Why is forest Considered to be natural ecosystem?
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A forest ecosystem is a natural woodland unit consisting of all animals , plants and microorganisms in that are functioning together with all of the environment . The forest ecosystem is very important
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Forest ecosystems vary in resilience, the capacity to return to former conditions of productivity after a disturbance. Perennial presence of forest vegetation and decomposition and recycling of organic matter within soils are important for soil properties and functions discussed above. When trees are removed, e.g. via harvesting or fire, interactive functions of trees and soils are interrupted, altering flows of energy, water and nutrients in forest ecosystems. For some forests interruptions are not deleterious to long-term forest ecosystem functions, as long as forest vegetation is reestablished in a relatively brief time. Forest systems with potentially limited resilience include those with extreme climates, on steep slopes, with shallow soils, limited nutrient supplies, or absence of vegetation that can rapidly reestablish plant cover after disturbance. For some of these, loss of trees can result in extreme water run-off, soil erosion, loss of soil structure, depletion of nutrient capital and soil organisms, and overall depleted capacity for sustaining forest growth and productivity. Recognition of the relative resiliencies of forest-soil systems and potentials to respond to management inputs can contribute to implementation of practices that complement or compensate for forest ecosystem conditions that sustain productivity.
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Forest ecosystems vary in resilience, the capacity to return to former conditions of productivity after a disturbance. Perennial presence of forest vegetation and decomposition and recycling of organic matter within soils are important for soil properties and functions discussed above. When trees are removed, e.g. via harvesting or fire, interactive functions of trees and soils are interrupted, altering flows of energy, water and nutrients in forest ecosystems. For some forests interruptions are not deleterious to long-term forest ecosystem functions, as long as forest vegetation is reestablished in a relatively brief time. Forest systems with potentially limited resilience include those with extreme climates, on steep slopes, with shallow soils, limited nutrient supplies, or absence of vegetation that can rapidly reestablish plant cover after disturbance. For some of these, loss of trees can result in extreme water run-off, soil erosion, loss of soil structure, depletion of nutrient capital and soil organisms, and overall depleted capacity for sustaining forest growth and productivity. Recognition of the relative resiliencies of forest-soil systems and potentials to respond to management inputs can contribute to implementation of practices that complement or compensate for forest ecosystem conditions that sustain productivity.
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