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This page provides a comprehensive and easy to use toolbox of possible adaptation measures. Please select one or more of the group filters below to obtain detailed information on the measures of interest.

Climate change poses a serious threat to our ability to manage our water resources in the Danube River Basin. In response, the ICPDR updated its Strategy on Adaptation to Climate Change in 2018 based on the most recent research in the field.

On 3 December 2007, a Conference on the Adaptation of Water Management to the Effects of Climate Change in the Danube region took place in Vienna.
The goal was to discuss the expected effects of climate change on the water cycle, such as enhanced droughts and floods, and how the related challenges can be met for the sake of nature and people.

daNUbs was a mulitnational EU research project carried out under the leadership of the Technical University of Vienna. The results from this project include estimates of nutrient inputs into the river network (MONERIS), as well as an assessment of the loads of nitrogen, phosphorus and silica transported via the river network. These results indicate that the nutrient status in the Black Sea has significantly improved since the 1980s.

The nutrient levels, notably phosphorus and nitrogen, found in the Danube River and its major tributaries hold significant international importance. This is because they directly contribute to the phenomenon of eutrophication in both the river itself and the Black Sea. Historical trend analysis of nutrient river loads over the past decades shows a significant reduction in the transported nutrient fluxes to the Black Sea. Overall nutrient emissions declined by 30% (nitrogen) and 50% (phosphorus) in the last 15 years. However, the current long-term fluxes are still considerably higher than those of the early 1960ies which represent river loads under low pressures, indicating a further load reduction potential that might be exploited for the benefit of the Black Sea. Nevertheless, in the last 5-10 years the measured loads are rather low and close to the Black Sea targets indicating significant water quality improvement.