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Advancing Understanding of Plant-Drought Interactions for Landscape to Regional Scale Drought Prediction

NIDIS Supported Research
NIDIS-Supported Research
Main Summary

This study aims to better understand vegetation-atmosphere feedbacks that lead to, intensify, and sustain drought, and to increase understanding of interactions of vegetation within the physical climate system. An improved understanding of vegetation-drought feedbacks could contribute to improved probabilistic predictions on seasonal to climate timescales.

This project is part of the MAPP/NIDIS-supported Drought Task Force V. 

Research Snapshot

Research Timeline
September 1, 2023–August 31, 2026
Principal Investigator(s)

Aleya Kaushik, University of Colorado Boulder

Co-Principal Investigator(s)

Bharat Rastogi, University of Colorado Boulder; John Miller and Lori Bruhwiler, NOAA Global Monitoring Laboratory

Project Funding
NIDIS-MAPP FY 2023 Grant Competition
Focus Areas (DEWS Components)
Related Topics

What to expect from this research

This project builds on previous NIDIS/MAPP-funded research demonstrating the use of new data constraints that have not been previously considered for drought monitoring. The researchers will focus on three objectives:

  • Analyze the sensitivity of drought events to vegetation interactions. 
  • Optimize biosphere model parameters relevant to energy, moisture, and carbon exchange during droughts, using atmospheric observations of carbon dioxide, carbonyl sulfide, leaf surface temperature (LST), and solar-induced chlorophyll fluorescence (SIF).
  • Improving forecasting of drought using plant stress response as a benchmark