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Simulation du transport de polluant et de sédiments fins en suspension (MES) dans un écoulement 1D. Ce code est couplé (couplage en cascade sans rétroaction) avec MAGE
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MAGE est un logiciel de simulation monodimensionnelle d'écoulement en rivière en régime transitoire. Son domaine d'application privilégié est la simulation des crues et des zones inondées. Les équations utilisées sont les équations de Saint-Venant.
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Tutorials for forest analysis with airborne laser scanning (lidar) remote sensing. Tree detection and segmentation, field plot co-registration, forest parameters and habitat metrics mapping, forest gaps and edges detection. lidaRtRee_tutorials are now integrated as vignettes of the R package lidaRtRee. Documentation and tutorials are on https://lidar.pages-forge.inrae.fr/lidaRtRee/
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R package providing functions for forest analysis using airborne laser scanning (lidar remote sensing) data. R package lidaRtRee has moved to https://forge.inrae.fr/lidar/lidaRtRee Documentation and tutorials are on https://lidar.pages-forge.inrae.fr/lidaRtRee/
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A Python add-on for VigiCrues forecasts
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R package. Suite of GR Hydrological Models for Precipitation-Runoff Modelling
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'airGR' based Integrated Water Resource Management Model.
This R package works on top of on the 'airGR' package. It aims to model the catchment area with a semi-distributed model integrating human infrastructures and their management.
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Command line interface for the evalhyd utility
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R bindings for the evalhyd utility
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Python bindings for the evalhyd utility
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Utility to evaluate streamflow predictions
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