Research themes
CENL endeavors to improve the understanding of land-atmosphere interaction by probing into vegetation dynamics and their biogeophysical and biogeochemical feedback to climate, with a special focus on these dynamics under climatic extremes. We develop and apply ecosystem models and climate models to test our research hypothesis, and produce key ecosystem and climate variables to provide high-quality ecosystem and climate datasets at different temporal and spatial scales for the scientific community and stakeholders.
Research projects
Ongoing:
MoASVeF - Sub-seasonal vegetation feedback in Africa (2022-2025, PI)
PERClimX - Role of post-stress ecosystem recovery in future climatic extremes (2023-2027, PI)
SwForTrans - Modelling Swedish Forest Transpiration under future enhanced summer extremes (2023-2025, PI)
GreenFeedback - Global carbon feedbacks (2022-2026, key participant)