Research Grants:

2004

· National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance on decadal, interdecadal, and secular time scales. $129,920.00

· National Aeronautics and Space Administration Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $100,437.00

· National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $42,740.00

2003

· National Aeronautics and Space Administration Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $100,437.00

· National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $55,000.00

· National Science Foundation: The depth of the Antarctic circumpolar wave and it’s interaction with the sea ice pack forming annually in the seas around Antarctica. $148,592.00

2002

· National Aeronautics and Space Administration: Quantitative assessment of global responses in the ocean-atmosphere heat and moisture budgets to changing solar irradiance. $119,530.00

· National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $155,000.00

· National Aeronautics and Space Administrations, Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $120,903.00

· National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $148,592.00

· National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $33,470.00

2001

· National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $134,421.00

· National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $70,000.00

· National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $23,368.00

· National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $143,627.00

· National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $155,000.00

2000

· National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $121,000.00

· National Aeronautics and Space Administration: Jet Propulsion Laboratory: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $178,783.00

· National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $118,097.00

· National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $139,922.00

· National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center $159,000.00

1999

· National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $100,000.00

· National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $63,486.00

· National Aeronautics and Space Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $84,000.00

· National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on seasonal-to-interannual timescales and gyre spacescales. $57,633.00

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations: Analysis of past climate change. $110,000.00

· National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center (Continuation to NAA77RJ0453) $45,000.00

1998

· National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere. $17,140.00

· National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $79,991.00

· National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $45,455.00

· National Aeronautics and Space Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $114,919.00

· Mitsubishi: Pacific Ocean variation. $83,000.00

· National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on seasonal-to-interannual timescales and gyre spacescales. $81,000.00

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations: Analysis of past climate change. $110,000.00

· National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $45,455.00

1997

· National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere. $17,140.00

· National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $79,991.00

· National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $45,455.00

· National Oceanic and Atmospheric Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $84,000.00

1996

· National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere.

· National Space Development Agency of Japan: Modeling and prediction of climate variability in Indo-Pacific basin. $24,250.00

· National Oceanic and Atmospheric Administration: Scientific quality control of temperature-depth observations over the Pacific Ocean. $100,000.

1995

· Joint Institute for Marine Observations: The use of satellite altimetry in the study of sea level variability over the global ocean. $93,000.

· National Oceanic and Atmospheric Administration: Consortium/modeling decadal to century time scale climate variability. $50,171.

· Japan Marine Science and Technology Center: Preparation of gridded fields of upper ocean temperature. $50,000

· National Oceanic and Atmospheric Administration: Analysis of upper ocean decadal variability. $28,889

· National Oceanic and Atmospheric Administration: Modeling decadal to century time scale climate variability. $25,925.

· National Oceanic and Atmospheric Administration/Joint Institute for Marine Observations: Scripps Experimental Climate Prediction Center (JIMO Task IV). $50,000.

· National Oceanic and Atmospheric Administration/Joint Institute for Marine Observations: Scientific information management of temperature-depth observation over the Pacific Ocean (JIMO Task II) $109,674.

· National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $60,000.

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181.

1994

· National Oceanic and Atmospheric Administration: Scientific management of temperature-depth observations over the global ocean. $130,000.

· National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $60,000.

· National Oceanic and Atmospheric Administration: The use of satellite altimetry in the study of sea level variability over the global ocean. $104,000.

· National Oceanic and Atmospheric Administration: Consortium task ii autonomous observations in remote areas. $60,000.

· National Oceanic and Atmospheric Administration: Consortium/modeling decadal to century time scale climate variability. $50,171.

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations Task IV Experimental Climate Prediction Center. $50,000.

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations Research Support for Task I. $139,181.

1993

· National Oceanic and Atmospheric Administration: Volunteer observing ship high resolution XBT/XCTD transects over the global ocean. $200,000.

· Joint Institute for Marine Observations: Scientific information management. $26, 126.

· Joint Institute for Marine Observations: The use of satellite altimetry in the study of sea level variability over the global ocean. $98,000.

