00 1995-04-14T10:20:00 1995-04-14T13:39:00 1995-04-14T15:33:00 1995-04-14T21:25:00 1995-04-15T05:09:00 1995-04-15T09:50:00 1995-04-15T16:40:00 1995-04-15T22:10:00 1995-04-16T03:32:00 1995-04-16T07:50:00 1995-04-16T11:33:00 1995-04-16T14:39:00 1995-04-16T20:50:00 1995-04-17T06:40:00 1995-04-17T13:35:00 1995-04-17T17:55:00 1995-04-17T21:40:00 1995-04-18T03:30:00 1995-04-18T09:40:00 1995-04-18T16:30:00 1995-04-18T18:33:00 1995-04-18T22:20:00 1995-04-19T02:18:00 1995-04-19T05:57:00 1995-04-21T10:43:00 1995-04-21T15:11:00 106 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN276 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-01-11T20:45:00 1996-01-12T01:45:00 1996-01-12T06:27:00 1996-01-12T14:30:00 1996-01-13T02:30:00 1996-01-14T02:35:00 1996-01-14T07:00:00 1996-01-14T13:07:00 1996-01-14T21:36:00 1996-01-15T00:50:00 1996-01-15T03:55:00 1996-01-15T07:16:00 1996-01-15T13:37:00 1996-01-16T07:00:00 1996-01-16T12:47:00 1996-01-17T06:00:00 1996-01-17T12:45:00 1996-01-18T02:24:00 1996-01-18T06:30:00 1996-01-21T03:30:00 1996-01-21T06:55:00 1996-01-21T12:43:00 1996-01-21T18:05:00 107 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN278 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-02-14T06:47:00 1996-02-14T14:58:00 1996-02-14T22:50:00 1996-02-15T07:25:00 1996-02-15T10:54:00 1996-02-15T15:53:00 1996-02-15T23:53:00 1996-02-16T13:12:00 1996-02-17T04:00:00 1996-02-17T08:01:00 1996-02-17T12:47:00 1996-02-18T11:42:00 1996-02-18T14:33:00 1996-02-18T23:06:00 1996-02-19T04:29:00 1996-02-19T17:48:00 1996-02-19T23:47:00 1996-02-20T06:27:00 1996-02-20T10:57:00 1996-02-20T14:59:00 1996-02-21T00:16:00 1996-02-21T06:44:00 1996-02-21T21:11:00 1996-02-22T00:23:00 1996-02-22T06:31:00 1996-02-22T10:20:00 1996-02-22T20:21:00 1996-02-23T03:52:00 1996-02-23T09:34:00 1996-02-23T12:24:00 1996-02-23T18:45:00 1996-02-24T02:09:00 1996-02-24T07:49:00 108 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20EN282 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-04-09T06:10:00 1996-04-09T11:51:00 1996-04-09T19:02:00 1996-04-11T18:10:00 1996-04-11T21:17:00 1996-04-12T04:27:00 1996-04-12T16:40:00 1996-04-12T21:52:00 1996-04-13T02:31:00 1996-04-13T05:24:00 1996-04-13T09:50:00 1996-04-13T15:51:00 1996-04-13T18:30:00 1996-04-13T22:12:00 1996-04-14T06:43:00 1996-04-14T12:11:00 1996-04-14T15:11:00 1996-04-14T20:48:00 1996-04-15T17:21:00 1996-04-15T21:15:00 1996-04-16T01:42:00 1996-04-16T02:13:00 1996-04-16T07:19:00 1996-04-16T11:53:00 1996-04-17T15:26:00 1996-04-17T23:47:00 1996-04-18T10:43:00 1996-04-18T16:04:00 1996-04-18T19:58:00 1996-04-19T01:12:00 1996-04-19T07:03:00 109 chloro_bot_chem chloro_bot_chem http://globec.whoi.edu/jg/serv/globec/gb/chloro_bottle_chem.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/chloro_bot_chem%7D?cruiseid%20eq%20OC275 The 1995 and 1996 bottle data were collected with a GO rosette mounted above the MK5 CTD. The temperature, conductivity, salinity, and fluorescence data were collected from the CTD data stream when the bottle was tripped (~30 scans are averaged). 1996-03-12T07:58:00 1996-03-12T18:37:00 1996-03-13T01:06:00 1996-03-13T06:19:00 1996-03-13T16:18:00 1996-03-13T22:05:00 1996-03-14T03:28:00 1996-03-14T09:28:00 1996-03-14T15:44:00 1996-03-14T22:16:00 1996-03-15T05:01:00 1996-03-15T09:12:00 1996-03-15T13:16:00 1996-03-15T17:17:00 1996-03-16T03:10:00 1996-03-16T09:08:00 1996-03-16T22:17:00 1996-03-17T02:03:00 1996-03-17T06:51:00 1996-03-17T12:44:00 1996-03-17T20:00:00 1996-03-18T00:43:00 1996-03-18T08:19:00 1996-03-18T16:05:00 1996-03-18T22:17:00 1996-03-19T04:06:00 1996-03-19T07:51:00 1996-03-19T19:05:00 1996-03-19T21:45:00 1996-03-20T13:35:00 1996-03-20T17:47:00 1996-03-20T22:48:00 1996-03-21T04:54:00 1996-03-21T08:22:00 1996-03-21T15:48:00 1996-03-21T20:56:00 1996-03-22T04:53:00 1996-03-22T09:28:00 110 ctd_cg ctd_cg http://globec.whoi.edu/jg/serv/globec/gb/ctd_cg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_cg%7D?cruiseid%20eq%20EN307 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header details:</b> # pr = pressure [db] # c0S/m = conductivity, primary [S/m] # c1S/m = conductivity, secondary [S/m] # t068 = temperature, pri, IPTS-68 [deg C] # t168 = temperature, sec, IPTS-68 [deg C] # xmiss = transmissometer # bat = beam attenuation coefficient # par = irradiance (PAR) # spar = surface irradiance (SPAR) # flS = fluorometer, sea tech # sal00 = salinity, PSS-78 [PSU], T0, C0 # sal11 = salinity, PSS-78 [PSU], T1, C1 # density00 = density [kg/m^3], T0, C0 # density11 = density [kg/m^3], T1, C1 # sigma-È00 = density, sigma-theta [kg/m^3], T0, C0 # sigma-È11 = density, sigma-theta [kg/m^3], T1, C1 # flag = 0.000e+00 # nbin = number of scans per bin # interval = decibars: 1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2034, 06-Jul-96s # sensor 1 = Frequency 1 conductivity, primary, 1745, 23-Jul-96s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 64853, 08-21-96 # sensor 3 = Frequency 3 temperature, secondary, 2107, 09-Jul-96s # sensor 4 = Frequency 4 conductivity, secondary, 200, 06-feb-97s, cpcor = -9.5700e-08 # sensor 5 = Extrnl Volt 0 transmissometer, 243D, 11 July 1996 # sensor 6 = Extrnl Volt 1 fluorometer, sea tech, 30s, july 1987 # sensor 7 = Extrnl Volt 2 oxygen, current, 130443, dec 23, 1996 # sensor 8 = Extrnl Volt 3 oxygen, temperature, 130443, dec 23, 1996 # sensor 9 = Extrnl Volt 4 irradiance (PAR), 4479, AUG 15, 1996 # sensor 10 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </pre> 1997-10-09T12:23:00 1997-10-09T12:43:00 1997-10-10T12:10:00 1997-10-10T12:41:00 1997-10-11T11:29:00 1997-10-11T12:00:00 1997-10-12T10:35:00 1997-10-12T11:02:00 1997-10-13T14:25:00 1997-10-13T14:50:00 1997-10-14T10:50:00 1997-10-14T11:12:00 1997-10-15T12:05:00 1997-10-15T12:33:00 1997-10-16T12:50:00 1997-10-16T13:29:00 111 ctd_cg ctd_cg http://globec.whoi.edu/jg/serv/globec/gb/ctd_cg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_cg%7D?cruiseid%20eq%20EN330 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header details:</b> # pr = pressure [db] # t090 = temperature, pri, ITS-90 [deg C] # c0S/m = conductivity, primary [S/m] # t190 = temperature, sec, ITS-90 [deg C] # c1S/m = conductivity, secondary [S/m] # flS = fluorometer, sea tech # xmiss = transmissometer # sal00 = salinity, PSS-78 [PSU], T0, C0 # sal11 = salinity, PSS-78 [PSU], T1, C1 # potemp068 = potential temperature, pri, IPTS-68 [deg C] # potemp090 = potential temperature, pri, ITS-90 [deg C] # depS = depth, salt water [m] # density00 = density [kg/m^3], T0, C0 # sigma-È00 = density, sigma-theta [kg/m^3], T0, C0 # sigma-t00 = density, sigma-t [kg/m^3], T0, C0 # sigma-100 = density, sigma-1 [kg/m^3], T0, C0 # sigma-200 = density, sigma-2 [kg/m^3], T0, C0 # sigma-400 = density, sigma-4 [kg/m^3], T0, C0 # oxsatML/L = oxygen saturation [ml/l] # nbin = number of scans per bin # interval = decibars: 1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2107, 03 FEB-99 # sensor 1 = Frequency 1 conductivity, primary, 1745, 05-FEB-99s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 64853, 08-21-96 # sensor 3 = Frequency 3 temperature, secondary, 2034, 03-FEB-99s # sensor 4 = Frequency 4 conductivity, secondary, 1749, 03-FEB-99s, cpcor = -9.5700e-08 # sensor 5 = Extrnl Volt 0 transmissometer, 243D, 10 Jul 1999 # sensor 6 = Extrnl Volt 1 fluorometer, sea tech, 30s, july 1987 # sensor 7 = Extrnl Volt 2 oxygen, current, 130454, 18 AUG 1999 # sensor 8 = Extrnl Volt 3 oxygen, temperature, 130454, 18 AUG 1999 # sensor 9 = Extrnl Volt 4 irradiance (PAR), 4479, AUG 15, 1996 # sensor 10 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </pre> 1999-10-17T12:53:00 1999-10-17T13:25:00 1999-10-20T12:27:00 1999-10-20T13:02:00 1999-10-21T17:16:00 1999-10-21T17:45:00 1999-10-22T13:51:00 1999-10-22T14:18:00 1999-10-25T10:36:00 1999-10-25T11:08:00 112 ctd_cg ctd_cg http://globec.whoi.edu/jg/serv/globec/gb/ctd_cg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_cg%7D?cruiseid%20eq%20EN331 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header details:</b> # pr = pressure [db] # t090 = temperature, pri, ITS-90 [deg C] # c0S/m = conductivity, primary [S/m] # t190 = temperature, sec, ITS-90 [deg C] # c1S/m = conductivity, secondary [S/m] # flS = fluorometer, sea tech # xmiss = transmissometer # sal00 = salinity, PSS-78 [PSU], T0, C0 # sal11 = salinity, PSS-78 [PSU], T1, C1 # potemp068 = potential temperature, pri, IPTS-68 [deg C] # potemp090 = potential temperature, pri, ITS-90 [deg C] # depS = depth, salt water [m] # density00 = density [kg/m^3], T0, C0 # sigma-È00 = density, sigma-theta [kg/m^3], T0, C0 # sigma-t00 = density, sigma-t [kg/m^3], T0, C0 # sigma-100 = density, sigma-1 [kg/m^3], T0, C0 # sigma-200 = density, sigma-2 [kg/m^3], T0, C0 # sigma-400 = density, sigma-4 [kg/m^3], T0, C0 # oxsatML/L = oxygen saturation [ml/l] # nbin = number of scans per bin # interval = decibars: 1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2107, 03 FEB-99 # sensor 1 = Frequency 1 conductivity, primary, 1745, 05-FEB-99s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 64853, 08-21-96 # sensor 3 = Frequency 3 temperature, secondary, 2034, 03-FEB-99s # sensor 4 = Frequency 4 conductivity, secondary, 1749, 03-FEB-99s, cpcor = -9.5700e-08 # sensor 5 = Extrnl Volt 0 transmissometer, 243D, 10 Jul 1999 # sensor 6 = Extrnl Volt 1 fluorometer, sea tech, 30s, july 1987 # sensor 7 = Extrnl Volt 2 oxygen, current, 130454, 18 AUG 1999 # sensor 8 = Extrnl Volt 3 oxygen, temperature, 130454, 18 AUG 1999 # sensor 9 = Extrnl Volt 4 irradiance (PAR), 4479, AUG 15, 1996 # sensor 10 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </pre> 1999-12-05T14:20:00 1999-12-05T14:45:00 1999-12-06T14:35:00 1999-12-06T15:04:00 1999-12-07T12:34:00 1999-12-07T13:00:00 1999-12-09T13:32:00 1999-12-09T13:50:00 1999-12-10T13:35:00 1999-12-10T13:40:00 1999-12-12T12:35:00 1999-12-12T12:50:00 113 ctd_cg ctd_cg http://globec.whoi.edu/jg/serv/globec/gb/ctd_cg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_cg%7D?cruiseid%20eq%20OC332 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header details:</b> # pr = pressure [db] # t090 = temperature, ITS-90 [deg C] # c0mS/cm = conductivity [mS/cm] # v1 = voltage, number 1 [V] (fluorometer) # v2 = voltage, number 2 [V] (transmissometer) # v5 = voltage, number 5 [V] (seapoint turbidity meter) # par = irradiance (PAR) # spar = surface irradiance (SPAR) # sal00 = salinity, PSS-78 [PSU] # density00 = density [kg/m^3] # depS = depth, salt water [m] # flag = 0.000e+00 # nbin = number of scans per bin # interval = decibars: 1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, 2265, 24-Apr-98 # sensor 1 = Frequency 1 conductivity, 1859, 24-Apr-98s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 63505, 10-11-1996 # sensor 3 = Extrnl Volt 1 fluorometer, sea tech, 75S # sensor 4 = Extrnl Volt 2 transmissometer, 667 # sensor 5 = Extrnl Volt 4 altimeter # sensor 6 = Extrnl Volt 5 seapoint turbidity meter, 1391 # sensor 7 = Extrnl Volt 6 irradiance (PAR), 4550, 18sept98 # sensor 8 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </PRE> 1998-10-22T14:30:00 1998-10-22T14:55:00 1998-10-23T10:44:00 1998-10-23T11:11:00 1998-10-24T13:15:00 1998-10-24T13:38:00 1998-10-25T12:15:00 1998-10-25T12:30:00 1998-10-26T10:46:00 1998-10-26T11:27:00 1998-10-26T23:30:00 1998-10-27T00:10:00 1998-10-27T10:05:00 1998-10-27T10:25:00 114 ctd_cg ctd_cg http://globec.whoi.edu/jg/serv/globec/gb/ctd_cg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_cg%7D?cruiseid%20eq%20OC334 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header details:</b> # pr = pressure [db] # t090 = temperature, ITS-90 [deg C] # c0mS/cm = conductivity [mS/cm] # v1 = voltage, number 1 [V] (fluorometer) # v2 = voltage, number 2 [V] (transmissometer) # v5 = voltage, number 5 [V] (seapoint turbidity meter) # par = irradiance (PAR) # spar = surface irradiance (SPAR) # sal00 = salinity, PSS-78 [PSU] # density00 = density [kg/m^3] # depS = depth, salt water [m] # flag = 0.000e+00 # nbin = number of scans per bin # interval = decibars: 1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, 2265, 24-Apr-98 # sensor 1 = Frequency 1 conductivity, 1859, 