they go to plants and oceans.
Rainfall runoffs into a nearby body of water, is absorbed by the soil, or is transpired back into the atmosphere.
When water reaches the surface, it can flow into bodies of water like rivers, lakes, or oceans, soak into the ground as groundwater, evaporate into the air as water vapor, or be taken up by plants through a process called transpiration.
Eventually you get dumped back onto the surface of the Earth or Water
This water remain oth Earth surface or go deep.
water is continually renewed through the process known as the hydrological cycle.....it is the study of the earth's waters, the scientific process of the circulation, di tribution,use and properties of water on earth and in the atmosphere. the hydrological cycle is part of the drainage basin system which comprises of inputs (precipitation),flows.stores and outputs (eveporation and evepotranspiration). As the water reaches the earth it comes in the form of nay type of precipitation e.g rain,hail,snow etc. However rainfall is the most common type so we'll use rainfall as an example. rainfall reaching the earth is input. the water will pass through a series of flows (procedures of water flow), examples of flows are stem flow,throughflow,through fall,surface run off,infiltration...etc. they all eventually lead to the water reaching the surface of the eart. when the water has reached the surface of the earth it either infiltrates or flows from the surface to a water body....depending on the permeability of the surface and the rainfall intensity. infiltration is the penetration of water through the surface pores to the underlying rock and soil layers. if the soil infiltrates it will go through a constant movement called percolation until it reaches the groundwater storage.ground water storage is one of the examples of storages in the system. other examples are interception storage,surface moisture storage...these two storages is when water is stored on vegetation (leaves) and on the earth's surface if the surface is not penetratable....then from there it will flow to a water body by the process called base flow.........there is usually a lateral gravity pull of water to a water body. when the water reaches the waterbody...this is where it goes back to the atmosphere by the process known as evaporation, this is the loss of water directly from the waterbody to the atmosphere......water will also evepotranspirate from the surface and from vegetation wehre it was tored back to the atmosphere! this is output. the water the has left the system is in vapour form and so when it reaches the atmospere..basically when it reaches dew point....it will condense and form clouds and if the droplets are heavy enough they will fall as rainfall....the the whole procss repeats itself...it is a continuous cycle. and that's how water is continually renewed!
When water reaches land it can flow across the land until it reaches rivers, lakes, streams or the sea.
There is about 2 thirds of water on Earth. There is about 70% of water on earth. If this is not exactly what you are looking for go on
The energy to heat water in a geyser comes from geothermal heat beneath the Earth's surface. This heat causes the groundwater to boil and pressure builds up until the water explodes out of the ground as an eruption. After the geyser erupts, the energy dissipates as the hot water and steam cool down and the system reaches equilibrium again.
Oceans
It travels through the river until it reaches the ocean.
Usually, water temperature gets colder the further down you go in the ocean. This is because sunlight penetrates the surface layers, warming the water there, but not as much light reaches the deeper layers. This creates a temperature gradient with warmer water at the surface and colder water at depth.
Once rain reaches the ground, it can flow over the surface as runoff, seep into the soil as groundwater, or evaporate back into the atmosphere through transpiration or evaporation. The water may eventually end up in rivers, lakes, and oceans, where it will continue its water cycle journey.