· Joint Institute for Marine Observations: Optimum network design of a global ocean observing system for measuring upper ocean temperatures. $92,070.

· Joint Institute for Marine Observations: Analysis of upper ocean decadal variability. $57,800.

· National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $100,769.

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181.

1992

· National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181.

· National Oceanic and Atmospheric Administration: The use of satellite altimetry in the study of sea level variability over the global ocean. $97,000.

· National Science Foundation: World Ocean Circulation (WOCE) high resolution volunteer shop XBT-SCTD transects. $50, 000.

· National Oceanic and Atmospheric Administration: Optimum network design of a global observing system for measuring upper ocean temperature. $88,000.

· National Oceanic and Atmospheric Administration, Joint Institute for Marine Observation: Volunteer observing ship high resolution XBT/XCTD transects. $200,000.

· National Oceanic and Atmospheric Administration: The Experimental Climate Forecast Center at Scripps Institution of Oceanography. $37,500.

· National Oceanic and Atmospheric Administration: Scientific information management of temperature depth observations over the global ocean (JEDA Center). $130,000.

· National Oceanic and Atmospheric Administration: Preliminary network design of a temperature salinity measurement program in the southern ocean using profiling alace floats. $269,428.

1991

· National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON. $127,000.

· National Oceanic and Atmospheric Administration: TOGA thermal data facility. $125,651.

· National Science Foundation: World Ocean Circulation (WOCE) high resolution volunteer ship XBT-SCTD transects. $50,000.

· National Oceanic and Atmospheric Administration: optimum network design of a global ocean observing system for measuring upper ocean temperature. $88,358.

· National Science Foundation: Interannual change in global upper ocean thermal structure from 1979-1988. $100,000.

1990

· National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON with emphasis on the Pacific Ocean. $190,000.

· National Oceanic and Atmospheric Administration: TOGA Pacific thermal data facility. $130,000.

· Office of Naval Research: Preliminary Analysis of coupled mesoscale air-sea interaction in the western North Atlantic. $100,000.

· Office of Naval Research: Mesoscale Dynamics of the Eastern Pacific. $80,545.

· National Science Foundation: World Ocean Circulation (WOCE) High Resolution Volunteer Ship XBT XCTD Transects. $50,000.

1989

· National Science Foundation: Global upper ocean thermal for the WOCE. $356,647.

· National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON with emphasis on the Pacific Ocean. $190,000.

· National Science Foundation: Investigation into the dynamics of the 1986-87 El Niño using GEOSTAT altimetric sea level and in situ dynamic height in conjunction with numerical modeling. $115,000.

· Office of Naval Research: Investigating the dynamics of mesoscale eddy activity in the Kuroshio extension using remotely-sensed. $100,913

· National Oceanic and Atmospheric Administration: TOGA Pacific thermal data facility. $124,444.

· Office of Naval Research: Preliminary Analysis of coupled mesoscale air-sea interaction in the Western North Atlantic. $40,001.

1988

· Office of Naval Research, University Research Initiative: An integrated program for ocean modeling and remote sensing development of a nowcasting capability for the California current. $100,913.

· Office of Naval Research: Mapping the surface dynamics topography of the tropical Pacific. $65,000.

· National Science Foundation: Global upper ocean thermal analyses for the World Ocean Circulation Experiment. $114,000.

· National Oceanic and Atmospheric Administration: Tropical Ocean Global Atmosphere Pacific thermal data management facility. $105,000.

· Office of Naval Research: Integrated research program for ocean modeling and remote sensing. $65,000.

· National Oceanic and Atmospheric Administration: TOGA Pacific thermal data management facility. $124,444

· National Aeronautics and Space Administration: An Integrated Research Program for TOPEX/POSEIDON with Emphasis on the Pacific Ocean. $103,000.

· Office of Naval Research: Investigating the dynamics of mesoscale eddy activity in the Kuroshio extension using remotely-sensed. $111,721

· National Science Foundation: Investigation into the dynamics of the 1986-87 El Niño using GEOSTAT altimetric sea level and in situ dynamic height in conjunction with numerical modeling. $113,000

1987

· National Science Foundation: Mapping the surface dynamics topography of the tropical Pacific by combining ship-borne measurements with GEOSAT altimetry. $144,000.

