EventPilot Web App

Enter Note Done

Author/Chair

Sujay Kumar

NASA Goddard Space Flight Center

Notes

Meeting roles in:
Understanding and Quantifying the Human Impacts on the Water Cycle I Poster
Dynamic Lapse Rate Corrections Improve Snowpack Modeling Across Mountain Regions Critical for Water Supply
Leveraging Multi-Sensor Observations for Global Reservoir Monitoring
Quantitative analysis of the impact of drought onreservoir operations at the Global Scale
Making Earth Science data accessible: An AI Co-Pilot for NASA’s North American Land Data Assimilation System
Understanding and Quantifying the Human Impacts on the Water Cycle II Oral
Enhancing hydrological drought monitoring for USDM end users using NASA LIS and WRF-Hydro modeling systems
Phase three of the North American Land Data Assimilation System – Advances, Limitations, and Future Needs.
Enhancing streamflow drought simulation through calibration for the US Drought Monitor
AVAIL/AgLIS Integrated Crop-Hydrological Modeling and Multidimensional Data Assimilation Framework for Precision Agricultural Decision Support
Quantifying the role of anthropogenic vegetation disturbances on evapotranspiration rates in the Amazon basin
Benchmarking Precipitation Forcings and Assessing Incremental Runoff Contributions with the NASA LIS-HyMAP Model in the Yacyreta Catchment
Utilizing NASA datasets to understand causes of river flooding in near-natural watersheds
Integrating GRACE-Informed Root-Zone Storage Capacity into Noah-MP to Enhance Drought and Ecohydrological Simulations
Global Rain-on-Snow Dynamics and Hydrologic Impacts from the Historical Period to the End of the 21st Century
Some reality checks on the ML-physical model integration in practice
Projections of Western US Montane Snow Water Equivalent: Total Snow Mass in Regions with Projection Agreement and Divergence
Fine-Tuning Prithvi-EO-2.0 foundation Model for High-Resolution Irrigation Mapping with Limited Labeled Data
Deep Learning of Seasonal Peak Snow Water Content of Global Boreal Forest and Arctic using Spaceborne L-band Radiometry
Influence of Precipitation-Induced Vegetation Changes on Heatwave Patterns in Semi-Arid Regions of South America
NUWRF4HTAP: A Multiscale Earth System Modeling System Supporting HTAP3-Fires and Other Policy-relevant Activities
Merging Land Surface Modeling and Remotely Sensed Snow Cover Fraction to Improve SWE Estimates: Initial Validation of the CoReSSD 1km North American SWE Product
Improving global snow depth retrieval from AMSR2 data using interpretable machine learning
Designing for Preparedness: An Earth System Digital Twin Architecture for Coastal Zones
Development of the Agriculture Land Information System (AgLIS)

Sessions

Links & Materials

Sujay Kumar

GC23D-01: Phase three of the North American Land Data Assimilation System – Advances, Limitations, and Future Needs. (invited)

H41B-01: Some reality checks on the ML-physical model integration in practice (invited)

C51D-0369: Improving global snow depth retrieval from AMSR2 data using interpretable machine learning

IN51B-02: Designing for Preparedness: An Earth System Digital Twin Architecture for Coastal Zones

My ORCID Profile

NUWRF4HTAP: A Multiscale Earth System Modeling System Supporting HTAP3-Fires and Other Policy-relevant Activities

AVAIL/AgLIS Integrated Crop-Hydrological Modeling and Multidimensional Data Assimilation Framework for Precision Agricultural Decision Support

Global Rain-on-Snow Dynamics and Hydrologic Impacts from the Historical Period to the End of the 21st Century

Projections of Western US Montane Snow Water Equivalent: Total Snow Mass in Regions with Projection Agreement and Divergence

Merging Land Surface Modeling and Remotely Sensed Snow Cover Fraction to Improve SWE Estimates: Initial Validation of the CoReSSD 1km North American SWE Product

Improving global snow depth retrieval from AMSR2 data using interpretable machine learning

Phase three of the North American Land Data Assimilation System – Advances, Limitations, and Future Needs.

Influence of Precipitation-Induced Vegetation Changes on Heatwave Patterns in Semi-Arid Regions of South America

Dynamic Lapse Rate Corrections Improve Snowpack Modeling Across Mountain Regions Critical for Water Supply

Leveraging Multi-Sensor Observations for Global Reservoir Monitoring

Quantitative analysis of the impact of drought onreservoir operations at the Global Scale

Enhancing hydrological drought monitoring for USDM end users using NASA LIS and WRF-Hydro modeling systems

Enhancing streamflow drought simulation through calibration for the US Drought Monitor

Quantifying the role of anthropogenic vegetation disturbances on evapotranspiration rates in the Amazon basin

Utilizing NASA datasets to understand causes of river flooding in near-natural watersheds

Benchmarking Precipitation Forcings and Assessing Incremental Runoff Contributions with the NASA LIS-HyMAP Model in the Yacyreta Catchment

Integrating GRACE-Informed Root-Zone Storage Capacity into Noah-MP to Enhance Drought and Ecohydrological Simulations

Some reality checks on the ML-physical model integration in practice

Deep Learning of Seasonal Peak Snow Water Content of Global Boreal Forest and Arctic using Spaceborne L-band Radiometry

Development of the Agriculture Land Information System (AgLIS)

Making Earth Science data accessible: An AI Co-Pilot for NASA’s North American Land Data Assimilation System

Fine-Tuning Prithvi-EO-2.0 foundation Model for High-Resolution Irrigation Mapping with Limited Labeled Data

Designing for Preparedness: An Earth System Digital Twin Architecture for Coastal Zones