$('#drop26').bt('Evaporation
Water turns from liquid to water vapor and rises into the sky.
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$('#drop27').bt('Condensation
Water vapor reforms into liquid water to fall back down.
Read More..', {trigger: 'click', positions: 'top'});
$('#drop28').bt('Collection
Water falls to be collected or evaporate again in a new cycle.
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$('#drop31').bt('Precipitation
Water droplets collect to form rain, snow, sleet, or hail.
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$('#drop32').bt('Collection
Water runs off into rivers, streams, or lakes, and infiltrates into the ground to replenish both alluvial and deep aquifer formations.
Read More..', {trigger: 'click', positions: 'top'});
where your water comes from

Santa Clarita Water Cycle

The Water Cycle, also known as the Hydrologic Cycle, describes the journey, or processes, that water endures as it moves throughout our planet. Water changes states from liquid to vapor or ice, and back again. In fact, water is always on the move, and if you look hard enough, you might just spot it at one of its many stops throughout its journey.

 

Evaporation:

Evaporation occurs when surface water is converted to water vapor through sun exposure and hot temperatures, as well as from plant water loss through a process called transpiration. Snow and ice can also evaporate water through a process called sublimation, but we probably won't see too much of that here in the sunny Santa Clarita Valley.

Condensation:

Condensation is the part of the water cycle where water vapor's transform into liquid droplets in the air creating clouds, fog, and humidity.


Precipitation

Water condenses and collects in the atmosphere where it is cooled until it is too heavy to remain in the air and eventually falls back to the Earth's surface. Precipitation occurs as rain, snow, hail, fog drip, and sleet.

Collection

Collection is the stage of the water cycle where water is temporarily collected and stored. As water returns to the Earth's surface, it will run-off into our rivers, streams, lakes, and glaciers. However, most precipitation will collect in one of the Earth's oceans, where 97% of all water sources are currently deposited. During the collection phase, water will also infiltrate into the ground and fill our alluvial and deep formation aquifers.

scv h2o evaportaion

scv h2o precipitation

 

Blog Roll

  1. Drought Fatigue Setting In SCVH2O Administrator 12-Dec-2016
  2. Notice for Important Information About Your Drinking Water Quality SCVH2O Administrator 28-Jun-2016
  3. 2015 UWMP 2nd Hearing SCVH2O Administrator 24-May-2016
  4. 2015 UWMP 1st Hearing Update SCVH2O Administrator 05-Apr-2016