ФАО АГРИС — международная информационная система по сельскохозяйственным наукам и технологиям

Climate Impacts on Energy Systems : Key Issues for Energy Sector Adaptation

2011

Ebinger, Jane | Vergara, Walter


Библиографическая информация
Издатель
World Bank
Другие темы
Temperature variability; Global temperature; Acid; Ghgs; Water cycle; Climate change fund; Climate risk management; Wind speeds; Atmosphere-ocean general circulation model; Regional climate model; Climate variations; Climate risk assessment; Negative impacts; Climate risk screening; Global climate change; Climate factors; Temperature rises; Small hydropower; Climate change science; Season; Surface wind speed; National meteorological services; Liquefied petroleum gas; Meteorological variables; Window of opportunity; Rainfall trend; Vulnerability to climate change; Climate conditions; Future climate changes; Renewable energy sources; Colors; Wind gusts; Global average surface warming; Wind generators; Climate change scenarios; Ghg; Scientist; Climate parameter; Climate vulnerability; Anthropogenic emissions; Regional climate; Climate impacts; Impacts of climate change; Meteorological research; Climate hazard; Intergovernmental panel on climate change; Climate projections; Electricity generation; Solar power; National climate; Response to climate change; Temperature increase; Global climate; Climate scientists; Climate parameters; Carbon disclosure project; Meteorological organization; Hydrological services; Global mean temperatures; Meteorological services; Greenhouse gas; Resilience to variations in climate; Climate change impacts; Climate scenarios; Surface temperatures; Floods; Climate modeling; Gcm; Heating degree days; Temperature variations; Generation capacity; Extreme weather; Emission scenarios; Climate information; Greenhouse; Atmosphere-ocean general circulation; High temperatures; Climate system model; Transport sector; International scientific community; Global climate observing system; Ipcc; Temporal resolution; Surface soil; Sea level rise; Emissions; Climate mitigation; Climate change damages; Low-carbon; Climate policies; Climate risk; Surface permafrost; So2; Extreme events; Mma; Emissions scenarios; Ch4; Mountain glaciers; Climate impact; Energy transmission; Hydrological systems; Water vapor; Climate trends; Climatic conditions; General circulation model; Biosphere; Framework convention on climate change; Gas turbines; Fossil fuel; Greenhouse gas mitigation; Emissions mitigation; Carbon capture; Energy systems; Consequences of climate change; Climatic impacts; Climate research; Climate risks; Economics of adaptation to climate change; Energy supply; Climate adaptation; Temperature increases; Energy policy
Лицензия
http://hdl.handle.net/10986/2271http://creativecommons.org/licenses/by/3.0/igoWorld BankCC BY 3.0 IGO
ISSN
8213-8697

2014-09-15
AGRIS AP
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