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13/09/2018 - Hurricane Florence is threatening the US coast as it will likely hit North or South Carolina. Last year already brought unusually devastating tropical cyclones.

11/09/2018 - The book "Warning signal: extreme events" with contributions from more than a hundred researchers will be presented this week at a major symposium at the University of Hamburg, Germany. From heat waves and droughts but also heavy rain and floods to tropical cyclones: the risks are increasing globally. The new publication as well as the event are intended to present the topic to a broader public.

20/08/2018 - Be it heavy downpours or super-hot spells, summer weather becomes more persistent in North America, Europe and parts of Asia. When those conditions stall for several days or weeks, they can turn into extremes: heatwaves resulting in droughts, health risks and wildfires; or relentless rainfall resulting in floods. A team of scientists now presents the first comprehensive review of research on summer weather stalling focusing on the influence of the disproportionally strong warming of the Arctic as caused by greenhouse-gas emissions from burning fossil fuels. Evidence is mounting, they show, that we likely meddle with circulation patterns high up in the sky. These are affecting, in turn, regional and local weather patterns – with sometimes disastrous effects on the ground. This has been the case with the 2016 wildfire in Canada, another team of scientists show in a second study.

07/26/2018 - Everybody seems to be talking about the weather these days, with extreme heat in Germany and Europe, forest fires in Sweden, Greece and California. From Japan to the Arctic - the Northern hemisphere is currently experiencing a heat wave and experts from the Potsdam Institute for Climate Impacts Research (PIK) were interviewed by numerous media outlets for an assessment of the current situation in the light of climate change.

09/07/2018 - Currently, California is confronted with extreme heat while Japan is hit by heavy rain. Stefan Rahmstorf, Earth System Analysis research domain co-chair at the Potsdam Institute for Climate Impact Research (PIK) and Professor at the University of Potsdam comments on the issue.

05/28/2018 - Intensifying river floods could lead to regional production losses worldwide caused by global warming. This might not only hamper local economies around the globe – the effects might also propagate through the global network of trade and supply chains, a study now published in Nature Climate Change shows. It is the first to assess this effect for flooding on a global scale, using a newly developed dynamic economic model. It finds that economic flood damages in China, which could, without further adaption, increase by 80 percent within the next 20 years, might also affect EU and US industries. The US economy might be specifically vulnerable due to its unbalanced trade relation with China. Contrary to US president Trump’s current tariff sanctions, the study suggests that building stronger and thus more balanced trade relations might be a useful strategy to mitigate economic losses caused by intensifying weather extremes.

02/05/2018 - China's Guanting region is threatened by water scarcity - how water and land can be used sustainably was explored over several years by a German-Chinese team headed by the Potsdam Institute for Climate Impact Research (PIK). Now the scientists published a book on their findings. The researchers applied computer simulations on climate change and water cycles in Brandenburg to the Guanting region. They thereby gained valuable new methodological insights for refining their models - and now bring this back to Germany: a learning process across continents.

01/24/2018 - The European Commissioner for Humanitarian Aid and Crisis Management, Christos Stylianides, visited the Potsdam Institute for Climate Impact Research (PIK) together with Director-General Monique Pariat and members of cabinet. He was interested in the latest climate research and particularly in prevention measures for the increasing risks of floods and forest fires due to climate change.

11/01/2018 - Rainfall changes caused by global warming will increase river flood risks across the globe. Already today, fluvial floods are among the most common and devastating natural disasters. Scientists have now calculated the required increase in flood protection until the 2040s worldwide, breaking it down to single regions and cities. They find that the need for adaptation is greatest in the US, parts of India and Africa, Indonesia, and in Central Europe including Germany. Inaction would expose many millions of people to severe flooding.