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Q: Biogeochemical cycles recycle water and natural elements throughout the biosphere to ensure that organisms do not run out of these substances.?
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Related questions

What is the exchange of matter through the biosphere called?

Biogeochemical cycle is the exchange of matter through the biosphere involving living organisms, chemical processes, and geological processes.


Describe the biogeochemical cycle?

The cycling of ain elements/substances such as C, N, O, S, P, and water in an ecosystem and ultimately in biosphere is known as biogeochemical cycle. The transfer and circulation of these substances takes place through soil, water, air and living organisms


Which types of organisms produce the biosphere's food supply?

producers or autotrophs and consumers or hetrotrophs


What mixtures exist in the Biosphere?

The Biosphere consists of all living organisms. The mixtures in the biosphere are all plants, animals and one celled organisms.


What is the difference between biosphere and biosphere?

The Biosphere relates to all biotic organisms on earth. Ecosphere relates to all abiotic and biotic organisms on earth.


Which are the smallest organisms of biosphere?

The smallest organisms are bacteria.


Are matter that organisms require for their life processes?

Decomposers


Why is biosphere important for living organisms?

all the living organisms including humans are linked to each other and to the biosphere for survival


Describe how nutrients are passed between organisms and the environment?

passed between organisms and teh environment through biogeochemical cycles


In which layer do organisms on Earth live?

biosphere


What is different between biosphere and ecosphere?

The Biosphere relates to all biotic organisms on earth. Ecosphere relates to all abiotic and biotic organisms on earth.


Why do ecologist ask questions about events and organisms that range in complexity from individual to the biosphere?

To understand relationships within the biosphere, ecologists ask questions about events and organisms that range in complexity from a single individual to the entire biosphere.