24-Apr-98s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 63505, 10-11-1996 # sensor 3 = Extrnl Volt 1 fluorometer, sea tech, 75S # sensor 4 = Extrnl Volt 2 transmissometer, 667 # sensor 5 = Extrnl Volt 4 altimeter # sensor 6 = Extrnl Volt 5 seapoint turbidity meter, 1391 # sensor 7 = Extrnl Volt 7 irradiance (PAR), 4296, 10sept98 # sensor 8 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </pre> 1998-12-04T13:15:00 1998-12-04T13:41:00 1998-12-05T12:05:00 1998-12-05T12:25:00 1998-12-05T12:36:00 1998-12-05T00:00:00 1998-12-05T13:25:00 1998-12-05T13:40:00 1998-12-06T11:34:00 1998-12-06T12:13:00 1998-12-10T10:15:00 1998-12-10T10:32:00 115 ctd_dg ctd_dg http://globec.whoi.edu/jg/serv/globec/gb/ctd_dg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_dg%7D?cruiseid%20eq%20EN321 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header Details:</b> # nquan = 14 # nvalues = 75 # units = metric # pr = pressure [db] # c0S/m = conductivity, primary [S/m] # c1S/m = conductivity, secondary [S/m] # t090 = temperature, pri, ITS-90 [deg C] # t190 = temperature, sec, ITS-90 [deg C] # xmiss = transmissometer # flS = fluorometer, sea tech # oxML/L = oxygen [ml/l] # par = irradiance (PAR) # nbf = number of bottles fired # sal00 = salinity, PSS-78 [PSU], T0, C0 # sal11 = salinity, PSS-78 [PSU], T1, C1 # sigma-t00 = density, sigma-t [kg/m^3], T0, C0 # nbin = number of scans per bin # interval = decibars = 1 # start_time = Mar 31 1999 13:48:50 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2107, 03 FEB-99 # sensor 1 = Frequency 1 conductivity, primary, 1745, 05-FEB-99s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 64853, 08-21-96 # sensor 3 = Frequency 3 temperature, secondary, 2034, 03-FEB-99s # sensor 4 = Frequency 4 conductivity, secondary, 1749, 03-FEB-99s, cpcor = -9.5700e-08 # sensor 5 = Extrnl Volt 0 transmissometer, 243D, 16 FEB 1999 # sensor 6 = Extrnl Volt 1 fluorometer, sea tech, 30s, july 1987 # sensor 7 = Extrnl Volt 2 oxygen, current, 130454, 18 AUG 1999 # sensor 8 = Extrnl Volt 3 oxygen, temperature, 130454, 18 AUG 1999 # sensor 9 = Extrnl Volt 4 irradiance (PAR), 4479, AUG 15, 1996 # sensor 10 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 </pre> 1999-03-28T19:55:00 1999-03-28T20:15:00 1999-03-31T08:46:00 1999-03-31T09:05:00 1999-03-31T13:07:00 1999-03-31T13:22:00 1999-03-31T16:31:00 1999-03-31T16:47:00 1999-03-31T20:32:00 1999-03-31T20:47:00 1999-04-01T01:26:00 1999-04-01T01:44:00 1999-04-01T05:32:00 1999-04-01T05:49:00 1999-04-01T15:01:00 1999-04-01T15:17:00 1999-04-01T16:57:00 1999-04-01T17:10:00 1999-04-01T18:32:00 1999-04-01T18:58:00 1999-04-01T23:04:00 1999-04-01T23:10:00 1999-04-02T03:01:00 1999-04-02T03:18:00 1999-04-02T10:00:00 1999-04-02T10:11:00 1999-04-02T11:31:00 1999-04-02T11:44:00 1999-04-02T13:11:00 1999-04-02T13:38:00 1999-04-02T17:02:00 1999-04-02T17:16:00 1999-04-02T17:48:00 1999-04-02T18:01:00 1999-04-02T18:42:00 1999-04-02T18:57:00 1999-04-02T19:25:00 1999-04-02T19:39:00 1999-04-02T20:04:00 1999-04-02T20:16:00 1999-04-02T20:44:00 1999-04-02T20:54:00 1999-04-02T21:24:00 1999-04-02T21:31:00 1999-04-02T22:06:00 1999-04-02T22:12:00 1999-04-02T22:57:00 1999-04-02T23:05:00 1999-04-02T23:29:00 1999-04-02T23:37:00 1999-04-03T00:01:00 1999-04-03T00:10:00 1999-04-03T00:31:00 1999-04-03T00:45:00 1999-04-03T01:07:00 1999-04-03T01:20:00 1999-04-03T01:50:00 1999-04-03T02:00:00 1999-04-03T02:29:00 1999-04-03T02:40:00 1999-04-03T02:55:00 1999-04-03T03:05:00 1999-04-03T03:23:00 1999-04-03T03:30:00 1999-04-03T03:44:00 1999-04-03T03:52:00 1999-04-03T04:00:00 1999-04-03T04:19:00 1999-04-03T04:51:00 1999-04-03T04:59:00 1999-04-03T08:34:00 1999-04-03T08:45:00 1999-04-03T10:17:00 1999-04-03T10:31:00 1999-04-03T13:20:00 1999-04-03T13:33:00 1999-04-03T20:03:00 1999-04-03T20:21:00 1999-04-06T06:02:00 1999-04-06T06:20:00 1999-04-06T08:33:00 1999-04-06T08:54:00 1999-04-06T14:30:00 1999-04-06T14:57:00 1999-04-06T21:59:00 1999-04-06T22:15:00 1999-04-07T01:33:00 1999-04-07T01:46:00 1999-04-07T02:00:00 1999-04-07T02:12:00 1999-04-07T02:25:00 1999-04-07T02:34:00 1999-04-07T02:47:00 1999-04-07T02:53:00 1999-04-07T03:05:00 1999-04-07T03:14:00 1999-04-07T03:27:00 1999-04-07T03:40:00 1999-04-07T03:57:00 1999-04-07T04:07:00 1999-04-07T04:19:00 1999-04-07T04:33:00 1999-04-07T04:53:00 1999-04-07T05:02:00 1999-04-07T05:26:00 1999-04-07T05:41:00 1999-04-07T06:05:00 1999-04-07T06:23:00 1999-04-07T08:36:00 1999-04-07T09:03:00 1999-04-07T21:07:00 1999-04-08T06:25:00 1999-04-08T06:53:00 1999-04-08T09:00:00 1999-04-08T09:15:00 1999-04-08T13:00:00 1999-04-08T13:24:00 1999-04-08T17:03:00 1999-04-08T17:28:00 1999-04-08T20:59:00 1999-04-08T21:24:00 1999-04-09T01:00:00 1999-04-09T01:24:00 1999-04-09T23:00:00 1999-04-09T23:20:00 1999-04-10T00:58:00 1999-04-10T01:17:00 1999-04-10T02:52:00 1999-04-10T03:19:00 116 ctd_dg ctd_dg http://globec.whoi.edu/jg/serv/globec/gb/ctd_dg.html1%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_dg%7D?cruiseid%20eq%20EN325 The data reported here are from the primary CTD sensors. However, this data set also contains conductivity, temperature and related computed parameters from secondary sensors. <pre> <b>Header Details:</b> # nquan = 9 # nvalues = 61 # units = metric # pr: pressure [db] # c0S/m = conductivity, primary [S/m] # c1S/m = conductivity, secondary [S/m] # t090 = temperature, pri, ITS-90 [deg C] # t190 = temperature, sec, ITS-90 [deg C] # flS = fluorometer, sea tech # par = irradiance (PAR) # sal00 = salinity, PSS-78 [PSU], T0, C0 # sal11 = salinity, PSS-78 [PSU], T1, C1 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2107, 03 FEB-99 # sensor 1 = Frequency 1 conductivity, primary, 1745, 05-FEB-99s, cpcor = -9.5700e-08 # sensor 2 = Frequency 2 pressure, 64853, 08-21-96 # sensor 3 = Frequency 3 temperature, secondary, 2034, 03-FEB-99s # sensor 4 = Frequency 4 conductivity, secondary, 1749, 03-FEB-99s, cpcor = -9.5700e-08 # sensor 5 = Extrnl Volt 0 transmissometer, 243D, 16 FEB 1999 # sensor 6 = Extrnl Volt 1 fluorometer, sea tech, 30s, july 1987 # sensor 7 = Extrnl Volt 2 oxygen, current, 130454, 18 AUG 1999 # sensor 8 = Extrnl Volt 3 oxygen, temperature, 