Advancing hydrology through open-source tools, community collaboration, and cutting-edge research.
Containerized solution for running the NextGen Water Resources Modeling Framework locally
- NGIAB-CloudInfra - Docker distribution for wide compatibility
- NGIAB-HPCInfra - Singularity distribution for HPC-optimized modeling
- NGIAB Data Preprocess - Data preparation tools
- NGIAB Calibration - Calibration tools
- NGIAB 101 Training - A comprehensive guide to getting started
- Documentation - In-depth information on NGIAB and related tools
Automated system for continuous hydrologic predictions
- ngen-datastream - Core datastream engine
- Real-time processing for VPU-16 on AWS Cloud
- Community parameter integration capability (in-progress)
Essential modeling engines powering the NextGen Water Resources Modeling Framework
- ngen - NextGen Water Resources Modeling Framework Engine (fork from NOAA-OWP repo) (ngiab branch integrated into NGIAB)
- t-route - Tree-based hydrologic routing engine for river network flow (fork from NOAA-OWP repo) (ngiab branch integreated into NGIAB)
- (lstm - Basic Model Interface (BMI) for streamflow prediction using Long Short-Term Memory (LSTM) networks (main branch - integrated into NGIAB)
Easily assess and explore NextGen-based model outputs (integrated into NGIAB-CloudInfra)
- ngiab-teehr - Performance assessment tools
- ngiab-tethys - NGIAB and DataStream Visualization
REST API backed by National Water Model data, developed on Google Cloud Platform
- awi-ciroh-image - CIROH JupyterHub Image repository
This research was supported by the Cooperative Institute for Research to Operations in Hydrology (CIROH) with funding under award NA22NWS4320003 from the NOAA Cooperative Institute Program. The statements, findings, conclusions, and recommendations are those of the author(s) and do not necessarily reflect the opinions of NOAA.
