01789nmm a22002297a 4500003000900000005001700009008004100026022001400067040002800081100003700109245002800146260003400174300001500208500012500223501061800348504006800966520040101034653001901435653001901454653001901473856006701492ES-BaAUN20221227190841.0221102| ||||go||d|||||| |||| 00| 0 eng d  a2575-5374  aES-BaAUNbengcES-BaAUN1 aGeorge Ewais, Maryanne eauthor.10aExtreme Flood Scenarios3 bUrbanNext,cOctober 30, 2017.  a783 words.  aEnergy and sustainability, Essay, Imminent Urban Commons, Maryanne George Ewais, Territory and mobility, Urban Paradigms  aBarcelona, Cities, City challenge, Climate, Climate change, Coast, Coast line, Crisis, Environment, Environmental degradation, Essay, Extreme conditions, Extreme environments, Future cities, Future tendencies, Global Awareness, IAAC, Imminent Commons, Ocean, Planetary urbanizations, Politics, Population, Research, Rethinking Urban Environments, Sea Level Rise, Seoul Biennale 2017, Spain, Sustainability, Sustainable Development, Territorial dimension, Territory, Urban environment, Urban Paradigms, Urban planning, Urban Policy, Urban political ecology, Urban research, Urbanism, Water, Water level, Waterfront  aRead more in NEXTOKYO: Sea Level Rise and Coastal Urbanization.  aOne potential climate tipping point is the response of sea levels to changes in the Greenland and Antarctic ice sheets. Melting of the ice sheets adds liquid water to the oceans and raises global sea levels. Although researchers are working to develop numerical models that will narrow down exactly how fast and how much the ice will melt, development of these models may take more than a decade.00aClimate Change00aSea Level Rise01aArctic Regions40uhttps://urbannext.net/extreme-flood-scenarios/zAccess to info