130454, 18 AUG 1999 # sensor 9 = Extrnl Volt 4 irradiance (PAR), 4479, AUG 15, 1996 # sensor 10 = Extrnl Volt 9 surface irradiance (SPAR), degrees = 0.0 1999-06-13T18:31:00 1999-06-13T19:08:00 1999-06-15T09:17:00 1999-06-15T09:37:00 1999-06-15T12:58:00 1999-06-15T13:10:00 1999-06-15T17:00:00 1999-06-15T17:10:00 1999-06-15T21:00:00 1999-06-15T21:24:00 1999-06-16T01:01:00 1999-06-16T01:12:00 1999-06-16T04:30:00 1999-06-16T04:41:00 1999-06-16T05:48:00 1999-06-16T06:00:00 1999-06-16T07:20:00 1999-06-16T07:30:00 1999-06-16T11:00:00 1999-06-16T11:09:00 1999-06-16T12:47:00 1999-06-16T13:00:00 1999-06-16T14:30:00 1999-06-16T14:42:00 1999-06-18T00:02:00 1999-06-18T00:12:00 1999-06-18T02:12:00 1999-06-18T02:21:00 1999-06-18T14:33:00 1999-06-18T14:44:00 1999-06-20T21:00:00 1999-06-20T21:13:00 1999-06-21T00:58:00 1999-06-21T01:12:00 1999-06-21T05:00:00 1999-06-21T05:13:00 1999-06-21T09:00:00 1999-06-21T09:12:00 1999-06-21T13:00:00 1999-06-21T13:12:00 1999-06-21T17:00:00 1999-06-21T17:13:00 1999-06-21T22:00:00 1999-06-21T22:10:00 1999-06-21T23:28:00 1999-06-21T23:37:00 1999-06-22T00:57:00 1999-06-22T01:09:00 1999-06-22T05:00:00 1999-06-22T05:08:00 1999-06-22T05:28:00 1999-06-22T05:34:00 1999-06-22T05:59:00 1999-06-22T06:03:00 1999-06-22T06:25:00 1999-06-22T06:35:00 1999-06-22T06:53:00 1999-06-22T07:01:00 1999-06-22T07:24:00 1999-06-22T07:31:00 1999-06-22T07:52:00 1999-06-22T07:58:00 1999-06-22T08:21:00 1999-06-22T08:26:00 1999-06-22T08:50:00 1999-06-22T08:55:00 1999-06-22T09:15:00 1999-06-22T09:21:00 1999-06-22T09:40:00 1999-06-22T09:47:00 1999-06-22T10:11:00 1999-06-22T10:18:00 1999-06-22T10:40:00 1999-06-22T10:46:00 1999-06-22T11:06:00 1999-06-22T11:12:00 1999-06-22T11:33:00 1999-06-22T11:38:00 1999-06-22T12:18:00 1999-06-22T12:26:00 1999-06-22T12:46:00 1999-06-22T12:51:00 1999-06-22T13:12:00 1999-06-22T13:18:00 1999-06-22T13:38:00 1999-06-22T13:45:00 1999-06-22T14:07:00 1999-06-22T14:14:00 1999-06-22T14:36:00 1999-06-22T14:41:00 1999-06-22T15:05:00 1999-06-22T15:11:00 1999-06-22T15:28:00 1999-06-22T15:35:00 1999-06-22T15:51:00 1999-06-22T16:00:00 1999-06-22T16:17:00 1999-06-22T16:23:00 1999-06-22T16:40:00 1999-06-22T16:55:00 1999-06-22T17:16:00 1999-06-22T17:22:00 1999-06-22T17:55:00 1999-06-22T18:01:00 1999-06-22T18:22:00 1999-06-22T18:29:00 1999-06-22T18:50:00 1999-06-22T18:56:00 1999-06-22T19:12:00 1999-06-22T19:19:00 1999-06-22T19:53:00 1999-06-22T20:01:00 1999-06-23T05:00:00 1999-06-23T05:12:00 1999-06-23T06:16:00 1999-06-23T06:27:00 1999-06-23T07:38:00 1999-06-23T07:53:00 1999-06-24T08:00:00 1999-06-24T08:05:00 1999-06-24T08:06:00 1999-06-24T08:13:00 1999-06-24T10:15:00 1999-06-24T10:30:00 1999-06-24T17:00:00 1999-06-24T17:09:00 1999-06-26T13:01:00 1999-06-26T13:11:00 1999-06-26T17:01:00 1999-06-26T17:11:00 1999-06-26T20:57:00 1999-06-26T21:07:00 1999-06-27T00:59:00 1999-06-27T01:11:00 1999-06-27T05:00:00 1999-06-27T05:15:00 1999-06-27T09:00:00 1999-06-27T09:11:00 1999-06-27T20:59:00 1999-06-27T21:08:00 1999-06-27T22:19:00 1999-06-27T22:30:00 1999-06-27T22:36:00 1999-06-27T22:45:00 1999-06-28T00:05:00 1999-06-28T00:14:00 1999-06-28T08:00:00 1999-06-28T08:07:00 1999-06-28T09:20:00 1999-06-28T09:35:00 1999-06-28T12:57:00 1999-06-28T13:07:00 117 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20AL9306 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 118 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20AL9403II The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1994-05-22T04:13:00 1994-05-22T04:43:00 1994-05-22T15:34:00 1994-05-22T16:02:00 1994-05-22T23:37:00 1994-05-23T00:02:00 1994-05-23T22:56:00 1994-05-23T23:10:00 1994-05-23T23:56:00 1994-05-24T00:27:00 1994-05-24T10:47:00 1994-05-24T11:15:00 1994-05-24T17:33:00 1994-05-24T18:01:00 1994-05-24T23:38:00 1994-05-25T00:14:00 1994-05-25T19:22:00 1994-05-25T19:49:00 1994-05-25T22:54:00 1994-05-25T23:25:00 1994-05-26T00:41:00 1994-05-26T01:12:00 1994-05-26T15:35:00 1994-05-26T16:10:00 1994-05-26T21:06:00 1994-05-26T21:40:00 1994-05-27T15:52:00 1994-05-27T16:10:00 1994-05-27T17:20:00 1994-05-27T17:45:00 1994-05-27T23:11:00 1994-05-27T23:46:00 119 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20EN268 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-06-29T13:15:00 1995-06-29T13:41:00 1995-06-30T00:51:00 1995-06-30T01:11:00 1995-06-30T12:34:00 1995-06-30T12:55:00 1995-07-01T03:41:00 1995-07-01T04:06:00 1995-07-01T14:01:00 1995-07-01T14:19:00 1995-07-01T23:18:00 1995-07-01T23:32:00 1995-07-02T09:13:00 1995-07-02T09:32:00 1995-07-03T01:00:00 1995-07-03T01:18:00 1995-07-03T03:06:00 1995-07-03T03:26:00 1995-07-03T13:53:00 1995-07-03T14:12:00 1995-07-03T18:26:00 1995-07-03T18:43:00 120 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20OC301 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1997-04-10T17:11:00 1997-04-10T17:51:00 1997-04-11T13:47:00 1997-04-11T14:22:00 121 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20OC303 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1997-05-14T17:40:00 1997-05-14T18:11:00 1997-05-15T06:08:00 1997-05-15T06:31:00 1997-05-15T17:40:00 1997-05-15T18:12:00 1997-05-16T05:57:00 1997-05-16T06:27:00 1997-05-17T16:32:00 1997-05-17T17:09:00 122 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20SJ9503 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-03-20T17:44:00 1995-03-20T18:24:00 1995-03-21T08:42:00 1995-03-21T09:18:00 1995-03-21T11:00:00 1995-03-21T11:26:00 1995-03-22T17:14:00 1995-03-22T17:35:00 1995-03-23T08:17:00 1995-03-23T08:47:00 1995-03-23T12:28:00 1995-03-23T12:57:00 123 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20SJ9505 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-04-12T11:03:00 1995-04-12T11:37:00 1995-04-12T12:17:00 1995-04-12T12:56:00 1995-04-17T16:52:00 1995-04-17T17:41:00 1995-04-18T08:21:00 1995-04-18T09:08:00 1995-04-18T15:35:00 1995-04-18T16:22:00 1995-04-19T08:14:00 1995-04-19T08:42:00 1995-04-19T12:33:00 1995-04-19T12:58:00 1995-04-19T17:17:00 1995-04-19T17:45:00 1995-04-20T11:40:00 1995-04-20T12:05:00 1995-04-20T17:18:00 1995-04-20T17:41:00 124 ctd_mocness.25 ctd_mocness.25 