[...]...Acknowledgments The report Turn Down the Heat: Climate Extremes, Regional Impacts, and the Case for Resilience is a result of contributions from a wide range of experts from across the globe The report follows Turn Down the Heat: Why a 4°C Warmer World Must be Avoided, released in November 2012 We thank everyone who contributed to its richness and multidisciplinary outlook The report has been written... devastating conditions especially for those least able to adapt The poorest could increasingly be hit the hardest For this report, we turned again to the scientists at the Potsdam Institute for Climate Impact Research and Climate Analytics This time, we asked them to take a closer look at the tropics and prepare a climate forecast based on the best available evidence and supplemented with advanced computer... Catherine Vidar, Debbie Wetzel, Gregory Wlosinski, Johannes Woelcke, Gregor Wolf, and Winston Yu We acknowledge with gratitude the Climate and Development Knowledge Network (CDKN), the Global Facility for Disaster Reduction and Recovery (GFDRR), the Climate Investment Funds (CIF), and Connect 4Climate (C4C) for their contributions to the production of this report and associated outreach materials x Foreword... people in informal settlements being exposed to heat waves, flooding, and diseases xi TURN DO WN THE H E AT: C L IM AT E E X T RE ME S , R EGION A L IMPA C TS, A N D TH E C A SE FOR R ESILIENCE The case for resilience has never been stronger This report demands action It reinforces the fact that climate change is a fundamental threat to economic development and the fight against poverty At the World... Centre for Theoretical Physics, Italy) 1 A full list of ISI-MIP modeling groups is given in Appendix 2 ix TURN DO WN THE H E AT: C L IM AT E E X T RE ME S , R EGION A L IMPA C TS, A N D TH E C A SE FOR R ESILIENCE The report was commissioned by the World Bank’s Global Expert Team for Climate Change Adaptation and the Climate Policy and Finance Department The Bank team, led by Kanta Kumari Rigaud and Erick... distribution of climate impacts, and interaction among impacts which accentuates cascade effects For example: 1 Unusual and unprecedented heat extremes3: Expected to occur far more frequently and cover much greater land areas, both globally and in the three regions examined For example, heat extremes in South East Asia are projected to increase substantially in the near term, and would have significant and adverse... both heat and ocean 3 In this report, “unusual” and “unprecedented” heat extremes are defined by using thresholds based on the historical variability of the current local climate The absolute level of the threshold thus depends on the natural year-to-year variability in the base period (1951–1980), which is captured by the standard deviation (sigma) Unusual heat extremes are defined as 3-sigma events For. .. high-resolution regional and global climate models Rainfall is projected by many global climate models to increase in the Horn of Africa and the northern part of east Africa, making these areas somewhat less dry The increases are projected to occur during higher intensity rainfall periods, rather than evenly during the year, which increases the risk of floods In contrast, high-resolution regional climate models... scenario for the days and years ahead—what we could face in our lifetime The scientists tell us that if the world warms by 2°C—warming which may be reached in 20 to 30 years—that will cause widespread food shortages, unprecedented heat- waves, and more intense cyclones In the near-term, climate change, which is already unfolding, could batter the slums even more and greatly harm the lives and the hopes... 3-sigma events have a return time of 740 years The 2012 US heat wave and the 2010 Russian heat wave classify as 3-sigma events Unprecedented heat extremes are defined as 5-sigma events They have a return time of several million years These events which have almost certainly never occurred to date are projected for the coming decades See also Chapter 2 (Box 2.2) xvii TURN DO WN THE H E AT: C L IM AT E . alt="" Climate Extremes, Regional Impacts, and the Case for Resilience Turn Down Heat the June 2013 A Report for the World Bank by the Potsdam Institute for Climate Impact Research and Climate. people in informal settlements being exposed to heat waves, flooding, and diseases. TURN DOWN THE HEAT: CLIMATE EXTREMES, REGIONAL IMPACTS, AND THE CASE FOR RESILIENCE xii The case for resilience. cite the work as follows: World Bank. 2013. Turn Down the Heat: Climate Extremes, Regional Impacts, and the Case for Resilience. A report for the World Bank by the Potsdam Institute for Climate
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Xem thêm: TURN DOWN THE HEAT CLIMATE EXTREMES, REGIONAL IMPACTS, AND THE CASE FOR RESILIENCE., TURN DOWN THE HEAT CLIMATE EXTREMES, REGIONAL IMPACTS, AND THE CASE FOR RESILIENCE., South East Asia: Coastal Zones and Productivity at Risk, South Asia: Extremes of Water Scarcity and Excess, Appendix 2. Methods for Temperature, Precipitation, Heat Wave, and Aridity Projections, Appendix 3. Methods for Multisectoral Hotspots Analysis, Appendix 4. Crop Yield Changes under Climate Change, 11 Sea-level rise in the period 2081–2100 relative to 1986–2005 along the world’s coastlines, from south to north, 1 Sub Sahara Africa – Multi-model mean of the percentage change in the Aridity Index In a 2°C world (left) and a 4°C world (right) for Sub-Saharan Africa by 2071–2099 relative to 1951–1980, 11 Local sea-level rise above 1986–2005 mean as a result of global climate change, 13 Average “yield gap” (difference between potential and achieved yields) for maize, wheat, and rice for the year 2000, 16 Percentage overlap between the current (1993–2002 average) distribution of growing season temperatures as recorded within a country and the simulated 2050 distribution of temperatures in the same country, 8 Local sea-level rise above 1986–2005 mean level as a result of global climate change, 8 Local sea-level rise above the 1986–2005 mean as a result of global climate change, 11 The Ganges, Brahmaputra, and Meghna basins, 15 Median production change averaged across the climate change scenarios (A1B, A2, and B1) with and without CO[sup(2)] fertilization, 5 Fraction of land surface at risk of severe ecosystem change as a function of global mean temperature change for all ecosystems models, global climate models, and emissions scenarios, 11 Hotspots of cyclone mortality risk, based on past observations, A1.3 Projected global-mean temperature increase relative to pre-industrial levels in 2081–2100 for the main scenarios used in this report, 5 Current and projected population exposed to 50 cm sea-level rise, land subsidence and increased storm intensity in 2070 in Jakarta, Yangon, Manila, Bangkok, and Ho Chi Minh City, 3 Climate Change Projections, Impacts, and Uncertainty