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John Bolten
Hydrological Sciences Laboratory, NASA Goddard Space Flight CenterMeeting roles in:
Dynamic Lapse Rate Corrections Improve Snowpack Modeling Across Mountain Regions Critical for Water Supply
Making Earth Science data accessible: An AI Co-Pilot for NASA’s North American Land Data Assimilation System
Global Estimates of Nature-Based Carbon Removal through Restoration of Riparian and Floodplain Ecosystems
A Novel Hybrid CNN-LSTM Approach to Dynamically Parameterize the Soil Water Balance for Improved and Self-Calibration of Global Rainfall Estimation
Operational Hydrological Modeling in Data-Scarce Regions: Assessing the Impact of Fine-Resolution Soil Moisture Assimilation
Turning Streams into Rain Gauges: Leveraging Long-Term Streamflow Data to Recover Historical Precipitation
Benchmarking Precipitation Forcings and Assessing Incremental Runoff Contributions with the NASA LIS-HyMAP Model in the Yacyreta Catchment
ENSO‑Modulated Escalation of Global Drought: How ENSO Drives Drought Occurrence and Severity
Escalating Global Drought Hazard: Evidence from Onset to Rebound
Validation of Swot Derived Reservoir Water Levels in the Upper Paraná River Basin
Improved NDVI Forecasting in Sub-Saharan Africa Using FLDAS Soil Moisture Forecasts and the Dynamic Agricultural Productivity Indicator Approach
Earth observations and the Earth science workforce: a water and national security perspective
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