GitLab

Package R regroupant les données et analyses de la modélisation des usages sur le bassin versant de la Seine dans le cadre du projet IN-WOP.

Le but du package R Hatata est de fournir les outils permettant de saisir automatiquement des temps dans l'outil #temps utilisé à INRAE pour enregistrer le temps de travail des agents.

part of the ANR D2KAB project, this repository is dedicated to the construction of semantic resources (RDF dataset and OWL ontologies) that will represent plant phenological development stages for agricultural practices.

R package. Teaching Hydrological Modelling with the GR Rainfall-Runoff Models ('Shiny' Interface Included)

Website. airGRteaching R package

Documentation: https://reversaal.gitlab.irstea.page/OhmPi

Make hru-delin work with Grass7.x

Global Repositioning Dynamics for Diadromous fish Distribution

R package. Suite of GR Hydrological Models for Precipitation-Runoff Modelling

Website. airGR R package

Codes illustrant le billet de blog (en chantier) "La « crue centennale » prise la main dans le sac ! Réflexions et outils pour illustrer cette notion faussement familière."

R package providing functions for forest analysis using airborne laser scanning (lidar remote sensing) data.

R package. '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.

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.

DEMO : Interactive tool for teaching. It generates maximum annual discharges from a Gumbel distribution to demonstrate the variability of floods, and fits an estimated Gumbel distribution. The sample can be increased at will.

This interactive tool estimates the backwater curve in a chanel with an imposed level downstream. Two sliders modify the roughness (expressed as a Strickler coefficient = 1/Manning coefficient) and delta_h, computation step. french legend