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Pushpendra Raghav
University of AlabamaMeeting roles in:
Advancing Measurements and Modeling of Invisible Components of the Water Budget: Challenges, Opportunities, and Applications I Oral
Evaluation of Temperature Trends Simulated by Reanalysis Data at Observations Sites in the Continental United States
Leveraging FluxNet Data for Improved Estimation of Potential Evapotranspiration Using the Priestley-Taylor Method
Advancing Measurements and Modeling of Invisible Components of the Water Budget: Challenges, Opportunities, and Applications II Poster
Evaluating the Accuracy of Evaporative Stress Index-based Flash Drought Detection in Global Reanalysis Data
A High-Performing 1 km Daily Gridded Evapotranspiration Dataset for CONUS Based on Surface Flux Equilibrium Theory
Partitioning Evapotranspiration in Coastal Wetlands Using Flux Variance Similarity: Multi-Year Insights into Drought, Hydrology, and Vegetation
The Complexity Paradox: When Advanced Evapotranspiration Models Underperform
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