Offer N° : PRS-24-344
Holistic modelling of ecosystem services provided by forest landscapes under multiple perturbations
Type : Post-doc
Place : UMR AMAP CIRAD
Period : from 1 March 2024 – 28 February 2026 Duration: 24 months
Level required : - Holding a PhD with a strong background in ecological modelling, programming and/or data analytical skills
Place : UMR AMAP CIRAD
Period : from 1 March 2024 – 28 February 2026 Duration: 24 months
Level required : - Holding a PhD with a strong background in ecological modelling, programming and/or data analytical skills
Laboratory:
UMR CIRAD-CNRS (5120)-INRA (931)-IRD (123)- Université Montpellier, "botAnique et Modélisation de l'Archtecture des Plantes et des végétations"
Job description:
Purpose :
Forest landscapes are generally complex socio-ecological systems, with spatially heterogeneous land covers and multifaceted interactions involving biological, economic and socio-cultural processes. Forest landscapes support large populations and provide a large bundle of ecosystem services. In the era of global changes, with intensifying perturbations (e.g., droughts, fires) and associated cascading effects (e.g., insect epidemics following drought stress), it becomes critical to understand the resilience of forest landscapes and to predict the fate of multiple ecosystem services as a function of contrasted management scenarios.
Other details : Doc_65c9e90745768.pdf
UMR CIRAD-CNRS (5120)-INRA (931)-IRD (123)- Université Montpellier, "botAnique et Modélisation de l'Archtecture des Plantes et des végétations"
Job description:
Purpose :
Forest landscapes are generally complex socio-ecological systems, with spatially heterogeneous land covers and multifaceted interactions involving biological, economic and socio-cultural processes. Forest landscapes support large populations and provide a large bundle of ecosystem services. In the era of global changes, with intensifying perturbations (e.g., droughts, fires) and associated cascading effects (e.g., insect epidemics following drought stress), it becomes critical to understand the resilience of forest landscapes and to predict the fate of multiple ecosystem services as a function of contrasted management scenarios.
Other details : Doc_65c9e90745768.pdf
Knowledge required
- Clear communication in English in both spoken and written forms
- Good interpersonal skills needed for teamwork
- Knowing social approaches, including interviews and surveys will be a bonus, but not essential
- Speaking French or Chinese will be a bonus, but not essential