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- Lifted_condensation_level abstract "The lifted condensation level or lifting condensation level (LCL) is formally defined as the height at which the relative humidity (RH) of an air parcel will reach 100% when it is cooled by dry adiabatic lifting. The RH of air increases when it is cooled, since the amount of water vapor in the air (i.e., its specific humidity) remains constant, while the saturation vapor pressure decreases almost exponentially with decreasing temperature. If the air parcel is lifting further beyond the LCL, water vapor in the air parcel will begin condensing, forming cloud droplets. (In the real atmosphere, it is usually necessary for air to be slightly supersaturated, normally by around 0.5%, before condensation occurs; this translates into about 10 meters or so of additional lifting above the LCL.) The LCL is a good approximation of the height of the cloud base which will be observed on days when air is lifted mechanically from the surface to the cloud base (e.g., due to convergence of airmasses).".
- Lifted_condensation_level thumbnail LCL-determination.png?width=300.
- Lifted_condensation_level wikiPageExternalLink search?id=lifting-condensation-level1.
- Lifted_condensation_level wikiPageExternalLink 299.
- Lifted_condensation_level wikiPageExternalLink 307.
- Lifted_condensation_level wikiPageID "5082256".
- Lifted_condensation_level wikiPageRevisionID "601720345".
- Lifted_condensation_level hasPhotoCollection Lifted_condensation_level.
- Lifted_condensation_level subject Category:Atmospheric_thermodynamics.
- Lifted_condensation_level subject Category:Severe_weather_and_convection.
- Lifted_condensation_level comment "The lifted condensation level or lifting condensation level (LCL) is formally defined as the height at which the relative humidity (RH) of an air parcel will reach 100% when it is cooled by dry adiabatic lifting. The RH of air increases when it is cooled, since the amount of water vapor in the air (i.e., its specific humidity) remains constant, while the saturation vapor pressure decreases almost exponentially with decreasing temperature.".
- Lifted_condensation_level label "Lifted condensation level".
- Lifted_condensation_level label "Niveau de condensation par ascension".
- Lifted_condensation_level label "Poziom kondensacji wymuszonej".
- Lifted_condensation_level label "持ち上げ凝結高度".
- Lifted_condensation_level sameAs Niveau_de_condensation_par_ascension.
- Lifted_condensation_level sameAs 持ち上げ凝結高度.
- Lifted_condensation_level sameAs Poziom_kondensacji_wymuszonej.
- Lifted_condensation_level sameAs m.0d1w_5.
- Lifted_condensation_level sameAs Q3055189.
- Lifted_condensation_level sameAs Q3055189.
- Lifted_condensation_level wasDerivedFrom Lifted_condensation_level?oldid=601720345.
- Lifted_condensation_level depiction LCL-determination.png.
- Lifted_condensation_level isPrimaryTopicOf Lifted_condensation_level.
