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- Iris_hypothesis abstract "The iris hypothesis is a hypothesis proposed by Richard Lindzen et al. in 2001 that suggested increased sea surface temperature in the tropics would result in reduced cirrus clouds and thus more infrared radiation leakage from Earth's atmosphere. His study of observed changes in cloud coverage and modeled effects on infrared radiation released to space as a result supported the hypothesis. This suggested infrared radiation leakage was hypothesized to be a negative feedback in which an initial warming would result in an overall cooling of the surface. The consensus view is that increased sea surface temperature would result in increased cirrus clouds and reduced infrared radiation leakage and therefore a positive feedback.Other scientists have since tested the hypothesis. Some concluded that there was no evidence supporting the hypothesis. Others found evidence suggesting that increased sea surface temperature in the tropics did indeed reduce cirrus clouds but found that the effect was nonetheless a positive feedback rather than the negative feedback that Lindzen had hypothesized. A later 2007 study conducted by Roy Spencer et al. using updated satellite data potentially supported the iris hypothesis. In 2011, Lindzen published a rebuttal to the main criticisms.".
- Iris_hypothesis wikiPageExternalLink Iris.
- Iris_hypothesis wikiPageID "2794507".
- Iris_hypothesis wikiPageRevisionID "590401811".
- Iris_hypothesis hasPhotoCollection Iris_hypothesis.
- Iris_hypothesis subject Category:Climate_change_science.
- Iris_hypothesis subject Category:Climate_feedbacks.
- Iris_hypothesis subject Category:Climatology.
- Iris_hypothesis type ClimateFeedbacks.
- Iris_hypothesis type Feedback113479380.
- Iris_hypothesis type NaturalProcess113518963.
- Iris_hypothesis type PhysicalEntity100001930.
- Iris_hypothesis type Process100029677.
- Iris_hypothesis comment "The iris hypothesis is a hypothesis proposed by Richard Lindzen et al. in 2001 that suggested increased sea surface temperature in the tropics would result in reduced cirrus clouds and thus more infrared radiation leakage from Earth's atmosphere. His study of observed changes in cloud coverage and modeled effects on infrared radiation released to space as a result supported the hypothesis.".
- Iris_hypothesis label "Effet iris".
- Iris_hypothesis label "Hipoteza tęczówki".
- Iris_hypothesis label "Hipótese de Iris".
- Iris_hypothesis label "Ipotesi Iris".
- Iris_hypothesis label "Iris hypothesis".
- Iris_hypothesis label "Iris-Hypothese".
- Iris_hypothesis label "アイリス仮説".
- Iris_hypothesis sameAs Iris-Hypothese.
- Iris_hypothesis sameAs Effet_iris.
- Iris_hypothesis sameAs Ipotesi_Iris.
- Iris_hypothesis sameAs アイリス仮説.
- Iris_hypothesis sameAs Hipoteza_tęczówki.
- Iris_hypothesis sameAs Hipótese_de_Iris.
- Iris_hypothesis sameAs m.0832xy.
- Iris_hypothesis sameAs Q122030.
- Iris_hypothesis sameAs Q122030.
- Iris_hypothesis sameAs Iris_hypothesis.
- Iris_hypothesis wasDerivedFrom Iris_hypothesis?oldid=590401811.
- Iris_hypothesis isPrimaryTopicOf Iris_hypothesis.