The Danube River Basin (DRB) is one of the most diverse transboundary river system in the world in terms of the number of countries that share over its territory with different natural, cultural, societal and economic backgrounds. The assessment of quantity and quality of water resources and their changes in such a diverse system requires transnational and interdisciplinary approaches and cooperation.
We welcome contributions demonstrating:
(1) Modeling and inter-comparison of different models for simulating water balance components and water quality including climate change impact studies, sensitivity analyses, uncertainty evaluations.
(2) Evaluation of performance and uncertainty of transboundary datasets of climate and hydrological characteristics, including remote sensing products and climate projections.
(3) Applications supporting sustainable management of transboundary water including water abstractions, water-savings or water retention solutions in agriculture and industry.
We welcome contributions demonstrating:
(1) Modeling and inter-comparison of different models for simulating water balance components and water quality including climate change impact studies, sensitivity analyses, uncertainty evaluations.
(2) Evaluation of performance and uncertainty of transboundary datasets of climate and hydrological characteristics, including remote sensing products and climate projections.
(3) Applications supporting sustainable management of transboundary water including water abstractions, water-savings or water retention solutions in agriculture and industry.