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Severe storms --- Severe storms. --- Severe weather --- Storms --- Storm chasers --- Meteorology. Climatology --- atmospheric convection --- emergency preparedness --- snow --- weather forecasting --- severe storms --- meteorology
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Connect content-area literacy and science with differentiated readers featuring lab activities and profiles of related scientitists
Severe storms. --- Storms. --- Weather. --- Severe storms --- Storms --- Weather --- Earth & Environmental Sciences --- Meteorology & Climatology --- Meteorology --- Natural disasters --- Severe weather --- Storm chasers --- Study and teaching (Elementary)
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Under the Weather explores the relationship between human mobility and severe weather exacerbated by the climate emergency. Offering an ecological approach to mobilities, Sodero argues that mobility can be reimagined to work with, rather than against, the climate in ways that also benefit the health, education, and economy of communities.
Climatic changes. --- Human ecology. --- Severe storms. --- Atlantic. --- Canada. --- Colville. --- Goyette. --- Halifax. --- Kijp. --- Ktaqmkuk. --- Mikmaki. --- Newfoundland. --- NovaScotia. --- carbon. --- change. --- coastal. --- contingency. --- disaster. --- disruption. --- ecological. --- emergency. --- emissions. --- flexibility. --- fuel. --- globalheating. --- health. --- hurricane. --- immobilities. --- infrastructure. --- ktuk. --- mobilities. --- ocean. --- poetry. --- redundancy. --- resilience. --- revolutionize. --- root cellars. --- sea level rise. --- severe weather. --- supply chains. --- sustainability. --- transformation. --- transportation. --- vital. --- vulnerability. --- warming.
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There is a low but uncertain probability that climate change could trigger "mega-catastrophes," severe and at least partly irreversible adverse effects across broad regions. This paper first discusses the state of current knowledge and the defining characteristics of potential climate change mega-catastrophes. While some of these characteristics present difficulties for using standard rational choice methods to evaluate response options, there is still a need to balance the benefits and costs of different possible responses with appropriate attention to the uncertainties. To that end, the authors present a qualitative analysis of three options for mitigating the risk of climate mega-catastrophes - drastic abatement of greenhouse gas emissions, development and implementation of geoengineering, and large-scale ex ante adaptation - against the criteria of efficacy, cost, robustness, and flexibility. They discuss the composition of a sound portfolio of initial investments in reducing the risk of climate change mega-catastrophes.
Atmosphere --- Climate --- Climate Change --- Climate Change Economics --- Climate Change Mitigation and Green House Gases --- Climate system --- Desertification --- Ecosystem --- Environment --- Floods --- Forest --- GHG --- GHGs --- Global greenhouse gas --- Greenhouse --- Greenhouse gas --- Greenhouse gas emissions --- Hurricanes --- Ice sheets --- IPCC --- Macroeconomics and Economic Growth --- Precipitation --- Science and Technology Development --- Science of Climate Change --- Severe weather --- Temperature --- Transport --- Urban Development
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