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Summary Of: Greenhouse effect

The greenhouse effect was discovered by... The greenhouse effect is only one of many factors which affect the temperature of the Earth... runaway greenhouse effect and tipping point... with a simplified model of a purely radiative greenhouse effect that ignores energy transfer in the atmosphere by... A substantial part of the greenhouse effect due to carbon dioxide exists because this vibration is easily excited by infrared radiation... runaway greenhouse effect and tipping point... runaway greenhouse effect and tipping point... a runaway greenhouse effect could be caused by liberation of methane gas from hydrates by global warming if there... greenhouse effect is actually a misnomer since heating in the usual greenhouse is due to the reduction...

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| cleanup | quality standards | A schematic representation of the exchanges of energy between outer space, the Earth's atmosphere, and the Earth surface. The ability of the atmosphere to capture and recycle energy emitted by the Earth surface is the defining characteristic of the greenhouse effect. | | outer space | Earth's atmosphere | Greenhouse gases | infrared | Earth’s | atmosphere | clouds | greenhouse | convection | conduction | Joseph Fourier | Svante Arrhenius | Earth's | Black body | Global warming | greenhouse gases | use of land | Other positive and negative feedbacks | Mars | Venus | Radiative forcing | Solar radiation at top of atmosphere and at Earth's surface. | | Solar radiation | Pattern of absorption bands generated by various greenhouse gases and their impact on both solar radiation and upgoing thermal radiation from the Earth's surface. Note that a greater quantity of upgoing radiation is absorbed, which contributes to the greenhouse effect. | | radiation | reflects | steady state | solar radiation | infrared | increases with increasing temperature | visible | solar radiation | convection | Sensible heat flux | evaporation | condensation | water vapor | latent heat | Latent heat flux | stratosphere | troposphere | lapse rate | climate modeling | Real greenhouses | Greenhouse gas | | cite | references or sources | reliable sources | Unverifiable | Quantum mechanics | molecules | frequency | spectral lines | Major greenhouse gas trends | | spectroscopic measurements | Year-over-year increase of atmospheric CO2: In the 1960s, the average annual increase was 37% of what it was in 2000 through 2007. | | oxygen | nitrogen | argon | dipole | water vapor | carbon dioxide | ozone | dipole moment | methane | nitrous oxide | chlorofluorocarbons | tipping point | James Hansen | feedback | positive feedback | negative feedback | albedo | Stefan-Boltzmann law | clathrate gun hypothesis | Permian-Triassic extinction event | Venus | hydrogen | oxygen | subducted | Global warming | carbon dioxide | Intergovernmental Panel on Climate Change | ice core data | paleoclimatologists | Solar greenhouse (technical) | A modern Greenhouse in RHS Wisley | | Greenhouse | RHS Wisley | convection | Wikibooks | Wikibooks | Wikiversity | Wikiversity | Anti-greenhouse effect | Climate change | Climate forcing | Earth's energy budget | Earth's radiation balance | Global dimming | Global warming | 3 May | 2008 | National Oceanic and Atmospheric Administration | San Francisco, California | Addison-Wesley | ISBN 0-321-27779-1 | PDF | KiB | Ann Henderson-Sellers | climate modelling | American Meteorological Society | doi | PDF | KiB | v | d | Global warming | climate change | Instrumental record | Satellite record | Past 1,000 years | Since 1880 | Geologic record | Anthropogenic | Aviation | Carbon dioxide | Climate sensitivity | Global dimming | Global warming potential | Greenhouse gases | Keeling Curve | Land use and forestry | Urban heat island | Albedo | Bond events | Cloud forcing | Glaciation | Global cooling | AMO | ENSO | IOD | PDO | Orbital variations | Orbital forcing | Radiative forcing | Solar variation | Volcanism | controversy | Scientific opinion | Scientists opposing the mainstream assessment | Climate change denial | Models | Global climate model | Politics | United Nations Framework Convention on Climate Change (UNFCCC / FCCC) | Intergovernmental Panel on Climate Change (IPCC) | Potential effects and issues | Climate change and agriculture | Drought | Economics of global warming | Glacier retreat | Mass extinction | Ozone depletion | Ocean acidification | Sea level rise | Season creep | Shutdown of thermohaline circulation | Australia | India | United States | Mitigation | Kyoto Protocol | Clean Development Mechanism | Joint Implementation | Bali roadmap | European Climate Change Programme | United Kingdom Climate Change Programme | Oil phase-out in Sweden | Emissions trading | Personal carbon trading | Carbon tax | Carbon offset | Carbon credit | Carbon dioxide sink (carbon sequestration) | Cap and Share | Energy conservation | Efficient energy use | Renewable energy | Renewable energy commercialization | Renewable energy development | Soft energy path | G8 Climate Change Roundtable | Individual and political action on climate change | Proposed adaptations | Damming | glacial lakes | Drought tolerance | Irrigation investment | Rainwater storage | Sustainable development | Weather control | Avoiding Dangerous Climate Change | Land Allocation Decision Support System | Category:Global warming | Category:Climate change | Glossary of climate change | Categories | Atmospheric radiation | Climate change feedbacks and causes | Climate forcing | Atmosphere | Cleanup from August 2008 | All pages needing cleanup | Articles needing additional references from August 2008 |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Greenhouse effect".