Ferdinand Briegel, KIT

Researchers at KIT and the University of Freiburg have used AI to calculate, at high resolution and over long periods of time, how the heat load per square metre will develop in urban areas in the future.

Markus Breig (KIT)

New rankings from U.S. News and ShanghaiRanking reaffirm KIT’s long-standing leadership in atmospheric sciences at the national level

Gabor Ujvari

Ancient soils and climate model data reveal a 5°C soil warming and flatter temperature gradients about 56 million years ago

Stefan Emeis

KIT Students Visit the WINSENT Wind Energy Test Site for Research on Wind Turbines in Mountainous Terrain on the Swabian Alb

Susanna Mohr

Insights into an extraordinary measurement campaign on hail formation: storm chasing, supercells and spectacular updraft measurements

Wilhelm et al. (2025)

The newly established TEEMLEAP testbed enables fair and systematic intercomparisons between numerical and machine-learning forecasts

Jannik Wilhelm

Hailstone in the freezer: Please send an email to hagel@imktro.kit.edu

Markus Breig, KIT

Weather research: International field campaign aims to better understand air exchange processes over the Alps

Magdalena Vallon

What influences our climate? How can we recognize changes in our environment? At the Science Camp: Climate & Environment, teenagers have the chance to become researchers themselves.