Université Toulouse - Jean Jaurès

Combining spatial dependence occupancy models and conservation gap analyses to promote species conservation: A case study with a threatened semi-aquatic mammal

dependence is well-suited to network-constrained environments. We applied this model to a semi-aquatic mammal development and additional applications to other taxa difficult-to-survey or network-constrained environments We then assessed the efficiency of the PA network to protect suitable streams for G. pyrenaicus by combining the most suitable sections benefit from a moderate to strong level of protection. Some highly suitable dependence occupancy models and conservation gap analyses to promote species conservation: A case study with a

Type : Article
- Mis à jour le 24/05/2022

DEEP-C Consortium: Carbon sink or methane source – local to global scale assessment of lentic waters’ role in the climate system

best tool to extrapolate from site-level observations to regional and finally global scales to quantify database established in WPs 1 and 2 which we will couple to ORCHIDEE C-lateral to simulate lake C burial and response to climate and processes in the lake watershed. This model set-up will first be used to better constrain on these fluxes and to reconstruct long-term shifts in emissions and burial due to changes in land cover permitting to assess C exports from watersheds at sub-grid scale. While LSMs are used to assess evolution Dowload pdf version Keywords Land to ocean aquatic continuum lentic waters lakes and reservoirs C stocks sensors integrated approaches temporal trends centuries to millennia Page perso de E.Chapron Page perso de D Consortium: Carbon sink or methane source – local to global scale assessment of lentic waters’ role in

Type : Article
- Mis à jour le 04/10/2024