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James Halgren
The University of AlabamaMeeting roles in:
Evaluating the Reliability of Flood Inundation Mapping in Ungauged Locations Using Observed, Modeled, and Machine Learning-Based Hydrologic Data
Using Machine Learning to Diagnose and Bias-Correct NextGen Framework Limitations
Global Sensitivity Analysis of Hydrodynamic Urban Flood Inundation Mapping and Modeling in a Coastal River Basin in the South United States
Historical Streamflow Reconstruction Using Hydro-Transformer Models with High-Confidence Gage Estimates
Building a Streamflow Reanalysis Dataset using Deep Learning-Based Geostatistical Signal Separation
Historical Streamflow Reconstruction Using Hydro-Transformer Models with High-Confidence Gage Estimates
Building a Streamflow Reanalysis Dataset using Deep Learning-Based Geostatistical Signal Separation
Extracting Hydrological Information from LSTM Models Using Cell State Analysis
FastPLN: High-resolution GPU-accelerated Rapid Flood Mapping at Scale
NextGen Research DataStream: Community Contributions Towards Improved Hydrologic Predictions
Optimizing Hydrological Predictions in the NextGen Framework: A Systematic Evaluation of Hydrofabric and HRU Discretization
Enabling Community Research with the Next Generation National Water Modeling Framework on through Streamlined Workflows
NextGen In A Box (NGIAB) and DataStream Visualizer: A Containerized Web Application for Interactive Geospatial and Temporal Visualization and Analysis of Hydrologic Model Outputs
MoltenFAC: A Tiled Flow Accumulation Algorithm for Large-Scale, Massively Parallel, and Memory-Efficient CPU/GPU Processing
Streamlining Community Modeling through Automated Data Processing for the Next Generation Water Resources Modeling Framework
High-Performance Computing Infrastructure for NextGen Water Resources Modeling: CIROH's R2OHC HPC Platform
Advancing t-route Toward Flexible and Scalable Flow Routing to Support Open Streamflow Data Access
Cloud infrastructure for NextGen Water Resources Modeling : CIROH’s R2OHC Cloud Platform
CIROH DocuHub and Portal: Knowledge Management System for Collaborative Water Resources Research
Advancing Hydrological Modeling: CIROH’s NextGen In A Box (NGIAB) and Enhanced Tools for Community-Driven Research
Modeling Regional Water Yield and Its Environmental Drivers: A Machine Learning Approach for the Southeastern United States
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