Earth's Annual Global Mean Energy Budget¶
Kiehl, & Trenberth. (1997). Earth's Annual Global Mean Energy Budget.
Cited by¶
1 citation across 1 artifact.
Each citation links to the sentence it supports in the citing article.
Domain-specific¶
- Greenhouse Effect
- Without the natural greenhouse effect, Earth's mean surface temperature would be roughly 255 K rather than the observed ~288 K; the 33 K difference is the natural greenhouse warming sustained primarily by water vapour and CO₂
This sourceKiehl and Trenberth's global energy-budget estimate, which attributes the clear-sky longwave greenhouse contribution primarily to water vapour and carbon dioxide.
Supported in partVerified against the publisher's abstract
“The authors find that for the clear sky case the contribution due to water vapor to the total longwave radiative forcing is 75 W m−2, while for carbon dioxide it is 32 W m−2.”
- Without the natural greenhouse effect, Earth's mean surface temperature would be roughly 255 K rather than the observed ~288 K; the 33 K difference is the natural greenhouse warming sustained primarily by water vapour and CO₂
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Registry ID ref:844d50002e16 · see in the full table