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_.25,cruiseid%20eq%20SJ9507 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-05-14T21:34:00 1995-05-14T22:07:00 1995-05-15T11:36:00 1995-05-15T11:57:00 1995-05-16T13:22:00 1995-05-16T13:55:00 1995-05-16T16:35:00 1995-05-16T17:04:00 1995-05-17T10:03:00 1995-05-17T10:40:00 1995-05-22T16:41:00 1995-05-22T17:08:00 1995-05-23T09:06:00 1995-05-23T09:40:00 1995-05-23T17:29:00 1995-05-23T18:02:00 1995-05-24T09:00:00 1995-05-24T09:34:00 1995-05-24T16:53:00 1995-05-24T17:27:00 1995-05-25T11:12:00 1995-05-25T12:03:00 125 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9306 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 126 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9403II The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1994-05-21T19:42:00 1994-05-21T20:56:00 1994-05-22T00:46:00 1994-05-22T01:50:00 1994-05-22T06:01:00 1994-05-22T07:03:00 1994-05-22T10:28:00 1994-05-22T11:33:00 1994-05-22T13:05:00 1994-05-22T14:15:00 1994-05-22T18:50:00 1994-05-22T19:51:00 1994-05-22T21:29:00 1994-05-22T22:20:00 1994-05-23T01:24:00 1994-05-23T02:24:00 1994-05-23T04:29:00 1994-05-23T05:31:00 1994-05-23T07:36:00 1994-05-23T08:34:00 1994-05-23T10:42:00 1994-05-23T11:48:00 1994-05-23T14:19:00 1994-05-23T15:09:00 1994-05-23T20:42:00 1994-05-23T21:36:00 1994-05-24T12:40:00 1994-05-24T13:49:00 1994-05-24T15:35:00 1994-05-24T16:36:00 1994-05-24T18:41:00 1994-05-24T18:54:00 1994-05-24T19:28:00 1994-05-24T20:19:00 1994-05-24T21:19:00 1994-05-24T22:11:00 1994-05-25T00:37:00 1994-05-25T02:32:00 1994-05-25T04:29:00 1994-05-25T05:21:00 1994-05-25T07:49:00 1994-05-25T08:39:00 1994-05-25T10:35:00 1994-05-25T11:43:00 1994-05-25T16:56:00 1994-05-25T18:09:00 1994-05-25T20:50:00 1994-05-25T21:59:00 1994-05-26T02:14:00 1994-05-26T03:26:00 1994-05-26T05:35:00 1994-05-26T06:45:00 1994-05-26T08:14:00 1994-05-26T09:23:00 1994-05-26T11:10:00 1994-05-26T11:20:00 1994-05-26T11:44:00 1994-05-26T12:54:00 1994-05-26T17:16:00 1994-05-26T18:07:00 1994-05-26T18:53:00 1994-05-26T20:03:00 1994-05-26T23:05:00 1994-05-27T00:21:00 1994-05-27T01:50:00 1994-05-27T03:06:00 1994-05-27T05:39:00 1994-05-27T06:50:00 1994-05-27T09:45:00 1994-05-27T10:58:00 1994-05-27T13:02:00 1994-05-27T14:18:00 1994-05-27T18:32:00 1994-05-27T19:39:00 1994-05-27T21:23:00 1994-05-27T22:23:00 127 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9404 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1994-05-31T22:31:00 1994-05-31T23:08:00 1994-06-01T09:30:00 1994-06-01T10:05:00 1994-06-01T14:48:00 1994-06-01T15:36:00 1994-06-01T19:03:00 1994-06-01T19:45:00 1994-06-02T05:29:00 1994-06-02T05:55:00 1994-06-02T09:52:00 1994-06-02T10:19:00 1994-06-02T13:31:00 1994-06-02T14:10:00 1994-06-02T18:39:00 1994-06-02T19:30:00 1994-06-02T23:27:00 1994-06-03T00:06:00 1994-06-03T04:26:00 1994-06-03T05:46:00 1994-06-03T10:31:00 1994-06-03T11:06:00 1994-06-03T14:39:00 1994-06-03T15:02:00 1994-06-03T16:38:00 1994-06-03T17:02:00 1994-06-03T19:52:00 1994-06-03T20:18:00 1994-06-03T22:42:00 1994-06-03T23:06:00 1994-06-04T03:16:00 1994-06-04T03:54:00 1994-06-04T07:19:00 1994-06-04T08:01:00 1994-06-04T12:55:00 1994-06-04T13:35:00 1994-06-04T19:49:00 1994-06-04T20:19:00 1994-06-05T00:38:00 1994-06-05T01:25:00 1994-06-05T08:19:00 1994-06-05T08:43:00 1994-06-05T13:02:00 1994-06-05T13:46:00 1994-06-05T16:57:00 1994-06-05T17:54:00 1994-06-05T20:57:00 1994-06-05T21:42:00 1994-06-06T01:54:00 1994-06-06T02:37:00 1994-06-06T05:27:00 1994-06-06T06:18:00 1994-06-06T08:15:00 1994-06-06T08:52:00 1994-06-06T12:01:00 1994-06-06T12:43:00 1994-06-06T16:43:00 1994-06-06T17:22:00 1994-06-06T19:54:00 1994-06-06T20:34:00 1994-06-06T22:53:00 1994-06-06T23:30:00 1994-06-07T03:10:00 1994-06-07T03:36:00 1994-06-07T08:21:00 1994-06-07T09:20:00 1994-06-07T13:16:00 1994-06-07T13:48:00 1994-06-07T16:50:00 1994-06-07T17:06:00 1994-06-07T20:44:00 1994-06-07T21:16:00 1994-06-08T00:21:00 1994-06-08T00:37:00 1994-06-08T05:08:00 1994-06-08T05:53:00 1994-06-08T07:41:00 1994-06-08T08:52:00 1994-06-08T12:06:00 1994-06-08T13:08:00 1994-06-08T15:51:00 1994-06-08T16:23:00 1994-06-08T18:54:00 1994-06-08T19:27:00 1994-06-08T22:17:00 1994-06-08T23:11:00 1994-06-09T01:04:00 1994-06-09T02:04:00 1994-06-09T06:49:00 1994-06-09T07:30:00 1994-06-09T10:17:00 1994-06-09T11:01:00 1994-06-09T14:58:00 1994-06-09T16:02:00 1994-06-09T19:35:00 1994-06-09T20:41:00 128 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9505 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-05-09T16:04:00 1995-05-09T16:47:00 1995-05-09T20:19:00 1995-05-09T21:06:00 1995-05-10T00:14:00 1995-05-10T00:56:00 1995-05-10T08:00:00 1995-05-10T08:24:00 1995-05-10T11:57:00 1995-05-10T12:31:00 1995-05-10T14:23:00 1995-05-10T14:56:00 1995-05-10T18:45:00 1995-05-10T20:52:00 1995-05-11T02:48:00 1995-05-11T03:41:00 1995-05-11T05:31:00 1995-05-11T06:02:00 1995-05-11T09:40:00 1995-05-11T10:04:00 1995-05-11T12:32:00 1995-05-11T12:58:00 1995-05-11T16:17:00 1995-05-11T16:35:00 1995-05-11T22:00:00 1995-05-11T22:25:00 1995-05-12T01:49:00 1995-05-12T02:23:00 1995-05-12T05:32:00 1995-05-12T06:07:00 1995-05-12T10:32:00 1995-05-12T12:12:00 1995-05-12T16:40:00 1995-05-12T17:29:00 1995-05-12T21:32:00 1995-05-12T22:06:00 1995-05-13T03:44:00 1995-05-13T04:18:00 1995-05-13T07:53:00 1995-05-13T08:22:00 1995-05-13T11:44:00 1995-05-13T12:26:00 1995-05-13T15:05:00 1995-05-13T16:24:00 1995-05-13T18:57:00 1995-05-13T19:32:00 1995-05-13T23:18:00 1995-05-14T00:57:00 1995-05-14T03:39:00 1995-05-14T05:10:00 1995-05-14T10:51:00 1995-05-14T11:29:00 1995-05-14T13:34:00 1995-05-14T14:09:00 1995-05-14T18:45:00 1995-05-14T19:08:00 1995-05-14T21:30:00 1995-05-14T23:24:00 1995-05-15T04:15:00 1995-05-15T04:47:00 1995-05-15T08:48:00 1995-05-15T09:54:00 1995-05-15T12:20:00 1995-05-15T12:35:00 1995-05-15T14:15:00 1995-05-15T14:36:00 1995-05-15T17:12:00 1995-05-15T18:52:00 1995-05-15T22:56:00 1995-05-15T23:33:00 1995-05-16T01:24:00 1995-05-16T01:49:00 1995-05-16T06:09:00 1995-05-16T06:36:00 1995-05-16T09:07:00 1995-05-16T10:20:00 129 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9506 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-06-05T22:27:00 