A distributed hydrological modeling platform
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Updated
Mar 8, 2023 - Python
A distributed hydrological modeling platform
🌻 pyet is a Python package to estimate reference and potential evaporation.
Rainfall-Runoff modelling playground
Watershed Modelling Framework
Python package to setup and run hydrologic models using data from Earth Engine
💦 A codebase for data-driven hydrological time-series forecasting, with official implementation of FloodDAN.
Tool for modeling water resources in glacierized catchments. Combines a temperature-index melt model with the conceptual catchment model HBV and a parameterized glacier area/volume re-scaling routine.
Implementation of the D8 algorithm, a lake identification and flow algorithm with python and matplotlib
grid administration for 3Di models
Livestock is a package for Grasshopper providing components for modelling water movement and hydrothermal effects around buildings to enable and evaluate sustainable solutions, where those effects are incorporated.
Python functions to interact with the command line version of HBV-light
A QGIS Plugin for Raven
Allows J2K to read glacier evolution simulations from any glacier model. Dynamic glacier evolution for the J2K hydrological model
pySWATPlus is a Python library tailored for seamless interaction with Soil and Water Assessment Tool Plus (SWAT+). Empowering users to efficiently manage input and output files within Python environments, pySWATPlus streamlines data manipulation and calibration processes using pymoo..
Rainfall-runoff modeling using HBV. Options to run in a lumped or distributed form. Differential Evolution, Robust Parameter Estimation and Brute force algorithms used for calibration. Multi-basin calibration/validation. Various objective functions to evaluate model performance. Basin properties derived using the TauDEM executables. Various plot…
https://git.ufz.de/mhm/mhm-tools mirror: Tools to pre- and post-process data for and from mHM.
Performing multisite regionalization learning methods and results analysis with smash.
A framework for running empirical land surface models.
Bankfull Regression Equations for CONUS
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