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The Phosphorus Cycle exhibits phosphorus's path between water, soil, organisms, and sediments. It does NOT take a gaseous state. 

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The Phosphorus Cycle exhibits phosphorus's path between water, soil, organisms, and sediments. It does NOT take a gaseous state. 

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Plants absorb phosphorus from the soil, in which decomposers previously released the element into the soil

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Plants absorb phosphorus from the soil, in which decomposers previously released the element into the soil

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Precipitation and melted snow carry weathered rocks and phosphorus to a body of water

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Precipitation and melted snow carry weathered rocks and phosphorus to a body of water

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Animals consume the plants, which have absorbed phosphorus

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Animals consume the plants, which have absorbed phosphorus

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Rock sediments,  combinations of phosphorus and weathered rocks, form on the bottom of a body of water 

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Rock sediments,  combinations of phosphorus and weathered rocks, form on the bottom of a body of water 

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Decomposers break down dead waste into a combination of phosphorus and soil 

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Decomposers break down dead waste into a combination of phosphorus and soil 

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Forms of precipitation and erosion cause weathering of rocks and the extraction of phosphorus

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Forms of precipitation and erosion cause weathering of rocks and the extraction of phosphorus

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The Nitrogen Cycle illustrates the many forms nitrogen can take as it travels through biotic and abiotic reservoirs

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The Nitrogen Cycle illustrates the many forms nitrogen can take as it travels through biotic and abiotic reservoirs

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Denitrifiers use NH3 for energy and release nitrogen gas back into the atmosphere 

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Denitrifiers use NH3 for energy and release nitrogen gas back into the atmosphere 

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Plants use the ammonia produced, NH3, to form plant proteins and nucleic acids

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Plants use the ammonia produced, NH3, to form plant proteins and nucleic acids

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Ammonium ion is produced after it was converted by nitrogen fixing bacteria  

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Ammonium ion is produced after it was converted by nitrogen fixing bacteria  

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Ammonium ions are converted into nitrites, and then into nitrates

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Ammonium ions are converted into nitrites, and then into nitrates

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Decomposers, such as mushrooms, break down dead organisms  releasing ammonium into the soil

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Decomposers, such as mushrooms, break down dead organisms  releasing ammonium into the soil

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Nitrogen gas is removed from the atmosphere and converted into ammonium in soil

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Nitrogen gas is removed from the atmosphere and converted into ammonium in soil

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The Carbon Cycle demonstrates the recycling of carbon atoms from within organisms, in soil or sediments, and back into the air

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The Carbon Cycle demonstrates the recycling of carbon atoms from within organisms, in soil or sediments, and back into the air

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Decomposers break down dead organic material, releasing carbon dioxide 

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Decomposers break down dead organic material, releasing carbon dioxide 

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Factories, power plants, and vehicles burn fossil fuels, which rapidly releases C02 into the atmosphere

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Factories, power plants, and vehicles burn fossil fuels, which rapidly releases C02 into the atmosphere

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The aerobic process in which heterotrophs use the chemical energy from  the oxygen molecules, ultimately releasing C02 back into the air 

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The aerobic process in which heterotrophs use the chemical energy from  the oxygen molecules, ultimately releasing C02 back into the air 

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Plants convert the C02 in the air into oxygen molecules for other living organisms to use. 

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Plants convert the C02 in the air into oxygen molecules for other living organisms to use. 

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The Water Cycle illustrates the path water takes around the Earth in different states

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The Water Cycle illustrates the path water takes around the Earth in different states

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Water that falls to the Earth as a result of condensation in clouds

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Water that falls to the Earth as a result of condensation in clouds

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Combination of water released from a body of water (evaporation) and plants (transpiration)

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Combination of water released from a body of water (evaporation) and plants (transpiration)

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The movement of water through soil after it infiltrates

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The movement of water through soil after it infiltrates

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the process of liquid water turning into gaseous water

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the process of liquid water turning into gaseous water