· National Ocean and Atmospheric Administration: Proposal for XBT sampling from volunteer observing ships in the Pacific Ocean. $485,213.

· National Oceanic and Atmospheric Administration: Integrated research program for

TOPEX/POSEIDON with emphasis on the Pacific Ocean. $65,000.

· National Science Foundation: Global upper ocean thermal analyses for the World Ocean Circulation Experiment (World Ocean Circulation Experiment). $107,000.

· Office of Naval Research: An integrated program for ocean modeling and remote sensing development of a nowcasting capability for the California current. $111,721.

· National Science Foundation: Global upper ocean thermal for the WOCE. $227,847.

1986

· National Oceanic and Atmospheric Administration: Tropical ocean global atmosphere Pacific thermal data management facility. $109,000.

· National Oceanic and Atmospheric Administration: XBT sampling from volunteer ships in the Pacific 1986-87. $336,000.

· National Oceanic and Atmospheric Administration: Hindcast/forecasting of ENSO events. $85,000.

· Office of Naval Research: University Research Initiative on modeling and remote sensing in the California current. $100,000.

· Office of Naval Research: Dynamics of mesoscale activity in the Kuroshio extension using GEOSAT altimetry. $210,000.

1985

· National Science Foundation: Large-scale variability in subsurface temperature in the tropical Pacific. $95,000.

· Office of Naval Research: Processes leading to the mean and variable geostrophic flow structure of the Kuroshio extension in the western mid-latitude North Pacific. $90,000.

· National Oceanic and Atmospheric Administration: Short term climatic variability in the upper ocean thermal structure of the tropical Pacific Ocean during the 1982-1983 ENSO event. $110,000.

· National Oceanic and Atmospheric Administration: Continuation of XBT sampling from volunteer observing ships in the Pacific, 1984-85. $449,000.

1984

· National Oceanic and Atmospheric Administration: Proposal for continuation of XBT sampling from volunteer observing ships in the Pacific Ocean 1984-1985. $350,000.

· National Science Foundation (National Science Foundation Creativity Award): Large scale variability in subsurface temperature in the tropical Pacific. $190,000.

1983

· National Science Foundation: Observations of large-scale variations in subsurface temperature of the tropical Pacific Ocean. $190,000.

· Office of Naval Research: Upper ocean response to large-scale atmospheric forcing in the mid-latitude North Pacific. $51,372.

· National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern North Pacific. $92,000.

1982

· Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: Anomaly dynamics study (ADS). $155,900

· National Oceanic and Atmospheric Administration: Operation of ship-of-opportunity sampling program in the Pacific Ocean during FY 1981. $86,000.

· National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern mid-latitude North Pacific. $143,900.

1981

· National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern mid-latitude North Pacific. $135,068.

· National Science Foundation: Large-scale variation in subsurface temperature of the tropical Pacific Ocean. $190,000.

· National Oceanic and Atmospheric Administration: Operation of ship-of-opportunity sampling program in the Pacific Ocean during FY 1981. $86,000.

· Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: Anomaly dynamics study (ADS). $155,900.

· California Space Institute: Field evaluation of automated satellite transmission of XBT data. $25,000.

1980

· Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: A five-year experimental program. (Code name: TRANSPAC). $256,200.

