Want this question answered?
runoff
The collection of groundwater is a fundamental part of the water cycle. The water falls from the sky in the form of rain or snow and runs through the water systems to gather on the earth's surface. As time passes, the water that is not evaporated into the atmosphere to start the cycle over seeps into the ground through cracks in the earth's crust, replenishing the groundwater.
Surface water consists of all water that is naturally exposed to the atmosphere including creeks, ponds, rivers, lakes, reservoirs, seas and oceans. Also in this category are springs and wells that are directly influenced by surface water sources. Groundwater is water found beneath the Earth's surface that gradually seeped down by saturating soil or rock. This water is stored in underground crevices and in the pores of rocks and other materials beneath the surface.
water evaporates from the ocean to the atmosphere, falls back to earth as rain, and runs into the ocean.
No, Runoff is when water runs off the ground, IE: if you have a hill, the water will run along it without infiltrating (seeping into the ground), but, precipitation is raining
It is water that is kept in a pocket down inside earth and if a part of it reaches the surface, it becomes a spring.
It is water that is kept in a pocket down inside earth and if a part of it reaches the surface, it becomes a spring.
No. It runs underground.
Hi
F*uck
F*uck
Groundwater is water that collects and flows beneath the Earth'surface, filling spaces in soil, sediment and rocks. The upper surface of groundwater is the water table
True north runs from any point on the Earth's surface to the North Pole.
This occurs because of gravity. Water runs from the highest places (mountains and plateaus, or where rainfall occurs) to the lowest point, into the ocean.
Surface flow is when water from the rain runs on the surface into the ocean.
Which baseline runs from any point on earth's surface to the north pole
Which baseline runs from any point on earth's surface to the north pole