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- Q5135716 subject Q7039010.
- Q5135716 subject Q8482458.
- Q5135716 subject Q8764955.
- Q5135716 abstract "Cloud reflectivity modification is a climate engineering technique (or more specifically, a solar radiation management technique) that would seek to reflect a very small fraction of sunlight back into space in order to offset many of the negative impacts of climate change. In particular, it would seek to alter clouds to make them more or less reflective, in order to change their effect on climate.There are two hypothesised forms: cirrus thinning and marine cloud brightening. High, cold cirrus clouds tend to allow sunlight through, yet trap infra-red (or longwave) radiation from Earth. Therefore, thinning or removing these clouds reduces their longwave trapping capacity and results in a cooling effect on Earth's climate.Conversely, low, warm clouds tend to be highly reflective to sunlight, especially when the cloud is bright due to the presence of smaller droplets (because of the Twomey effect). Therefore, modifying these clouds to make them more reflective cools the climate. This proposed technique is known as 'marine cloud brightening', 'marine sky brightening' or 'cloud whitening' of low cloud.By modifying the reflectivity of clouds, the albedo of Earth would be altered. The intention is that this technique, in combination with greenhouse gas emissions reduction (and possibly other climate engineering techniques) will be sufficient to control global warming. The effect is expected to be fully reversible, as the cloud condensation nuclei particles precipitate naturally. However, like any planetary-scale project dealing with the complex climate system, there is a non-trivial risk of unintended consequences.".
- Q5135716 thumbnail ShipTracks_MODIS_2005may11.jpg?width=300.
- Q5135716 wikiPageWikiLink Q101038.
- Q5135716 wikiPageWikiLink Q1135789.
- Q5135716 wikiPageWikiLink Q113796.
- Q5135716 wikiPageWikiLink Q11388.
- Q5135716 wikiPageWikiLink Q125465.
- Q5135716 wikiPageWikiLink Q1361502.
- Q5135716 wikiPageWikiLink Q1555938.
- Q5135716 wikiPageWikiLink Q167336.
- Q5135716 wikiPageWikiLink Q17165387.
- Q5135716 wikiPageWikiLink Q184395.
- Q5135716 wikiPageWikiLink Q185638.
- Q5135716 wikiPageWikiLink Q1997.
- Q5135716 wikiPageWikiLink Q210932.
- Q5135716 wikiPageWikiLink Q3123623.
- Q5135716 wikiPageWikiLink Q3720186.
- Q5135716 wikiPageWikiLink Q423133.
- Q5135716 wikiPageWikiLink Q441871.
- Q5135716 wikiPageWikiLink Q5434710.
- Q5135716 wikiPageWikiLink Q58734.
- Q5135716 wikiPageWikiLink Q6244082.
- Q5135716 wikiPageWikiLink Q663650.
- Q5135716 wikiPageWikiLink Q677.
- Q5135716 wikiPageWikiLink Q7039010.
- Q5135716 wikiPageWikiLink Q7354.
- Q5135716 wikiPageWikiLink Q7610455.
- Q5135716 wikiPageWikiLink Q7622249.
- Q5135716 wikiPageWikiLink Q7942.
- Q5135716 wikiPageWikiLink Q8074.
- Q5135716 wikiPageWikiLink Q8482458.
- Q5135716 wikiPageWikiLink Q8764955.
- Q5135716 wikiPageWikiLink Q906347.
- Q5135716 wikiPageWikiLink Q921851.
- Q5135716 comment "Cloud reflectivity modification is a climate engineering technique (or more specifically, a solar radiation management technique) that would seek to reflect a very small fraction of sunlight back into space in order to offset many of the negative impacts of climate change. In particular, it would seek to alter clouds to make them more or less reflective, in order to change their effect on climate.There are two hypothesised forms: cirrus thinning and marine cloud brightening.".
- Q5135716 label "Cloud reflectivity modification".
- Q5135716 depiction ShipTracks_MODIS_2005may11.jpg.