Linked from

The 42 pages that link to Water vapor, each with the reason it gives.

• John DaltonRelated: Dalton investigated how water vapor behaves in air and how atmospheric moisture affects pressure.

• Cloud condensation nucleiRelated: It supplies the water that condenses onto cloud condensation nuclei.

• Atmospheric windowRelated: Its strong, numerous absorption bands interrupt infrared transmission.

• Exoplanet atmosphereRelated: Water vapor has been detected in some exoplanet atmospheres and is a major spectral target.

• John TyndallRelated: Tyndall identified it as a strong absorber of heat radiation.

• DeliquescenceRelated: It supplies the molecules that a deliquescent solid absorbs.

• ThunderstormRelated: Moist air supplies condensate and latent heat for cloud and storm development.

• Air densityRelated: Water vapor replaces heavier nitrogen and oxygen molecules, lowering moist-air density at equal pressure and temperature.

• Cumulus cloudRelated: Rising moist air supplies the vapor that condenses into cumulus cloud droplets.

• DesiccantRelated: This is the moisture desiccants capture from their surroundings.

• Lake-effect snowRelated: Evaporation from the lake supplies vapor that can condense and freeze.

• Pressure cookerRelated: Steam is the working fluid that carries heat and builds pressure inside the cooker.

• Hydrogen fuelRelated: Water is the main product when hydrogen reacts completely with oxygen.

• TroposphereRelated: Most atmospheric water vapor is concentrated here, enabling clouds and precipitation.

• Polar stratospheric cloudRelated: Stratospheric water vapor supplies the ice and liquid components of cloud particles.

• Cumulonimbus cloudRelated: Rising air supplies the moisture that condenses into cloud droplets.

• Volcanic outgassingRelated: Water is commonly abundant among volcanic emissions and can condense after release.

• Water–gas shift reactionRelated: Steam supplies the oxygen and hydrogen atoms needed to convert carbon monoxide.

• Winter stormRelated: Moisture supplies the precipitation that a winter storm can deliver.

• FumaroleRelated: It commonly dominates fumarole plumes when groundwater is heated beneath the surface.

• FrostRelated: It supplies the molecules that become frost crystals.

• PopcornRelated: Steam generated inside the kernel builds the pressure needed for popping.

• Funnel cloudRelated: Cooling air causes water vapor to condense, outlining part of the funnel’s circulation.

• Noctilucent cloudRelated: Even trace amounts of water vapor supply the ice that makes these clouds visible.

• Steam devilRelated: Water vapor from the warm surface supplies moisture that can condense in cooler air.