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Diversity and forest productivity in a changing Climate
by
Christian Ammer
in
adaptive forest management
/ Biodiversity
/ Biological competition
/ biomass production
/ Climate
/ Climate Change
/ Competition
/ complementarity
/ Developmental stages
/ Environmental conditions
/ environmental factors
/ facilitation
/ Fertility
/ forest ecosystems
/ Forest management
/ Forest productivity
/ forest stands
/ Forests
/ Frameworks
/ functional diversity
/ Grasslands
/ mixed stands
/ Monoculture
/ Monoculture (aquaculture)
/ overyielding
/ Plant diversity
/ Plant species
/ Productivity
/ Reduction
/ selection effect
/ Soil
/ Soil fertility
/ Species diversity
/ species mixture
/ Tansley review
/ trees
/ Trees - physiology
2019
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Diversity and forest productivity in a changing Climate
by
Christian Ammer
in
adaptive forest management
/ Biodiversity
/ Biological competition
/ biomass production
/ Climate
/ Climate Change
/ Competition
/ complementarity
/ Developmental stages
/ Environmental conditions
/ environmental factors
/ facilitation
/ Fertility
/ forest ecosystems
/ Forest management
/ Forest productivity
/ forest stands
/ Forests
/ Frameworks
/ functional diversity
/ Grasslands
/ mixed stands
/ Monoculture
/ Monoculture (aquaculture)
/ overyielding
/ Plant diversity
/ Plant species
/ Productivity
/ Reduction
/ selection effect
/ Soil
/ Soil fertility
/ Species diversity
/ species mixture
/ Tansley review
/ trees
/ Trees - physiology
2019
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While trying to remove the title from your shelf something went wrong :( Kindly try again later!
Do you wish to request the book?
Diversity and forest productivity in a changing Climate
by
Christian Ammer
in
adaptive forest management
/ Biodiversity
/ Biological competition
/ biomass production
/ Climate
/ Climate Change
/ Competition
/ complementarity
/ Developmental stages
/ Environmental conditions
/ environmental factors
/ facilitation
/ Fertility
/ forest ecosystems
/ Forest management
/ Forest productivity
/ forest stands
/ Forests
/ Frameworks
/ functional diversity
/ Grasslands
/ mixed stands
/ Monoculture
/ Monoculture (aquaculture)
/ overyielding
/ Plant diversity
/ Plant species
/ Productivity
/ Reduction
/ selection effect
/ Soil
/ Soil fertility
/ Species diversity
/ species mixture
/ Tansley review
/ trees
/ Trees - physiology
2019
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Journal Article
Diversity and forest productivity in a changing Climate
2019
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Overview
Although the relationship between species diversity and biomass productivity has been extensively studied in grasslands, the impact of tree species diversity on forest productivity, as well as the main drivers of this relationship, are still under discussion. It is widely accepted that the magnitude of the relationship between tree diversity and forest stand productivity is context specific and depends on environmental conditions, but the underlying mechanisms of this relationship are still not fully understood. Competition reduction and facilitation have been identified as key mechanisms driving the diversity–productivity relationship. However, contrasting results have been reported with respect to the extent to which competition reduction and facilitation determine the diversity–productivity relationship. They appear to depend on regional climate, soil fertility, functional diversity of the tree species involved, and developmental stage of the forest. The purpose of this review is to summarize current knowledge and to suggest a conceptual framework to explain the various processes leading to higher productivity of species-rich forests compared with average yields of their respective monocultures. This framework provides three pathways for possible development of the diversity–productivity relationship under a changing climate.
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