wsi

Water modeller

A Python package for integrating and simulating various processes of the water cycle in real-time.

WSIMOD is a software for simulating water quality and quantity

GitHub

13 stars
3 watching
2 forks
Language: Python
last commit: 7 days ago
Linked from 1 awesome list

hacktoberfesthydrologyintegrated-modellingpollutionpythonwastewaterwater-quality

Backlinks from these awesome lists:

Related projects:

Repository Description Stars
ec-usgs/pywatershed A hydrologic model framework using Python and Fortran 36
gwmod/nlmod A Python package for building, running and visualizing MODFLOW 6 groundwater models in the Netherlands. 35
ewatercycle/ewatercycle A Python package for running hydrological models in an isolated and portable way. 35
ecohydrologyteam/clearwater-modules A collection of simulation modules designed to couple with water transport models 5
immm-sfa/mosartwmpy A Python translation of a water routing and management model 20
pyswmm/pyswmm Provides a Python interface to the US Environmental Protection Agency's Stormwater Management Model (SWMM) for hydraulic modeling and hydrology analysis. 292
artesiawater/hydropandas A Python package for analyzing and writing hydrological timeseries data 56
uu-hydro/pcr-globwb_model A large-scale hydrological model intended for global to regional studies 118
mwtoews/surface-water-network A Python package to create and analyze surface water networks 29
watertap-org/watertap An open-source water treatment model library developed as part of the National Alliance for Water Innovation project. 60
environmental-modeling-workflows/watershed-workflow Tools and data processing pipeline for high-resolution hydrology simulations on US watersheds. 67
servir-mekong/hydra-floods A Python package for analyzing remote sensing data to produce high-quality surface water maps in near real-time. 165
uw-hydro/vic A hydrological model with detailed representation of subgrid variability and parameterization of base flow. 263
iiasa/cwatm A hydrological model simulating the water cycle at global and local levels, assessing water supply, demand, and environmental needs. 70
usepa/wntr A tool for simulating and analyzing water distribution networks under disaster scenarios. 318