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Stony Brook University ✕

29 jeux de données trouvés

  • sbu02-20250922T1540-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Department of Environmental Conservation. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • sbu02-20250716T1543-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Department of Environmental Conservation. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20250513T1539-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Energy Research & Development Authority. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20240822T1918-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Energy Research & Development Authority. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20231018T1829-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Energy Research & Development Authority. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20230803T1546-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York State Energy Research & Development Authority. The Slocum gliders used in this project are small, free-swimming, unmanned…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20230420T1743-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU02-20230222T2013-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • sbu01-20260612T1606-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • sbu01-20260508T1446-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • sbu01-20260228T1709-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20240212T1652-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20231011T1805-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20230706T1707-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20221011T1924-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20220805T1855-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20211102T1526-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20210723T1544-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20210513T1921-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique

  • SBU01-20210226T1910-delayed

    U.S. IOOS Glider DAC

    Stony Brook University is engaged in a long-term study of conditions in the New York Bight. This project is funded by the New York Department of Environmental Conservation and NOAA's Ocean Acidification Project. The Slocum gliders used in this project are…

    OxygèneCarbone inorganiqueMatière particulaireSalinité de surfaceTempérature de surfaceCourants sous la surfaceSalinité sous la surfaceTempérature sous la surfaceCourants de surfaceBiomasse et diversité phytoplanctonique