### process:

Evaporation
* Causes some of the oil to transfer to the atmosphere.
* Make water disappear.
* More evaporation globally means more rainfall globally.
* Most evaporation becomes vapor
  - water vapor
  - decreases moisture
* Most evaporation has cool effects
  - heat
  - increases air
  - involves vaporization
* Most evaporation lowers humidity levels
  - water levels
* Most evaporation occurs at different temperature
  - during time
* Most evaporation occurs in everyday life
  - removes heat
  - requires energy
* Most evaporation uses energy
* Some evaporation absorbs heat.
* Some evaporation affects humans
  - weather patterns
* Some evaporation causes surface water
  - creates pressure zones
  - depends on humidity
  - exceeds condensation
* absorbs heat and condensation releases heat.
* also concentrates pesticides and other pollutants
  - has a cooling effect on body temperature
  - helps in cloud formation
* also occurs in which water vapors are released into the air
  - when water vapor moves from the surface of the ground
  - plays a part in the process of lowering the lake in late summer
  - serves as a means of concentrating nonvolatile substances
* can be a major source of heat loss from hot tubs
  - increase as the oil spreads, due to the increased surface area of the slick
  - make hundreds, even thousands, of gallons of water disappear
* can occur on raindrops, and on free water surfaces such as seas and lakes
  - until the air becomes saturated with water vapor
  - only occur when water is available
* causes cooling
  - the wet-bulb temperature to be cooler
  - things to get cooler
* changes liquid water to water vapor
  - water molecules from the liquid state into a gas or vapor
* commonly occurs in everyday life.
* cooling process, so overall the temperature remains constant
* cools oceans and increases their salt concentration.
* cools the drop below freezing, and then ice formation can take place
  - droplet, just as evaporating perspiration cools a person
  - remaining sweat and, through conduction, the skin
  - skin and thereby reduces body temperature
  - surface of a water body
* dehydrates food for profits and keeps people with a renewable supply of water.
* depends on availability.
* describes the change from water as a liquid to water as a vapor
  - movement of molecules from liquid to gaseous form
* drastically increases conductivity values.
* effects how people live every day.
* exceeds inland precipitation due to cooling from the lake
  - precipitation, but the soil profile is moist at some time during the year
* happens from bodies of water and transpiration happens from plants.
* happens when a liquid substance becomes a gas
  - atoms or molecules escape from the liquid and turn into a vapor
* has powerful cool effects
* includes transpiration.
  - as insulation efficiency deteriorates with age and rough handling
* involves the vaporization of a liquid only on the surface
* is also a factor that shortens the life of the bubble
  - an important factor contributing to aridity
  - generally the most difficult water-loss process to control
* is an endothermic process that results in a temperature decrease
  - process, in that heat is absorbed during evaporation
  - essential part of the water cycle
* is an important means of transferring energy between the surface and the air above
  - process in the global water cycle
  - another event that occurs after a spill
  - by sublimation
  - considered an illegal form of treatment for hazardous wastes
  - economic and reduces wastewater disposal costs
  - effected by the pressure reduction from stage to stage
  - enhanced by the dry and sunny days
  - greatest when the differences between air and water temperature are greatest
  - high between winters, making severe droughts common
  - high, and severe droughts are common
* is important because it cools the body
  - to many forms of plant and animal life
  - liquid becoming a gas that happens only on the surface of a liquid
  - low, and temperatures are stable
  - lowest in the Tasmanian highlands
* is more rapid from light, sandy soils than from heavy soils
  - in hot, dry and windy conditions
  - movement of free water to the atmosphere as a gas
  - much slower after chlordane penetrates into the soil
  - nature's way of cooling
  - natures own body cooling method
  - one of two forms of vaporization, the other being boiling
  - physical change
  - reduced from exposed soil, allowing more moisture for crop uptake
  - simply the process by which liquid turns into gas
  - slow vaporization of a liquid and the reverse of condensation
  - slower if humidity is high and the weather is cool and the winds calm
  - surface water lost to the atmosphere
  - the change of liquid-water to water vapor
* is the change of state from a liquid to a gas
  - liquid to vapor
  - water from a liquid to a gas
  - changing of liquid water to invisible water vapor
  - direct loss of water from the soil surface
  - most common and usually the most easily explained form of heat loss
* is the opposite of condensation , the process of water vapor turning into liquid water
  - phase change from liquid to the gas state
  - physical transformation of liquid water to water vapor
