Most coral reefs are at risk unless climate change is drastically limited
09/16/2012 - Coral reefs face severe challenges even if global warming is restricted to the 2 degrees Celsius commonly perceived as safe for many natural and man-made systems. Warmer sea surface temperatures are likely to trigger more frequent and more intense mass coral bleaching events. Only under a scenario with strong action on mitigating greenhouse-gas emissions and the assumption that corals can adapt at extremely rapid rates, could two thirds of them be safe, shows a study now published in Nature Climate Change. Otherwise all coral reefs are expected to be subject to severe degradation.
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From summer droughts to winter floods: climate impacts in Germany
09/26/2012 - Global climate change has local impacts from the Baltic Sea to the Alps, from Rhineland to the sands of Brandenburg. For the first time, these impacts can be shown in a comprehensive and consistent manner for the sectors they will particularly affect, including agriculture, forestry, water management and energy supply. About 170 guests from business, politics, administrations, science and associations attended the presentation of findings by the Potsdam Institute for Climate Impact Research at the Humboldt University of Berlin early this week.
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Recognizing the Elephant in the Room: Future Climate Impacts across Sectors
12/16/2013 - A pioneering collaboration within the international scientific community has provided comprehensive projections of climate change effects, ranging from water scarcity to risks to crop yields. This interdisciplinary effort, employing extensive model inter-comparisons, allows research gaps to be identified, whilst producing the most robust possible findings. The results provide crucial insights for decision-making regarding mitigation efforts in the face of potential impact cascades. The analyses are to be published in a special feature of the Proceedings of the National Academy of Sciences that assembles the first results of the Inter-Sectoral Impact Model Intercomparison Project (ISI-MIP), which aims at bringing research on climate impacts onto a new level.
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