GitLab

The mesoscale Hydrological Model -- mHM

A consistent, extensible, easy-to-use tool/framework for reproducible quality control of time series data.

This is an implementation of a flexible version of MPR (Multiscale Parameter Regionalization). It is currently designed as a standalone version that can be coupled with different models and will be remerged to the mHM codebase.

Python bindings for mHM

FORtran library for Computational Environmental Systems.

code: public

Unfolding the accessibility graph of a time-dependent graph

CORNish PASDy -- COsmic-Ray Neutron flavored PASDy PASDy -- Processing and Analysis of Sensor Data in pYthon

Python tool to characterize aquifers.

Wrapper to control MinIO commands that are not covered by the MinIO Python SDK

Module load scripts on HPC Clusters for Fortran Projects at CHS

HiLEG is a spatially explicit stage- and cohort-based simulation model that allows using daily time steps, to mechanistically examine the interrelations between population dynamics and external drivers, such as climate and land use.