27 dependents
| Package | Description | Downloads/month |
|---|---|---|
| Landlab codebase, wiki, and tests | 42K | |
| A Python library to fetch the global gridded soil information from SoilGrids (ht... | 16K | |
| XMI (BMI + extensions) python wrapper for hydrological kernels | 14K | |
| Fetch and cache land elevation data from OpenTopography through an API, BMI, or ... | 3K | |
| Run your BMI implementation in a separate process and expose it as BMI-python wi... | 1K | |
| Dev version for a HBV hydrological model using BMI for eWaterCycle. | 1K | |
| A dynamic GIS flood model | 1K | |
| Python implementation of MOSART-WM: A water routing and management model | 989 | |
| Python version of TempEst 2 with built-in data retrieval and NextGen support. | 980 | |
| Hydrological modeling package | 890 | |
| OlmoEarth Runner - Geospatial ML processing tools for distributed inference and ... | 714 | |
| A Python package for running and validating a hydrology model | 618 | |
| A Python library as a Basic Model Interface implementation for the ERA5 data (ht... | 613 | |
| Python modules for running the STEMMUS-SCOPE model. | 576 | |
| Access data (and metadata) from a GeoTIFF file through a BMI | 500 | |
| Generic Python implementation of the SCHEMA modeling framework with built-in BMI... | 470 | |
| Hillslope-Link Model | 405 | |
| Runoff Generation Research - a process-based hydrological toolbox model in Pytho... | 330 | |
| BMI over openapi spec | 155 | |
| Lumped watershed component of TempEst-NEXT. NEWT = Near-term Expected Watershed ... | 118 | |
| Fetch and process data from the National Water Model | 116 | |
| NextGen-compatible δHBV2.0 rainfall-runoff module. | 95 | |
| Template project for a hydrological model BMI for eWaterCycle. | 76 | |
| BMI implementation for datasets from National Water Information System https://w... | 74 | |
| A Python library to fetch the marine substrates datasets from dbSEABED (https://... | 70 | |
| BMI implementation for ROMS model data https://www.myroms.org/ | 62 | |
| Fetch data from the operational National Hydrologic Model | 40 |
