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Key to these improvements are the coupling of physically based models for both atmospheric
and two-way coupling of atmospheric models COSMO and ICAR to a multi-layer snow model
This project sets out to revise both the basis upon which global glacier changes estimates are computed, and the way these estimates can be interpreted. This will be done by harnessing recent advances in obtaining globally-complete glaciological data, and by including some hitherto unaccounted processes into global glacier projections.
importance, and this is commonly done by combining remote-sensing observations with model
This project will combine field monitoring of debris flow sites, laboratory and field experiments, two-phase granular flow mechanics and numerical simulations to assess how debris flow mitigation must evolve in future.
In this project a numerical model to simulate fully and partially saturated flows
The rock slope instability „Spitze Stei“ constitutes a risk for the touristic infrastructure around lake Öschinensee and the village Kandersteg. Our project task will investigate the mechanisms which led to the slope destabilisation and analyse scenarios for slope failures.
We want to apply a thermo-mechanical model, which is fed with the rock-mechanical
Phenology might not be only controlled by temperature, photoperiod and water availability but also by tree intrinsic factors related to sink-source relationships.
on senescence progression, and embed the detected mechanisms into a phenology model
The environmental, social and economic impacts of feeding the Swiss population are immense, and largely fall outside of Swiss borders. New, harmonized and transdisciplinary methods are needed to track these multidimensional impacts to support new dialogues between science, society and policy in orde
In parallel, we will (iv) develop a model of the entire Swiss agri-food system to
This project focuses on mapping tree cover through historical images to reveal decades of environmental change. The proposed B&WTreeNet is capable of cross-temporal semantic segmentation to address inconsistent tree cover features.
The model is capable of cross-temporal semantic segmentation, including various data
A recently discovered process of airborne snow metamorphism (ASM) affects the storage of isotope climate signals in ice sheets and the energy and mass balance of polar regions.
cold lab experiments, implementing ASM into the coupled atmosphere-snow cover model
Despite being an essential element of the biodiversity and climate change crisis, the feedback between biodiversity and climate remains an understudied subject in biodiversity and climate science. The project FeedBaCks will focus on this important interaction between the two disciplines.
investigate biodiversity-climate feedbacks by creating an integrated biodiversity-climate model
One of the most important questions of climate change impact research today is how glaciers are responding to global warming. ERC-funded, RAVEN aims to determine the role that debris-covered glaciers play in the water cycle of High Mountain Asia and better incorporate processes unique to debris-cove
multiple scales, will be drawn together into the TOPKAPI-ETH glacio-hydrological model
