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Funded Projects

3D-Land Energy and Moisture Exchanges: Harnessing High Resolution Terrestrial Information to Refine Atmosphere-to-Land interactions in Earth System Models
  • Year Funded: 2019
  • Principal Investigators: K.N. Liou (UCLA)
A categorical assessment of forecast skill, uncertainty and biases in extended-range ensemble forecast of stratospheric regime changes
  • Year Funded: 2016
  • Principal Investigators: Andrea Lang (University at Albany, SUNY)
A CPT for Improving Turbulence and Cloud Processes in the NCEP Global Models
  • Year Funded: 2013
  • Principal Investigators: Krueger, Steven (University of Utah)
A framework for improving land-surface hydrologic process representation in CLM over California
  • Year Funded: 2010
  • Principal Investigators: Sorooshian, Soroosh (UC Irvine)
A Hybrid Statistical-Dynamical System for the Seamless Prediction of Daily Extremes and Subseasonal to Seasonal Climate Variability
  • Year Funded: 2018
  • Principal Investigators: Dan Collins (NOAA/CPC)
A Methodology for North American Decadal Climate Prediction
  • Year Funded: 2012
  • Principal Investigators: Kumar, Arun (NOAA/CPC)
A Multi-decadal Coastal Water Level Model Reanalysis for Coastal Inundation and Flood Risk Assessment
  • Year Funded: 2022
  • Principal Investigators: Brian Blanton
A New Technique for Improved MJO Prediction
  • Year Funded: 2018
  • Principal Investigators: Chidong Zhang (NOAA/PMEL)
A probabilistic characterization of the interaction between large-scale atmosphere, land surface and fire to enable improvement of drought early warnings over the Great Plains and California
  • Year Funded: 2020
  • Principal Investigators: Rong Fu
A Subseasonal Excessive Heat Outlook System for CPC’s Global Tropics Hazards and Benefits Outlook (GTH)
  • Year Funded: 2016
  • Principal Investigators: Augustin Vintzileos (University of Maryland/ESSIC)
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