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Isoprene Emission, Plant-Insect Interactions N2O, Emissions, Tropical Rain Forests, Global Inventory, Biogeochemical Model
Mixing-layer Height, Annual and Diurnal Variation, Remote Sensing Techniques Regional Climate-Chemistry Simulations, Gas Phase Transformations, Photooxidants, UV-Radiation
Water Vapor Profiling, Differential Absorption Lidar, Troposphere, Sounding Technique Solar FTIR, Near Infrared, Invers Modelling, Satellite Validation, Kyoto Process
TERENO, Climate Feedback Observatory, Ammer Catchment, Lysimeter Network, Water Balance GLOWA-Volta, Volta Basin, Weather Forecast, Water Resource Management, Decision Support System
Regional weather forecast

Climate and Water

Climate change will have a significant impact on water availability and flood and drought risks. It is expected that a warmer climate will lead to a change in spatial and temporal distribution of precipitation and will in particular produce more hydrometeorological extreme events.

 

  Climate change will develop differently in many areas of the world compared to global climate change. Special attention is set on regions that are climate sensitive and highly vulnerable to climate change, like mountainous regions (e.g. the Alps in Europe) and semi-arid regions (e.g. the Volta River Basin in West Africa).

Designing adaptation strategies requires a fundamental understanding of regional climate change and its impact on water balance and a quantitative assessment of future conditions. Research in this field are the main objectives of the Climate and Water research area of IMK-IFU. It contributes to the topic 2 "Interactions between bio-, hydro-, and atmosphere" of the Helmholtz Research Programme "Atmosphere and Climate". 

 

The research is carried out in the working group
Climate Change and Terrestrial Hydrology.

 

General contact: Harald Kunstmann