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100%, Zurich, fixed-term Join our research team at ETH Zurich in a project designed to enhance the resilience of vulnerable communities worldwide against climate change. This PhD position is an
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tons of waste annually and contributes to nearly 40% of climate change impacts. In Switzerland, with 1.8 million residential buildings and 4.7 million dwellings, future demolitions represent
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to project future forest responses to global change drivers. Job description Compilation of existing, large data sets across Europe Identification of forest resistance and resilience to deposition and climate
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and population. In the future, as these climatic extremes are expected to increase worldwide due to climate change, such cities need new design ideas and science-informed adaptation plans, including
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. Project background Solar and terrestrial radiation management is a climate intervention approach to modify the Earth's radiation budget by cooling the planet and mitigating some of the negative impacts from
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100%, Zurich, fixed-term The Atmospheric Physics group of Prof. Ulrike Lohmann at the Institute for Atmospheric and Climate Science (IAC) at ETH Zurich invites applications for a 3-year to 3.5
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in water resources management, using in-house developed numerical methods and models, addressing topics such as climate change impacts on water resources, sediment budgets and natural hazards, urban
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programming and have experience with Python in data analysis and/or numerical modelling. You are enthusiastic to learn about forest dynamics, natural disturbances, climate change, and the processes shaping
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The evolution of rocky planets is a fundamental enigma in planetary science, linked to the question of habitability. Understanding how planets change over time and what differentiates the Earth from its cousins
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interdisciplinary team of scientists studying ecosystems at a global scale to understand the relationships between biodiversity and climate change. Our research at ETH Zurich aims to generate a fundamental