	Research Grants: 2004 · National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance on decadal, interdecadal, and secular time scales. $129,920.00 · National Aeronautics and Space Administration Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $100,437.00 · National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $42,740.00 2003 · National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance on decadal, interdecadal, and secular time scales. $125,157.0 · National Aeronautics and Space Administration Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $100,437.00 · National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $55,000.00 · National Science Foundation: The depth of the Antarctic circumpolar wave and it’s interaction with the sea ice pack forming annually in the seas around Antarctica. $148,592.00 2002 · National Aeronautics and Space Administration: Quantitative assessment of global responses in the ocean-atmosphere heat and moisture budgets to changing solar irradiance. $119,530.00 · National Oceanic and Atmospheric Administration Scripps Experimental Climate Prediction Center. $155,000.00 · National Aeronautics and Space Administrations, Jet Propulsion Laboratory: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $120,903.00 · National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $148,592.00 · National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $33,470.00 2001 · National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $134,421.00 · National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $70,000.00 · National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $23,368.00 · National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $143,627.00 · National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $155,000.00 2000 · National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in global ocean-atmosphere system. $121,000.00 · National Aeronautics and Space Administration: Jet Propulsion Laboratory: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $178,783.00 · National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on season-to-interannual timescales and gyre spacescales. $118,097.00 · National Science Foundation: Depth of the Antarctic circumpolar wave and interactions with the sea ice pack forming annually in the seas around Antarctica. $139,922.00 · National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center $159,000.00 1999 · National Aeronautics and Space Administration: Quantitative assessment of the integrated response in global heat and moisture budgets to changing solar irradiance. $100,000.00 · National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $63,486.00 · National Aeronautics and Space Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $84,000.00 · National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on seasonal-to-interannual timescales and gyre spacescales. $57,633.00 · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations: Analysis of past climate change. $110,000.00 · National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center (Continuation to NAA77RJ0453) $45,000.00 1998 · National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere. $17,140.00 · National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $79,991.00 · National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $45,455.00 · National Aeronautics and Space Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $114,919.00 · Mitsubishi: Pacific Ocean variation. $83,000.00 · National Aeronautics and Space Administration: Anomalous heat budgets in the interior Pacific Ocean on seasonal-to-interannual timescales and gyre spacescales. $81,000.00 · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations: Analysis of past climate change. $110,000.00 · National Aeronautics and Space Administration: Describe and understand extra-tropical coupled waves in the global ocean-atmosphere system. $45,455.00 1997 · National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere. $17,140.00 · National Science Foundation: Analysis of the circumpolar wave associated with ENSO. $79,991.00 · National Oceanic and Atmospheric Administration: Scripps Experimental Climate Prediction Center. $45,455.00 · National Oceanic and Atmospheric Administration, Jet Propulsion Laboratory: Describe and understand coupling in the ocean-atmosphere-land system on biennial and ENSO time scales. $84,000.00 1996 · National Oceanic and Atmospheric Administration: Extending the comprehensive ocean-atmosphere data set (COADS) to the upper ocean and the troposphere. · National Space Development Agency of Japan: Modeling and prediction of climate variability in Indo-Pacific basin. $24,250.00 · National Oceanic and Atmospheric Administration: Scientific quality control of temperature-depth observations over the Pacific Ocean. $100,000. 