Pywr is a generalised network resource allocation model written in Python.

reservoir network optimization

A Benchmark for Semantic Segmentation of Waterbody Images

Implements weather station class in Python that calculates ETo (reference crop's evapotranspiration) based on UN-FAO Irrigation and Drainage Paper 56

Python 3 interface to the HECLIB (Version 6 only) for 64 bit using SWIG. Primarily to provide access to HEC-DSS format

Code of Thesis to pursue an M.Sc. in Water Resources

Groundwater pumping estimation in Arizona using remote sensing datasets and machine learning

Evapotranspiration Product Generator for the USBR-JPL Second Generation ET Toolbox

ESP8266 and MicroPython web server to monitor a hall effect water sensor

API to access SNIRH data

A FastAPI server structure for CalSim3 scenario interactions.

Ribasim water resources modeling in the Netherlands

Re-Emission is a collection of methods for calculating GHG emisisons from reservoirs

This is a water resources library in its very early stages. (stay tuned)

Planning Nature-based Solutions (Plans2) is a modelling framework for planning the expansion of nature-based solutions in watersheds.

Planning Nature-based Solutions (Plans3) is a modelling framework for planning the expansion of nature-based solutions in watersheds.

HydroWizard: State-of-the-art hydrological modeling, optimization, and simulation using neural networks, genetic algorithms, and DAGs.

A highly curated story-board to show modeling results for the Climate Adaptation Studies