Precipitation that doesnβt evaporate or soak into the ground becomes
This often happens after a cloudburst which happens too quickly for water to sink into the earth. The water races downhill at great speed causing destruction, extreme weathering and sometimes death.
Snow, and in freezing temperatures, hail.
Factors that affect enough or soil type and
runoff
Neither. The sanitizer may kill some microorganisms near the place where it falls, but the ground will still be made of dirt and therefore still be dirty. The sanitizer will then soak into the ground and be diluted and dispersed, loosing its effectiveness.
Humus
When rain falls, some of the water soaks into the ground. Plants use some of it, but much of the water sinks deeper into the soil. Gravity draws it through rocks that contain small holes or what is s. As it seeps through this porous rock, the water continues on until it reaches a level of total saturation. That level is called a water table.
I like to soak my feet in cold water.
I'm going to go soak my feet.
the vapor cools, condenses, and falls to the earth as rain or snow. The water soak into the ground, avaporates to the atmosphere or flows into rivers to be recycled.
Runoff
It is called runoff.
The earth would soak up more rain if the dirt was gone over with a rototiller. In doing that it loosens the ground and makes the rain more likely to penetrate deeper.
Runoff is water that cannot soak into the ground and instead flows across Earth's surface
a soak allows water to gradually enter the ground . it absorves WATER , FILTERS IT AND PUSHES IT INTO THE GROUND . THIS INCREASES THE LEVEL OF GROUND WATER
pudle
ground water
Neither. The sanitizer may kill some microorganisms near the place where it falls, but the ground will still be made of dirt and therefore still be dirty. The sanitizer will then soak into the ground and be diluted and dispersed, loosing its effectiveness.
Because it does
Because it does
water that falls back to earth as precipitation, it may fall back in the oceans, lakes or rivers or it may end up on land. When it ends up on land, it will either soak into the earth and become part of the "ground water" that plants and animals use to drink, or it may run over the soil and collect in the oceans, lakes or rivers.