1995 · Joint Institute for Marine Observations: The use of satellite altimetry in the study of sea level variability over the global ocean. $93,000. · National Oceanic and Atmospheric Administration: Consortium/modeling decadal to century time scale climate variability. $50,171. · Japan Marine Science and Technology Center: Preparation of gridded fields of upper ocean temperature. $50,000 · National Oceanic and Atmospheric Administration: Analysis of upper ocean decadal variability. $28,889 · National Oceanic and Atmospheric Administration: Modeling decadal to century time scale climate variability. $25,925. · National Oceanic and Atmospheric Administration/Joint Institute for Marine Observations: Scripps Experimental Climate Prediction Center (JIMO Task IV). $50,000. · National Oceanic and Atmospheric Administration/Joint Institute for Marine Observations: Scientific information management of temperature-depth observation over the Pacific Ocean (JIMO Task II) $109,674. · National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $60,000. · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181. 1994 · National Oceanic and Atmospheric Administration: Scientific management of temperature-depth observations over the global ocean. $130,000. · National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $60,000. · National Oceanic and Atmospheric Administration: The use of satellite altimetry in the study of sea level variability over the global ocean. $104,000. · National Oceanic and Atmospheric Administration: Consortium task ii autonomous observations in remote areas. $60,000. · National Oceanic and Atmospheric Administration: Consortium/modeling decadal to century time scale climate variability. $50,171. · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations Task IV Experimental Climate Prediction Center. $50,000. · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations Research Support for Task I. $139,181. 1993 · National Oceanic and Atmospheric Administration: Volunteer observing ship high resolution XBT/XCTD transects over the global ocean. $200,000. · Joint Institute for Marine Observations: Scientific information management. $26, 126. · Joint Institute for Marine Observations: The use of satellite altimetry in the study of sea level variability over the global ocean. $98,000. · Joint Institute for Marine Observations: Optimum network design of a global ocean observing system for measuring upper ocean temperatures. $92,070. · Joint Institute for Marine Observations: Analysis of upper ocean decadal variability. $57,800. · National Science Foundation: Interannual changes in global upper ocean heat storage from 1979-1992. $100,769. · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181. 1992 · National Oceanic and Atmospheric Administration: Joint Institute for Marine Observations research support for task I. $139,181. · National Oceanic and Atmospheric Administration: The use of satellite altimetry in the study of sea level variability over the global ocean. $97,000. · National Science Foundation: World Ocean Circulation (WOCE) high resolution volunteer shop XBT-SCTD transects. $50, 000. · National Oceanic and Atmospheric Administration: Optimum network design of a global observing system for measuring upper ocean temperature. $88,000. · National Oceanic and Atmospheric Administration, Joint Institute for Marine Observation: Volunteer observing ship high resolution XBT/XCTD transects. $200,000. · National Oceanic and Atmospheric Administration: The Experimental Climate Forecast Center at Scripps Institution of Oceanography. $37,500. · National Oceanic and Atmospheric Administration: Scientific information management of temperature depth observations over the global ocean (JEDA Center). $130,000. · National Oceanic and Atmospheric Administration: Preliminary network design of a temperature salinity measurement program in the southern ocean using profiling alace floats. $269,428. 1991 · National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON. $127,000. · National Oceanic and Atmospheric Administration: TOGA thermal data facility. $125,651. · National Science Foundation: World Ocean Circulation (WOCE) high resolution volunteer ship XBT-SCTD transects. $50,000. · National Oceanic and Atmospheric Administration: optimum network design of a global ocean observing system for measuring upper ocean temperature. $88,358. · National Science Foundation: Interannual change in global upper ocean thermal structure from 1979-1988. $100,000. 1990 · National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON with emphasis on the Pacific Ocean. $190,000. · National Oceanic and Atmospheric Administration: TOGA Pacific thermal data facility. $130,000. · Office of Naval Research: Preliminary Analysis of coupled mesoscale air-sea interaction in the western North Atlantic. $100,000. · Office of Naval Research: Mesoscale Dynamics of the Eastern Pacific. $80,545. · National Science Foundation: World Ocean Circulation (WOCE) High Resolution Volunteer Ship XBT XCTD Transects. $50,000. 1989 · National Science Foundation: Global upper ocean thermal for the WOCE. $356,647. · National Aeronautics and Space Administration: An integrated research program for TOPEX/POSEIDON with emphasis on the Pacific Ocean. $190,000. · National Science Foundation: Investigation into the dynamics of the 1986-87 El Niño using GEOSTAT altimetric sea level and in situ dynamic height in conjunction with numerical modeling. $115,000. · Office of Naval Research: Investigating the dynamics of mesoscale eddy activity in the Kuroshio extension using remotely-sensed. $100,913 · National Oceanic and Atmospheric Administration: TOGA Pacific thermal data facility. $124,444. · Office of Naval Research: Preliminary Analysis of coupled mesoscale air-sea interaction in the Western North Atlantic. $40,001. 