- Climate Change Adaptation Strategies in the Baltic Sea Region (2011)
- In light of projected climate change impacts in the Baltic Sea region, there is a strong need for enhanced understanding about adaptation needs. In this regard, the role of local level decision makers will be crucial to the success of such adaptation strategies. This primer aims to provide local decision makers with insights and knowledge on the subject. This primer has been prepared as part of the project RADOST (Regional Adaptation Strategies for the German Baltic Sea Coast), which is funded by the German Federal Ministry of Education and Research.
- NEWS [English Version] (2011)
- Content: Regional Activities: RADOST Annual Conference 2011 in Travemünde; Research at Anchor; Stakeholder Analysis; RADOST-Workshop “Coastal Tourism”; BSSSC/BALTEX Conference “Adaptation to Climate Change on the Regional Level”; Workshop “Baltic Sea and Baltic Sea Coast between Climate Change and Climate Adaptation”; Mussel Workshop at the Institute for Baltic Sea Research Warnemünde; International Activities: Climate Change, the Science Policy Interface and Coastal Zone Management; Workshops on Regional Availability of Climate Knowledge in the Baltic Sea Region
- NEWS [English Version] (2012)
- Content: Regional Activities: RADOST: Baltic Sea Coast 2100; Close Cooperation with Tourism Experts in the Future; The Bay of Kiel Climate Alliance takes a new Direction; National Activities: Second Regional Conference on Climate Adaptation Communities in Climate Change; International Activities: National Adaptation Strategies in the Baltic States; Exchange of Experiences with Practitioners in the USA; Chinese Delegation Shows Interest in Coastal Research in Kiel; RADOST and Baltadapt at Green Week and the UN Climate Conference; RADOST at the Baltic Sea Days Publications: Perceptions and Activities regarding Climate Change on the German Baltic Sea Coast; Handbook „Climate Change Adaptation Strategies in the Baltic Sea Region“; New Edition of “Meer & Küste”; Assessment of the Influence of Climate Change on Development Potential for Near-surface Geothermal Energy