Our research themes

Aerial view of highway passing through forest and agricultural fields with rural buildings. www.kit.edu
Ecosystem functional diversity and services
Aerial view of farmland with wind turbines and a village in the distance. Markus Breig, KIT
Impacts and future of land use
Wetland landscape with clear water, grasses, and trees under a bright blue sky. Gabi Zachmann, KIT
Land-climate-interactions

News

Course: Machine Learning for Earth Systems Modelling.ECMWF
Online course: Earth Systems Modelling with Machine Learning

Registrations are now open for the third part of the Machine Learning for Earth Systems Modelling series. Team member Carolina is teaching in the module "Extreme Events", focusing on the application of machine learning to wildfire danger prediction. The course begins on October 5, 2026.

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Group of researchers in front of mountains.Mishal Benz, KIT
WOW researchers meet in Garmisch-Partenkirchen

From September 7-9, we hosted our colleagues from Karlsruhe for a meeting in Garmisch-Partenkirchen to review research progress across the work packages, coordinate near-term priorities, and discuss ongoing work in the WOW project (WOW – a World model of Our World). Between sessions, the team enjoyed the scenic mountain setting with walks around the campus. 

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A conceptual overview of the critical processes missing from land system modelling.https://doi.org/10.16993/tellus.4129
The missing pieces in global ecosystem models

The dual challenges of climate change and biodiversity loss now demand that ecosystem models capture far greater complexity to address questions at the intersection of climate, land, humans, and biodiversity. Earlier this summer, Almut and colleagues published a perspective paper discussing future directions, highlighting critical processes currently missing from dynamic global vegetation models. Including, for example, better representation of land management, land use decision-making, and improved biological realism. They also identified new opportunities to address these gaps through emerging data sources and methods.

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