1995-06-05T23:09:00 1995-06-06T02:42:00 1995-06-06T03:14:00 1995-06-06T06:48:00 1995-06-06T07:35:00 1995-06-06T13:39:00 1995-06-06T14:06:00 1995-06-06T17:10:00 1995-06-06T17:36:00 1995-06-06T20:26:00 1995-06-06T21:03:00 1995-06-07T02:40:00 1995-06-07T04:34:00 1995-06-07T07:50:00 1995-06-07T09:42:00 1995-06-07T12:37:00 1995-06-07T13:21:00 1995-06-08T09:50:00 1995-06-08T10:58:00 1995-06-08T15:39:00 1995-06-08T16:11:00 1995-06-08T18:29:00 1995-06-08T18:55:00 1995-06-08T21:33:00 1995-06-08T21:54:00 1995-06-09T02:33:00 1995-06-09T02:50:00 1995-06-09T09:51:00 1995-06-09T10:16:00 1995-06-09T13:05:00 1995-06-09T13:32:00 1995-06-09T17:06:00 1995-06-09T17:47:00 1995-06-09T21:20:00 1995-06-09T23:43:00 1995-06-10T05:48:00 1995-06-10T06:31:00 1995-06-10T10:05:00 1995-06-10T10:51:00 1995-06-10T17:55:00 1995-06-10T18:25:00 1995-06-10T22:13:00 1995-06-10T22:50:00 1995-06-11T02:01:00 1995-06-11T02:42:00 1995-06-11T06:36:00 1995-06-11T07:10:00 1995-06-11T10:45:00 1995-06-11T11:27:00 1995-06-11T16:19:00 1995-06-11T17:58:00 1995-06-11T22:47:00 1995-06-12T00:34:00 1995-06-12T06:28:00 1995-06-12T07:06:00 1995-06-12T11:13:00 1995-06-12T11:37:00 1995-06-12T15:47:00 1995-06-12T16:20:00 1995-06-12T20:53:00 1995-06-12T23:12:00 1995-06-13T02:36:00 1995-06-13T04:07:00 1995-06-13T09:26:00 1995-06-13T09:50:00 130 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9508 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-07-11T04:44:00 1995-07-11T05:24:00 1995-07-11T09:50:00 1995-07-11T10:32:00 1995-07-11T15:22:00 1995-07-11T16:11:00 1995-07-11T23:27:00 1995-07-11T23:54:00 1995-07-12T09:11:00 1995-07-12T09:15:00 1995-07-12T11:45:00 1995-07-12T12:29:00 1995-07-12T18:35:00 1995-07-12T20:37:00 1995-07-13T03:50:00 1995-07-13T04:21:00 1995-07-13T05:13:00 1995-07-13T06:04:00 1995-07-13T08:52:00 1995-07-13T09:43:00 1995-07-13T13:03:00 1995-07-13T13:30:00 1995-07-13T17:32:00 1995-07-13T17:55:00 1995-07-13T23:01:00 1995-07-13T23:17:00 1995-07-14T08:00:00 1995-07-14T08:26:00 1995-07-14T12:13:00 1995-07-14T12:55:00 1995-07-14T17:01:00 1995-07-14T20:29:00 1995-07-15T01:44:00 1995-07-15T02:27:00 1995-07-15T07:27:00 1995-07-15T08:13:00 1995-07-15T11:32:00 1995-07-15T12:03:00 1995-07-15T16:39:00 1995-07-15T17:08:00 1995-07-15T19:58:00 1995-07-15T20:46:00 1995-07-16T00:58:00 1995-07-16T01:54:00 1995-07-16T05:30:00 1995-07-16T06:09:00 1995-07-16T10:33:00 1995-07-16T12:00:00 1995-07-16T15:33:00 1995-07-16T16:23:00 1995-07-16T22:39:00 1995-07-16T23:20:00 1995-07-17T04:17:00 1995-07-17T05:10:00 1995-07-17T05:46:00 1995-07-17T10:49:00 1995-07-17T11:25:00 1995-07-17T14:11:00 1995-07-17T16:54:00 1995-07-18T00:14:00 1995-07-18T00:48:00 1995-07-18T05:10:00 1995-07-18T05:34:00 1995-07-18T09:56:00 1995-07-18T10:46:00 1995-07-18T13:52:00 1995-07-18T14:28:00 1995-07-19T04:18:00 1995-07-19T04:50:00 1995-07-19T07:27:00 1995-07-19T07:54:00 1995-07-19T20:21:00 1995-07-19T20:52:00 1995-07-20T01:25:00 1995-07-20T02:43:00 131 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9513 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1995-11-06T07:00:00 1995-11-06T11:23:00 1995-11-06T15:20:00 1995-11-06T20:55:00 1995-11-07T01:07:00 1995-11-07T09:55:00 1995-11-07T15:47:00 1995-11-07T19:27:00 132 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9605 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1996-05-07T05:56:00 1996-05-07T06:27:00 1996-05-07T10:20:00 1996-05-07T10:49:00 1996-05-07T18:11:00 1996-05-07T18:49:00 1996-05-08T00:59:00 1996-05-08T01:16:00 1996-05-08T04:25:00 1996-05-08T04:48:00 1996-05-08T07:49:00 1996-05-08T08:20:00 1996-05-08T14:36:00 1996-05-08T16:30:00 1996-05-08T22:34:00 1996-05-08T23:11:00 1996-05-09T02:47:00 1996-05-09T03:14:00 1996-05-09T07:19:00 1996-05-09T07:44:00 1996-05-09T11:37:00 1996-05-09T11:56:00 1996-05-09T16:42:00 1996-05-09T17:01:00 1996-05-10T20:54:00 1996-05-10T21:18:00 1996-05-11T01:48:00 1996-05-11T02:17:00 1996-05-11T09:02:00 1996-05-11T09:41:00 1996-05-11T13:12:00 1996-05-11T17:03:00 1996-05-12T00:38:00 1996-05-12T01:17:00 1996-05-12T06:51:00 1996-05-12T07:27:00 1996-05-12T15:13:00 1996-05-12T15:40:00 1996-05-13T09:23:00 1996-05-13T10:43:00 1996-05-13T15:03:00 1996-05-13T16:40:00 1996-05-13T19:33:00 1996-05-13T20:07:00 1996-05-13T23:49:00 1996-05-14T00:24:00 1996-05-14T03:55:00 1996-05-14T04:22:00 1996-05-14T07:22:00 1996-05-14T09:38:00 1996-05-14T15:10:00 1996-05-14T15:40:00 1996-05-14T20:04:00 1996-05-14T21:09:00 1996-05-15T00:04:00 1996-05-15T00:27:00 1996-05-15T03:20:00 1996-05-15T03:45:00 1996-05-15T07:03:00 1996-05-15T08:24:00 1996-05-15T12:04:00 1996-05-15T12:27:00 1996-05-15T15:00:00 1996-05-15T15:16:00 1996-05-15T21:30:00 1996-05-15T21:57:00 1996-05-16T02:45:00 1996-05-16T03:45:00 1996-05-16T13:58:00 1996-05-16T14:31:00 133 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9607 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1996-06-04T02:31:00 1996-06-04T03:15:00 1996-06-04T08:36:00 1996-06-04T09:08:00 1996-06-04T15:20:00 1996-06-04T16:08:00 1996-06-04T22:14:00 1996-06-04T22:39:00 1996-06-05T02:55:00 1996-06-05T03:31:00 1996-06-05T06:05:00 1996-06-05T06:49:00 1996-06-05T13:11:00 1996-06-05T15:44:00 1996-06-06T00:07:00 1996-06-06T00:57:00 1996-06-06T03:03:00 1996-06-06T03:47:00 1996-06-06T07:23:00 1996-06-06T07:53:00 1996-06-06T10:58:00 1996-06-06T11:22:00 1996-06-06T15:39:00 1996-06-06T16:03:00 1996-06-06T19:43:00 1996-06-06T20:12:00 1996-06-06T23:02:00 1996-06-06T23:30:00 1996-06-07T02:53:00 1996-06-07T03:40:00 1996-06-07T08:06:00 1996-06-07T12:00:00 1996-06-07T17:22:00 1996-06-07T18:17:00 1996-06-07T22:40:00 1996-06-07T23:33:00 1996-06-08T04:37:00 1996-06-08T05:10:00 1996-06-08T09:35:00 1996-06-08T10:20:00 1996-06-08T13:20:00 1996-06-08T14:10:00 1996-06-08T18:07:00 1996-06-08T19:02:00 1996-06-09T00:30:00 1996-06-09T01:18:00 1996-06-09T05:20:00 1996-06-09T06:34:00 1996-06-09T11:54:00 1996-06-09T14:02:00 1996-06-09T14:30:00 1996-06-09T15:15:00 1996-06-09T19:31:00 1996-06-09T21:46:00 1996-06-10T01:51:00 1996-06-10T02:28:00 1996-06-10T06:12:00 1996-06-10T06:44:00 1996-06-10T09:58:00 1996-06-10T10:26:00 1996-06-10T14:45:00 1996-06-10T16:06:00 1996-06-10T16:23:00 