1988 · Office of Naval Research, University Research Initiative: An integrated program for ocean modeling and remote sensing development of a nowcasting capability for the California current. $100,913. · Office of Naval Research: Mapping the surface dynamics topography of the tropical Pacific. $65,000. · National Science Foundation: Global upper ocean thermal analyses for the World Ocean Circulation Experiment. $114,000. · National Oceanic and Atmospheric Administration: Tropical Ocean Global Atmosphere Pacific thermal data management facility. $105,000. · Office of Naval Research: Integrated research program for ocean modeling and remote sensing. $65,000. · National Oceanic and Atmospheric Administration: TOGA Pacific thermal data management facility. $124,444 · National Aeronautics and Space Administration: An Integrated Research Program for TOPEX/POSEIDON with Emphasis on the Pacific Ocean. $103,000. · Office of Naval Research: Investigating the dynamics of mesoscale eddy activity in the Kuroshio extension using remotely-sensed. $111,721 · National Science Foundation: Investigation into the dynamics of the 1986-87 El Niño using GEOSTAT altimetric sea level and in situ dynamic height in conjunction with numerical modeling. $113,000 1987 · National Science Foundation: Mapping the surface dynamics topography of the tropical Pacific by combining ship-borne measurements with GEOSAT altimetry. $144,000. · National Ocean and Atmospheric Administration: Proposal for XBT sampling from volunteer observing ships in the Pacific Ocean. $485,213. · National Oceanic and Atmospheric Administration: Integrated research program for TOPEX/POSEIDON with emphasis on the Pacific Ocean. $65,000. · National Science Foundation: Global upper ocean thermal analyses for the World Ocean Circulation Experiment (World Ocean Circulation Experiment). $107,000. · Office of Naval Research: An integrated program for ocean modeling and remote sensing development of a nowcasting capability for the California current. $111,721. · National Science Foundation: Global upper ocean thermal for the WOCE. $227,847. 1986 · National Oceanic and Atmospheric Administration: Tropical ocean global atmosphere Pacific thermal data management facility. $109,000. · National Oceanic and Atmospheric Administration: XBT sampling from volunteer ships in the Pacific 1986-87. $336,000. · National Oceanic and Atmospheric Administration: Hindcast/forecasting of ENSO events. $85,000. · Office of Naval Research: University Research Initiative on modeling and remote sensing in the California current. $100,000. · Office of Naval Research: Dynamics of mesoscale activity in the Kuroshio extension using GEOSAT altimetry. $210,000. 1985 · National Science Foundation: Large-scale variability in subsurface temperature in the tropical Pacific. $95,000. · Office of Naval Research: Processes leading to the mean and variable geostrophic flow structure of the Kuroshio extension in the western mid-latitude North Pacific. $90,000. · National Oceanic and Atmospheric Administration: Short term climatic variability in the upper ocean thermal structure of the tropical Pacific Ocean during the 1982-1983 ENSO event. $110,000. · National Oceanic and Atmospheric Administration: Continuation of XBT sampling from volunteer observing ships in the Pacific, 1984-85. $449,000. 1984 · National Oceanic and Atmospheric Administration: Proposal for continuation of XBT sampling from volunteer observing ships in the Pacific Ocean 1984-1985. $350,000. · National Science Foundation (National Science Foundation Creativity Award): Large scale variability in subsurface temperature in the tropical Pacific. $190,000. 1983 · National Science Foundation: Observations of large-scale variations in subsurface temperature of the tropical Pacific Ocean. $190,000. · Office of Naval Research: Upper ocean response to large-scale atmospheric forcing in the mid-latitude North Pacific. $51,372. · National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern North Pacific. $92,000. 1982 · Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: Anomaly dynamics study (ADS). $155,900 · National Oceanic and Atmospheric Administration: Operation of ship-of-opportunity sampling program in the Pacific Ocean during FY 1981. $86,000. · National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern mid-latitude North Pacific. $143,900. 1981 · National Science Foundation: Large-scale standing and traveling waves in the subsurface temperature field in the eastern mid-latitude North Pacific. $135,068. · National Science Foundation: Large-scale variation in subsurface temperature of the tropical Pacific Ocean. $190,000. · National Oceanic and Atmospheric Administration: Operation of ship-of-opportunity sampling program in the Pacific Ocean during FY 1981. $86,000. · Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: Anomaly dynamics study (ADS). $155,900. · California Space Institute: Field evaluation of automated satellite transmission of XBT data. $25,000. 1980 · Office of Naval Research: Dynamics of large-scale thermal variability in the mid-latitude North Pacific: A five-year experimental program. (Code name: TRANSPAC). $256,200.