Brest / Seattle / Noumea / Jerusalem / Ottawa / Baltimore / Paris / Tokyo / Suva / College Station / Auckland / Melbourne / Miami / Sendai / /
Company
BP / Hayes S.P. L. / Thermal Network Review / Moli / /
Continent
Antarctica / /
Country
South Africa / France / Japan / United States / Canada / Australia / United Kingdom / New Caledonia / Somalia / /
Currency
USD / /
Event
Environmental Issue / /
Facility
Texas A&M University / Rickenbacker Causeway / /
IndustryTerm
experimental systems / tropical network / upper ocean network / data assimilation systems / subsequent processor / upper ocean observing network / data bank / direct sampling networks / ocean analysis systems / operational applications / ship-of-opportunity network / proposed new network / science-effective solution / prediction systems / short-range ocean prediction systems / low resolution network / telecommunications / in situ and remote systems / /
NaturalFeature
Atlantic ocean / Gulf Stream / North ocean / Ocean Thermal Network Neville R. SMITH / North Atlantic ocean / Pacific ocean / North Pacific ocean / Indian ocean / /
OperatingSystem
GCOS / Poseidon / /
Organization
U.S. WOCE Office / Data Assembly / National Oceanic and Atmospheric Administration / Joint Scientific and Technical Committee for Global Climate Observing System / WOCE XBT / Scripps Institution of Oceanography / Tohoku Univ. / Nuclear Regulatory Commission / United Nations / Fleet Numerical Meteorology and Oceanography Center / Bureau of Meteorology / Texas A&M University / United Nations Educational Scientific and Cultural Organization / U.S. Government Printing Office / /
The Role of XBT sampling in the Ocean Thermal Network Neville R. SMITH 1, D.E. HARRISON 2, Rick BAILEY 3, Oscar ALVES 4, Thierry DELCROIX 5, Kimio HANAWA 6, Bob KEELEY 7, Gary MEYERS 8, Bob MOLINARI 9 and Dean ROEMMICH1