1996-06-10T17:35:00 1996-06-10T23:17:00 1996-06-10T23:40:00 1996-06-11T03:35:00 1996-06-11T04:36:00 1996-06-11T08:50:00 1996-06-11T09:12:00 1996-06-11T13:12:00 1996-06-11T13:37:00 1996-06-11T17:14:00 1996-06-11T18:07:00 1996-06-11T18:13:00 1996-06-11T19:21:00 1996-06-11T23:32:00 1996-06-12T00:47:00 1996-06-12T03:59:00 1996-06-12T04:29:00 1996-06-12T07:32:00 1996-06-12T08:09:00 1996-06-12T12:50:00 1996-06-12T14:14:00 1996-06-12T22:56:00 1996-06-12T23:06:00 134 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9612 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1996-11-05T01:56:00 1996-11-05T02:35:00 1996-11-05T10:25:00 1996-11-05T10:40:00 1996-11-05T10:50:00 1996-11-05T11:15:00 1996-11-05T18:10:00 1996-11-05T18:30:00 1996-11-05T23:25:00 1996-11-05T23:48:00 1996-11-06T03:15:00 1996-11-06T03:40:00 1996-11-06T08:06:00 1996-11-06T09:14:00 1996-11-06T15:50:00 1996-11-06T16:54:00 1996-11-06T20:17:00 1996-11-06T21:15:00 1996-11-06T23:14:00 1996-11-06T23:55:00 1996-11-07T07:10:00 1996-11-07T08:15:00 1996-11-07T12:37:00 1996-11-07T13:14:00 1996-11-07T18:50:00 1996-11-07T19:40:00 1996-11-07T21:55:00 1996-11-07T23:05:00 135 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9701 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1997-01-14T02:35:00 1997-01-14T03:16:00 1997-01-14T09:50:00 1997-01-14T10:13:00 1997-01-14T17:31:00 1997-01-14T19:03:00 1997-01-15T02:09:00 1997-01-15T02:42:00 1997-01-15T12:25:00 1997-01-15T12:53:00 1997-01-15T18:10:00 1997-01-15T20:17:00 1997-01-15T23:22:00 1997-01-16T00:10:00 1997-01-16T02:42:00 1997-01-16T03:20:00 1997-01-16T07:01:00 1997-01-16T07:34:00 1997-01-16T10:12:00 1997-01-16T10:49:00 1997-01-16T15:44:00 1997-01-16T17:44:00 1997-01-18T05:30:00 1997-01-18T05:55:00 1997-01-18T09:28:00 1997-01-18T11:08:00 1997-01-18T18:48:00 1997-01-18T19:14:00 1997-01-18T23:37:00 1997-01-18T00:52:00 1997-01-19T11:17:00 1997-01-19T12:42:00 1997-01-19T23:07:00 1997-01-20T00:08:00 136 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9707 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1997-06-19T02:25:00 1997-06-19T03:05:00 1997-06-19T06:45:00 1997-06-19T07:17:00 1997-06-19T12:10:00 1997-06-19T12:49:00 1997-06-19T20:26:00 1997-06-19T20:50:00 1997-06-20T00:33:00 1997-06-20T01:05:00 1997-06-20T04:40:00 1997-06-20T05:13:00 1997-06-20T10:51:00 1997-06-20T13:21:00 1997-06-20T19:08:00 1997-06-20T19:49:00 1997-06-20T22:12:00 1997-06-20T22:45:00 1997-06-21T02:55:00 1997-06-21T03:18:00 1997-06-21T06:41:00 1997-06-21T07:01:00 1997-06-21T11:10:00 1997-06-21T11:27:00 1997-06-21T15:54:00 1997-06-21T16:21:00 1997-06-21T19:12:00 1997-06-21T19:42:00 1997-06-21T23:13:00 1997-06-21T23:45:00 1997-06-22T03:24:00 1997-06-22T07:10:00 1997-06-22T12:42:00 1997-06-22T13:19:00 1997-06-22T19:25:00 1997-06-22T19:54:00 1997-06-22T23:12:00 1997-06-22T23:42:00 1997-06-23T05:26:00 1997-06-23T05:57:00 1997-06-23T09:29:00 1997-06-23T10:07:00 1997-06-23T15:03:00 1997-06-23T15:47:00 1997-06-23T19:25:00 1997-06-23T19:59:00 1997-06-23T22:52:00 1997-06-23T23:26:00 1997-06-24T02:27:00 1997-06-24T04:35:00 1997-06-24T09:09:00 1997-06-24T10:55:00 1997-06-24T17:57:00 1997-06-24T18:37:00 1997-06-24T22:28:00 1997-06-24T22:55:00 1997-06-25T02:06:00 1997-06-25T02:33:00 1997-06-25T06:04:00 1997-06-25T08:16:00 1997-06-25T14:59:00 1997-06-25T15:26:00 1997-06-25T20:45:00 1997-06-25T22:34:00 1997-06-26T01:45:00 1997-06-26T02:11:00 1997-06-26T06:28:00 1997-06-26T06:51:00 1997-06-26T10:45:00 1997-06-26T11:05:00 1997-06-26T15:30:00 1997-06-26T17:15:00 1997-06-26T21:03:00 1997-06-26T21:33:00 1997-06-27T00:35:00 1997-06-27T00:56:00 1997-06-27T05:40:00 1997-06-27T06:10:00 1997-06-27T09:40:00 1997-06-27T09:51:00 1997-06-27T19:36:00 1997-06-27T20:57:00 137 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9801 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1998-01-08T07:00:00 1998-01-08T07:36:00 1998-01-08T11:58:00 1998-01-08T12:32:00 1998-01-08T16:04:00 1998-01-08T16:49:00 1998-01-08T23:05:00 1998-01-08T23:53:00 1998-01-09T06:56:00 1998-01-09T07:19:00 1998-01-09T15:18:00 1998-01-09T15:59:00 1998-01-09T22:01:00 1998-01-09T23:27:00 1998-01-10T05:47:00 1998-01-10T06:25:00 1998-01-10T09:49:00 1998-01-10T10:27:00 1998-01-10T17:01:00 1998-01-10T17:25:00 1998-01-10T21:54:00 1998-01-10T22:15:00 1998-01-11T02:09:00 1998-01-11T02:36:00 1998-01-11T05:45:00 1998-01-11T06:14:00 1998-01-11T09:44:00 1998-01-11T10:16:00 1998-01-11T13:25:00 1998-01-11T16:02:00 1998-01-11T21:29:00 1998-01-11T22:11:00 1998-01-12T02:16:00 1998-01-12T02:52:00 1998-01-12T07:03:00 1998-01-12T07:29:00 1998-01-12T11:42:00 1998-01-12T12:17:00 1998-01-12T16:13:00 1998-01-12T16:55:00 1998-01-12T20:32:00 1998-01-12T21:21:00 1998-01-13T00:35:00 1998-01-13T01:08:00 1998-01-13T04:05:00 1998-01-13T04:52:00 1998-01-13T10:59:00 1998-01-13T12:35:00 1998-01-13T16:55:00 1998-01-13T18:03:00 1998-01-14T19:34:00 1998-01-14T21:42:00 1998-01-15T03:42:00 1998-01-15T04:06:00 1998-01-15T08:38:00 1998-01-15T08:59:00 1998-01-15T12:55:00 1998-01-15T13:19:00 1998-01-15T17:26:00 1998-01-15T17:46:00 1998-01-15T21:14:00 1998-01-15T22:39:00 1998-01-17T19:21:00 1998-01-17T20:01:00 1998-01-18T04:52:00 1998-01-18T05:12:00 1998-01-18T08:26:00 1998-01-18T08:56:00 1998-01-18T12:20:00 1998-01-18T12:46:00 1998-01-18T16:55:00 1998-01-18T17:54:00 1998-01-18T19:03:00 1998-01-18T19:25:00 138 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9806 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1998-05-13T20:00:00 1998-05-13T20:35:00 1998-05-14T02:06:00 1998-05-14T02:45:00 1998-05-14T07:25:00 1998-05-14T08:01:00 1998-05-14T14:15:00 1998-05-14T15:07:00 1998-05-14T21:26:00 1998-05-14T21:51:00 1998-05-15T01:23:00 1998-05-15T01:54:00 1998-05-15T04:12:00 1998-05-15T04:53:00 1998-05-15T09:54:00 1998-05-15T12:14:00 1998-05-15T16:53:00 1998-05-15T17:32:00 1998-05-15T20:24:00 1998-05-15T20:55:00 1998-05-16T00:06:00 1998-05-16T00:31:00 1998-05-16T02:42:00 1998-05-16T02:57:00 1998-05-16T05:54:00 1998-05-16T06:07:00 1998-05-16T09:49:00 1998-05-16T10:15:00 1998-05-16T12:45:00 1998-05-16T13:15:00 1998-05-16T15:46:00 1998-05-16T16:31:00 1998-05-16T19:42:00 1998-05-16T22:35:00 1998-05-17T04:19:00 