* is the process by which a liquid absorbs heat and changes to a vapor
  - molecules in a liquid escape into the gas phase
* is the process by which water changes from a liquid to a gas or vapor
  - converts from liquid to vapor form
  - disappears
  - in which a liquid turns to a gas by increased molecular energy
* is the process of a substance in liquid form transitioning into the gas phase
  - changing water from liquid to gas
  - returning moisture to the atmosphere
* is the process of water rising up due to the energy that is given off by the sun
  - vapors returning to the earth's atmosphere
* is the process that changes liquid water into a gas called water vapor
  - occurs when the surface of a liquid is converted into a gas
  - reason why damp clothes dry on a washing line
  - transfer of heat energy by vaporization
  - transformation of water from liquid to vapor state
  - very ineffective on humid days
  - vital in nature and is always the same as temperature and vapour pressure in nature
  - water that is evaporating or becoming a gas
  - what happens when a liquid changes to a gas
* is when a liquid changes state to the gaseous state
  - turns into a gas
  - the sun heats the water and changes some of it to gas
* is when the sun heats up water in rivers, lakes and the ocean and turns it into vapor
  - water in rivers, lakes or the ocean
  - water from the ground and oceans is cycled into the sky and forms clouds
* is when water gets heated up and turns to steam that rises into the air
  - goes into the air by changing to a gas
  - heats up and becomes vapour in the air
  - turns into air
  - where the liquid portion of the product changes from being a liquid to being a gas
* leads to concentration and surface tension gradients that drive flow up the plate.
* leaves behind dissolved salts on the soil surface
  - crystals
* liquid that occurs from the surface of a liquid into a gaseous phase.
* major part of the water cycle.
* moves precipitation right back into the atmosphere.
* moves water from land, and from lakes, rivers, oceans, into the atmosphere
  - the oceans to the atmosphere
* occurring through plant leaves and vegetation is known as transpiration.
* occurs anywhere there is water such as lakes, streams and ponds.
* occurs from geographic sinks
  - respiratory surfaces
  - the surface of plants, from soils, and from oceans, lakes, and streams
  - more rapidly when temperature is increased
  - quickly when any moisture is in the soil with the heat of each day
  - through the skin
* occurs when a liquid dries
  - an organism loses water
  - liquid water is heated and becomes water vapor, like boiling a pot of water
  - molecules break free of hydrogen bonds and enter the gaseous state
  - the probe is removed from the liquid's container
* occurs when water changes, for every gram there tremendous amount of cooling
  - from such surfaces as oceans, rivers, and ice is converted to vapor
  - turns into a vapor, which rises into the air
* phase change, from liquid to vapor, which requires an input of energy
  - in the hydrological cycle, or the water cycle
* plays an important part in the earth's water cycle.
* ponds burden growers and the environment alike.
* process that tends to keep temperatures cooler where it occurs.
* produces vapours.
* provides a way to separate mixtures.
* purifying process that prevents pollutants from rising into the air.
* remains nearly constant from year to year.
* removes heat energy from the source of the water
  - from the system
* results in the liquid becoming cooler.
* returns water to the atmosphere to complete the never-ending cycle.
* serves as a vital cooling process.
* stage in the water cycle, where water evaporates and becomes steam or water vapor.
* step in the water cycle therefore solar energy contributes to that branch.
* surface phenonmenon.
* takes a lot of heat energy, keeps it real cool.
* takes place as the heated air passes through the moisture laden evaporator pad
  - passes through the moisture laden evaporator sleeve
  - at the surface of the liquid
  - because of the sun's heat
  - faster when air is in motion
  - from all open water bodies
  - places
  - up lots of water
* turns liquid water into a gas called water vapor.
  - heat that is taken from the metal spiral leaving it cold
* usually accounts for the bulk of the water loss during fallow
  - exceeds precipitation, and the total supply of moisture is low
* very essential part of the water cycle
  - important part of the water cycle
* works best when the air is dry.
+ Evaporation, Process in nature: Chemistry
  * Evaporation is vital in nature and is always the same as temperature and vapour pressure in nature. This means that if there is a lot of evaporation, the temperature goes 'down'. Alternatively, if there is hardly any evaporation, there will be a temperature 'increase'.
+ Great Basin: Western United States :: Drainage basins
  * Most Great Basin precipitation is snow. The water that neither evaporates nor is taken for human use will sink into groundwater aquifers. Evaporation occurs from geographic sinks.
  * Evaporation is a very essential part of the water cycle. When water is boiling in a closed container, sometimes evaporation happens at the same time as condensation.