Patrick Meyers

Senior Scientist at Areté
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Contact Information
us****@****om
(386) 825-5501
Location
Arlington, Virginia, United States, US

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Experience

    • United States
    • Defense and Space Manufacturing
    • 200 - 300 Employee
    • Senior Scientist
      • Feb 2023 - Present

    • Staff Scientist
      • Sep 2020 - Mar 2023

    • United States
    • Higher Education
    • 700 & Above Employee
    • Senior Faculty Specialist
      • Aug 2011 - Sep 2020

      Developed and validated geophysical retrieval algorithms for NOAA’s AMSR2 operational products. Developing a satellite-based forecasting tool to forecast offshore weather advisories as part of GOES R risk reduction. Create animations and imagery from GOES and polar orbiting satellite missions after significant weather events. Established routine monitoring and statistical validation of NOAA precipitation products. Developed and validated geophysical retrieval algorithms for NOAA’s AMSR2 operational products. Developing a satellite-based forecasting tool to forecast offshore weather advisories as part of GOES R risk reduction. Create animations and imagery from GOES and polar orbiting satellite missions after significant weather events. Established routine monitoring and statistical validation of NOAA precipitation products.

    • United States
    • Higher Education
    • 700 & Above Employee
    • Research Assistant
      • Aug 2008 - Jun 2011

      Developed the SMARTS climatology for calculation of Ocean Heat Content from satellite sea surface height anomalies. Evaluated satellite-derived oceanographic fields using in-situ measurements from Argo drifters, XBT transects, long-term PIRATA moorings, and airborne expendable profilers. Processed, quality controlled, and objectively analyzed AXBT data from NOAA P-3 hurricane flights into Gustav and Ike. Calculate surface enthalpy fluxes using AXBTs and GPS-sondes. Examined the hurricane… Show more Developed the SMARTS climatology for calculation of Ocean Heat Content from satellite sea surface height anomalies. Evaluated satellite-derived oceanographic fields using in-situ measurements from Argo drifters, XBT transects, long-term PIRATA moorings, and airborne expendable profilers. Processed, quality controlled, and objectively analyzed AXBT data from NOAA P-3 hurricane flights into Gustav and Ike. Calculate surface enthalpy fluxes using AXBTs and GPS-sondes. Examined the hurricane boundary layer using GPS-sonde data. Show less Developed the SMARTS climatology for calculation of Ocean Heat Content from satellite sea surface height anomalies. Evaluated satellite-derived oceanographic fields using in-situ measurements from Argo drifters, XBT transects, long-term PIRATA moorings, and airborne expendable profilers. Processed, quality controlled, and objectively analyzed AXBT data from NOAA P-3 hurricane flights into Gustav and Ike. Calculate surface enthalpy fluxes using AXBTs and GPS-sondes. Examined the hurricane… Show more Developed the SMARTS climatology for calculation of Ocean Heat Content from satellite sea surface height anomalies. Evaluated satellite-derived oceanographic fields using in-situ measurements from Argo drifters, XBT transects, long-term PIRATA moorings, and airborne expendable profilers. Processed, quality controlled, and objectively analyzed AXBT data from NOAA P-3 hurricane flights into Gustav and Ike. Calculate surface enthalpy fluxes using AXBTs and GPS-sondes. Examined the hurricane boundary layer using GPS-sonde data. Show less

  • RSMAS Wetlab
    • Miami/Fort Lauderdale Area
    • Bartender
      • Jul 2010 - Dec 2010

      Fluid Dynamics Specialist Fluid Dynamics Specialist

    • United States
    • Research Services
    • 1 - 100 Employee
    • Summer Research Intern
      • Jun 2006 - Jul 2008

      Processed hundreds of cod to collect data of fish age, genetics, diet, parasitic hosting, and morphology. Participated in fieldwork studying predation on juvenile lobsters. Extracted data from NCEP/NCAR databases for statistical analysis. Found statistically significant correlations between seasonal atmospheric conditions and post-larvae lobster populations along the coast of Maine. Processed hundreds of cod to collect data of fish age, genetics, diet, parasitic hosting, and morphology. Participated in fieldwork studying predation on juvenile lobsters. Extracted data from NCEP/NCAR databases for statistical analysis. Found statistically significant correlations between seasonal atmospheric conditions and post-larvae lobster populations along the coast of Maine.

Education

  • Cornell University
    Bachelor of Science (B.S.), Atmospheric Sciences
    2004 - 2008
  • University of Miami
    Master of Science (M.S.), Meteorology and Physical Oceanography
    2008 - 2011

Community

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