1998-05-17T05:05:00 1998-05-17T09:31:00 1998-05-17T09:58:00 1998-05-17T13:04:00 1998-05-17T13:29:00 1998-05-17T16:32:00 1998-05-17T17:08:00 1998-05-17T19:38:00 1998-05-17T20:14:00 1998-05-17T22:33:00 1998-05-17T23:16:00 1998-05-18T01:54:00 1998-05-18T02:56:00 1998-05-18T05:48:00 1998-05-18T06:48:00 1998-05-18T11:12:00 1998-05-18T12:42:00 1998-05-18T16:47:00 1998-05-18T18:48:00 1998-05-19T01:57:00 1998-05-19T02:36:00 1998-05-19T05:13:00 1998-05-19T05:53:00 1998-05-19T16:29:00 1998-05-19T17:11:00 1998-05-19T22:14:00 1998-05-19T23:31:00 1998-05-20T03:06:00 1998-05-20T03:35:00 1998-05-20T07:28:00 1998-05-20T07:47:00 1998-05-20T11:24:00 1998-05-20T11:46:00 1998-05-20T15:18:00 1998-05-20T17:15:00 1998-05-20T21:42:00 1998-05-20T22:08:00 1998-05-21T01:25:00 1998-05-21T01:53:00 1998-05-21T05:00:00 1998-05-21T05:37:00 1998-05-21T09:59:00 1998-05-21T11:05:00 139 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9808 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1998-06-17T01:55:00 1998-06-17T02:40:00 1998-06-17T06:49:00 1998-06-17T07:19:00 1998-06-17T10:46:00 1998-06-17T11:34:00 1998-06-17T19:28:00 1998-06-17T20:22:00 1998-06-18T03:06:00 1998-06-18T03:29:00 1998-06-18T07:11:00 1998-06-18T07:43:00 1998-06-18T11:17:00 1998-06-18T11:57:00 1998-06-18T18:59:00 1998-06-18T20:47:00 1998-06-19T03:43:00 1998-06-19T04:31:00 1998-06-19T08:30:00 1998-06-19T09:06:00 1998-06-19T12:56:00 1998-06-19T13:18:00 1998-06-19T16:28:00 1998-06-19T16:44:00 1998-06-19T21:46:00 1998-06-19T22:03:00 1998-06-20T01:45:00 1998-06-20T02:08:00 1998-06-20T05:32:00 1998-06-20T06:05:00 1998-06-20T14:48:00 1998-06-20T17:45:00 1998-06-21T00:57:00 1998-06-21T01:42:00 1998-06-21T07:54:00 1998-06-21T08:29:00 1998-06-21T12:01:00 1998-06-21T12:25:00 1998-06-21T17:35:00 1998-06-21T18:08:00 1998-06-21T22:00:00 1998-06-21T22:41:00 1998-06-22T01:59:00 1998-06-22T02:59:00 1998-06-22T06:45:00 1998-06-22T07:23:00 1998-06-22T10:01:00 1998-06-22T10:42:00 1998-06-22T15:34:00 1998-06-22T17:22:00 1998-06-22T21:36:00 1998-06-22T23:37:00 1998-06-23T04:31:00 1998-06-23T05:16:00 1998-06-23T09:09:00 1998-06-23T09:44:00 1998-06-23T13:20:00 1998-06-23T13:49:00 1998-06-23T18:31:00 1998-06-23T20:19:00 1998-06-23T22:02:00 1998-06-23T22:50:00 1998-06-24T03:18:00 1998-06-24T03:47:00 1998-06-24T09:00:00 1998-06-24T10:27:00 1998-06-24T13:40:00 1998-06-24T14:00:00 1998-06-24T17:12:00 1998-06-24T17:33:00 1998-06-24T20:36:00 1998-06-24T21:02:00 1998-06-25T01:30:00 1998-06-25T02:46:00 1998-06-25T06:47:00 1998-06-25T07:21:00 1998-06-25T11:44:00 1998-06-25T12:07:00 1998-06-25T15:28:00 1998-06-25T15:56:00 1998-06-25T21:16:00 1998-06-25T22:18:00 140 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9901 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1999-01-13T01:41:00 1999-01-13T02:12:00 1999-01-13T07:11:00 1999-01-13T07:37:00 1999-01-13T12:50:00 1999-01-13T13:28:00 1999-01-13T21:36:00 1999-01-13T22:17:00 1999-01-14T06:23:00 1999-01-14T06:40:00 1999-01-14T10:50:00 1999-01-14T11:13:00 1999-01-14T14:48:00 1999-01-14T15:20:00 1999-01-14T23:02:00 1999-01-15T01:39:00 1999-01-15T09:42:00 1999-01-15T10:15:00 1999-01-15T14:04:00 1999-01-15T14:36:00 1999-01-15T19:39:00 1999-01-15T19:59:00 1999-01-15T23:03:00 1999-01-15T23:26:00 1999-01-16T18:26:00 1999-01-16T18:46:00 1999-01-16T22:55:00 1999-01-16T23:20:00 1999-01-17T07:58:00 1999-01-17T11:02:00 1999-01-17T17:45:00 1999-01-17T18:19:00 1999-01-17T23:28:00 1999-01-18T00:01:00 1999-01-18T04:45:00 1999-01-18T05:11:00 1999-01-18T09:42:00 1999-01-18T10:08:00 1999-01-18T13:31:00 1999-01-18T14:02:00 1999-01-18T16:40:00 1999-01-18T17:30:00 1999-01-18T21:52:00 1999-01-18T22:21:00 1999-01-19T09:45:00 1999-01-19T11:23:00 1999-01-19T16:20:00 1999-01-19T17:57:00 1999-01-19T23:37:00 1999-01-20T00:07:00 1999-01-20T03:50:00 1999-01-20T04:20:00 1999-01-20T08:13:00 1999-01-20T08:34:00 1999-01-20T13:38:00 1999-01-20T15:38:00 1999-01-21T18:18:00 1999-01-21T18:31:00 1999-01-21T23:39:00 1999-01-22T00:01:00 1999-01-22T05:22:00 1999-01-22T06:37:00 1999-01-22T12:24:00 1999-01-22T12:43:00 1999-01-22T16:35:00 1999-01-22T16:55:00 1999-01-23T05:19:00 1999-01-23T05:39:00 1999-01-23T09:51:00 1999-01-23T10:14:00 1999-01-23T13:39:00 1999-01-23T14:02:00 1999-01-23T17:33:00 1999-01-23T18:28:00 1999-01-23T23:08:00 1999-01-23T23:24:00 141 ctd_mocness1 ctd_mocness1 http://globec.whoi.edu/jg/serv/globec/gb/ctd_mocness.html2%7Bdir=globec.whoi.edu/jg/dir/globec/gb/,info=globec.whoi.edu/jg/info/globec/gb/ctd_mocness%7D?datatype%20eq%20MOCNESS_1,cruiseid%20eq%20AL9904 The underwater unit sends a data frame, comprised of temperature, depth, conductivity, net-frame angle, flow count, time, number of open net, and net opening/closing, to the deck unit in a compressed hexadecimal format every 2 seconds and from the deck unit to a microcomputer every 4 seconds... Temperature (to approximately 0.01 deg C) and conductivity are measured with SEABIRD sensors. Normally, a modified T.S.K.-flowmeter is used... Both the temperature and conductivity sensors and the flowmeter are mounted on top of the frame so that they face horizontally when the frame is at a towing angle of 45deg... Calculations of salinity (to approximately 0.01 o/oo S), potential temperature (theta), potential density (sigma), the oblique and vertical velocities of the net, and the approximate volume filtered by each net are made after each string of data has been received by the computer. 1999-05-20T00:32:00 1999-05-20T01:09:00 1999-05-20T04:44:00 1999-05-20T05:08:00 1999-05-20T18:49:00 1999-05-20T19:26:00 1999-05-21T05:32:00 1999-05-21T05:52:00 1999-05-21T07:51:00 1999-05-21T08:15:00 1999-05-21T10:39:00 1999-05-21T11:07:00 1999-05-21T19:44:00 1999-05-21T20:23:00 1999-05-21T23:51:00 1999-05-22T00:20:00 1999-05-22T03:57:00 1999-05-22T04:23:00 1999-05-22T06:51:00 1999-05-22T07:04:00 1999-05-22T10:29:00 1999-05-22T10:39:00 1999-05-22T14:40:00 1999-05-22T15:06:00 1999-05-22T17:48:00 1999-05-22T18:14:00 1999-05-22T20:32:00 1999-05-22T21:01:00 1999-05-22T23:28:00 1999-05-23T02:06:00 1999-05-23T05:57:00 1999-05-23T06:35:00 1999-05-23T10:58:00 1999-05-23T11:33:00 1999-05-23T14:35:00