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Climate Variability & Predictability (CVP) logo

Funded Projects

Analysis of the dynamical links between SST, boundary layer convergence, atmospheric fronts, and precipitation in the North Atlantic storm track
  • Year Funded: 2022
  • Principal Investigators: Justin Small, University Corporation for Atmospheric Research - UCAR; Lucas Cardoso Laurindo, University of Miami; Niklas Schneider, University of Hawaii; Rhys Parfitt, Florida State University
Developing a framework for a field campaign in the cold tongue: Analysis of Pacific Upwelling and Mixing Physics from models and observations
  • Year Funded: 2022
  • Principal Investigators: Anna-Lena Deppenmeier, University Corporation for Atmospheric Research - UCAR; Deepak A. Cherian, University Corporation for Atmospheric Research - UCAR; Frank O. Bryan, University Corporation for Atmospheric Research - UCAR, LuAnne Thompson, University of Washington; William S. Kessler, NOAA/PMEL
Understanding Equatorial Pacific Climate Processes via Hierarchical Coupled Modeling
  • Year Funded: 2022
  • Principal Investigators: Andrew T. Wittenberg, NOAA/GFDL; Brandon Reichl, NOAA/GFDL; Fanrong Zeng, NOAA/GFDL; Feiyu Lu, Princeton/AOS/CIMES; Alistair Adcroft, Princeton/AOS/CIMES
Optimizing coupled boundary layer process studies in the tropical Pacific using high resolution models and in situ observations
  • Year Funded: 2022
  • Principal Investigators: Aneesh Subramanian, University of Colorado - Boulder; Kris Karnauskas, University of Colorado - Boulder; Charlotte DeMott, Colorado State University; Janet Sprintall, University of Californina - San Diego
Explainable AI and Process Diagnostics to Understand State-Dependent Precipitation Forecast Errors
  • Year Funded: 2022
  • Principal Investigators: Elizabeth Barnes, Colorado State University; Eric Maloney, Colorado State University
Understanding the diurnal rainfall processes over tropical islands to improve subseasonal to seasonal precipitation forecasts
  • Year Funded: 2022
  • Principal Investigators: Naoko Sakaeda, University of Oklahoma; James Ruppert, University of Oklahoma; Giuseppe Torri, University of Hawaii
Precipitation Biases along the Warm Pool Edge as a Cause of Poor El Niño Forecasts During Boreal Spring
  • Year Funded: 2022
  • Principal Investigators: Kyla Drushka, University of Washington; Aaron Levine, University of Washington/CICOES; Michelle LâHeureux, NOAA/NWS/NCEP/CPC; Caihong Wen NOAA/NWS/NCEP/CPC
Diagnosing S2S Precipitation Biases and Errors Associated with Extratropical Cyclones and Storm Tracks over the Continental United States Using the GFDL SPEAR Model
  • Year Funded: 2022
  • Principal Investigators: Edmund Kar-Man Chang, Stony Brook University; Xiaosong Yang, NOAA/GFDL
Investigating the MJO-TC connection and its role in subseasonal US precipitation prediction
  • Year Funded: 2022
  • Principal Investigators: Daehyun Kim, University of Washington; Eric D. Maloney, Colorado State University; Suzana Camargo, Columbia University
Uncrewed Surface Vehicles as a Research Platform for Tropical Pacific Observing Platform (TPOS) Field Campaigns
  • Year Funded: 2022
  • Principal Investigators: Yolande Serra, University of Washington; Samantha Willis, University of Washington
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