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Name three processes in the water cycle and state whether each process removes water from the atmosphere or returns it to the atmosphere?
Wiki User
∙ 10y ago
Evaporation-removes water
Condensation
precipitation-Returns water
Wiki User
∙ 9y ago
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As water cycles through an ecosystem which process returns it to the atmosphere?
transpiration
What is the process by which oxygen is recycled?
Photosynthesis returns oxygen to the environment (undertaken by the biological processes of plants).
What two sources take CO2 out of the atmosphere?
The ocean removes carbon dioxide (CO2) from the atmosphere as part of the carbon cycle. This carbon recycles round and returns to the atmosphere again.Trees, forests and all growing vegetation remove CO2 from the atmosphere, release the oxygen, and store the carbon. If it is a long living tree, it can store that carbon for hundreds of years.
What burning of plant material returns to the carbon?
It returns carbon back into the atmosphere.
Why is it important that water returns to the Atmosphere?
Just as the Earth's Nitrogen cycle and its Carbon cycle are cyclic, the Earth's Water Cycle is just that; Water Vapor returns to the Atmosphere to complete the Cycle.
What is the process which nitrogen returns to atmosphere?
Denitrification
What process of the hydrolic cycle returns water to the atmosphere?
Evaporation.
As water cycles through an ecosystem which process returns it to the atmosphere?
transpiration
What is the process by which oxygen is recycled?
Photosynthesis returns oxygen to the environment (undertaken by the biological processes of plants).
What process returns carbon to the atmosphere?
Several processes release carbon as gases (carbon dioxide, carbon monoxide, methane) into the atmosphere. Three important processes are fuel combustion, respiration, and methane release. -- Combustion of carbon-based fuels (wood, alcohol, biogas, or fossil fuels) remove oxygen and combine it to form carbon dioxide and other compounds. -- Plant and animal respiration release carbon dioxide. This is the reverse operation of photosynthesis. -- Methane is released from ruminant animals, from decomposition of organisms, and from ocean-bottom clathrate deposits.
How does water return to atmosphere?
it returns to the atmosphere during evaporation
What two sources take CO2 out of the atmosphere?
The ocean removes carbon dioxide (CO2) from the atmosphere as part of the carbon cycle. This carbon recycles round and returns to the atmosphere again.Trees, forests and all growing vegetation remove CO2 from the atmosphere, release the oxygen, and store the carbon. If it is a long living tree, it can store that carbon for hundreds of years.
What burning of plant material returns to the carbon?
It returns carbon back into the atmosphere.
Why is it important that water returns to the Atmosphere?
Just as the Earth's Nitrogen cycle and its Carbon cycle are cyclic, the Earth's Water Cycle is just that; Water Vapor returns to the Atmosphere to complete the Cycle.
How can water in the atmosphere cycle back to the surface of the Earth?
Water in the atmosphere precipitates. And in this manner it returns back to earth's surface.
What process returns water to earth's atmosphere?
It is all part of the water cycle. It does not matter when it starts since nobody can really define it. However, water cycles involves 2 (or 3, for some) processes most of the time. Evaporation and transpiration (water is lost to surrounding) changes the water to water vapour, then rises up to the earth's atmosphere. It then condenses to form clouds, before it falls as rain, snow or hail as a process of precipitation. These waters would then sip into the ground as groundwater or run into the water bodies by surface runoff before the whole cycle repeats itself.
What is Difference between edge chasing and path pushing algorithm?
In computer science, edge-chasing is an algorithm for deadlock detection in distributed systems.Whenever a process A is blocked for some resource, a probe message is sent to all processes A may depend on. The probe message contains the process id of A along with the path that the message has followed through the distributed system. If a blocked process receives the probe it will update the path information and forward the probe to all the processes it depends on. Non-blocked processes may discard the probe.If eventually the probe returns to process A, there is a circular waiting loop of blocked processes, and a deadlock is detected. Efficiently detecting such cycles in the "wait-for graph" of blocked processes is an important implementation problem.
