Après 10 ans de bons et loyaux services, la forge institutionnelle de feu Irstea baissera le rideau le 30 juin 2026 prochain
Nous vous invitons donc à migrer tous vos projets sur la forge institutionnelle INRAE. Il n'est malheureusement pas possible de migrer automatiquement tous les projets. Toutefois l'équipe de la forge a testé différents scénarios de migration et a redigé un guide de migration
@@ -25,13 +25,11 @@ IBASAM is made of 8 submodels representing fundamental biological processes :
...
@@ -25,13 +25,11 @@ IBASAM is made of 8 submodels representing fundamental biological processes :
7.[Maturation](Maturation)
7.[Maturation](Maturation)
8.[Migrations](Migrations)
8.[Migrations](Migrations)
It also includes 1 submodel to simulate impact of fishing and 2 environmental submodels to simulate climate change:
It also includes 1 submodel to simulate impact of fishing and 2 environmental submodels to simulate climate change:
9.[Fishing](fishing)
9.[Fishing](fishing)
10.[River climate](riverclimate)
10.[River climate](riverclimate)
11.[Ocean climate](oceanclimate)
11.[Ocean climate](oceanclimate)
-**How to use IBASAM?**
-**How to use IBASAM?**
The IBASAM model was developed in C++ and interfaced as a shared library for R (R Development Core, 2010) to make easy the statistical analyses of model outputs. The C++ source codes and R scripts to create and use the model as R package are available online on Github. More detailed explanations are provided here:
The IBASAM model was developed in C++ and interfaced as a shared library for R (R Development Core, 2010) to make easy the statistical analyses of model outputs. The C++ source codes and R scripts to create and use the model as R package are available online on Github. More detailed explanations are provided here:
