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Nutrient cycling is essential for maintaining nutrient supply to forest plants and for enhancing forest productivity. Nutrient cycling is also strongly linked to greenhouse gas emissions and thus to global climate change. Nutrient cycling and plant nutrition can be severely affected by anthropogenic and natural disturbance regimes. This Special Issue will provide an avenue to publish recent progress on research on nutrient cycling and plant nutrition in forest ecosystems and how nutrient cycling and plant nutrition are affected by disturbance regimes such as harvesting, atmospheric deposition and climate change.
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Nutrient cycling is essential for maintaining nutrient supply to forest plants and for enhancing forest productivity. Nutrient cycling is also strongly linked to greenhouse gas emissions and thus to global climate change. Nutrient cycling and plant nutrition can be severely affected by anthropogenic and natural disturbance regimes. This Special Issue will provide an avenue to publish recent progress on research on nutrient cycling and plant nutrition in forest ecosystems and how nutrient cycling and plant nutrition are affected by disturbance regimes such as harvesting, atmospheric deposition and climate change.
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Nutrient cycling is essential for maintaining nutrient supply to forest plants and for enhancing forest productivity. Nutrient cycling is also strongly linked to greenhouse gas emissions and thus to global climate change. Nutrient cycling and plant nutrition can be severely affected by anthropogenic and natural disturbance regimes. This Special Issue will provide an avenue to publish recent progress on research on nutrient cycling and plant nutrition in forest ecosystems and how nutrient cycling and plant nutrition are affected by disturbance regimes such as harvesting, atmospheric deposition and climate change.
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A series of considerations about the value of the living, the difference between natural ecosystems, neo-ecosystems and artificial systems, self-organization and emerging behaviors, the difference between forests managed and intact in the provision of ecosystem services lead to introduce, alongside the latter, the eco-benefit concept. This perspective requires planning on scales having as a reference the water catchment area, a key element in the fractal nature of the landscape, and to consider forest rewilding as an essential step in territorial politics.
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A series of considerations about the value of the living, the difference between natural ecosystems, neo-ecosystems and artificial systems, self-organization and emerging behaviors, the difference between forests managed and intact in the provision of ecosystem services lead to introduce, alongside the latter, the eco-benefit concept. This perspective requires planning on scales having as a reference the water catchment area, a key element in the fractal nature of the landscape, and to consider forest rewilding as an essential step in territorial politics.
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Forest animals --- Forest animals --- Insects --- Insects
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Bats --- Forest animals --- Conservation
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Bats --- Forest animals --- Conservation --- Conservation
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