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Below-ground frontiers in trait-based plant ecology
by
Etienne Laliberté
in
Abiotic factors
/ biodiversity
/ Biota
/ Biotic factors
/ Carbon dioxide
/ community assembly
/ comparative ecology
/ Economics
/ Ecosystem
/ ecosystem processes
/ Ecosystems
/ Environmental changes
/ Environmental gradient
/ fine roots
/ functional trait
/ Leaves
/ Life span
/ Limiting nutrients
/ mycorrhiza
/ mycorrhizae
/ Mycorrhizae - physiology
/ Nitrogen
/ nutrient acquisition
/ Nutrient availability
/ Organic matter
/ Pathogens
/ Physiology
/ Plant ecology
/ Plant Roots - microbiology
/ Plant Roots - physiology
/ Plant species
/ Plant tissues
/ Plants
/ Prediction models
/ Quantitative Trait, Heritable
/ Respiration
/ soil carbon
/ Soil fertility
/ soil nutrients
/ Soils
/ Species diversity
/ Tansley insight
2017
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Below-ground frontiers in trait-based plant ecology
by
Etienne Laliberté
in
Abiotic factors
/ biodiversity
/ Biota
/ Biotic factors
/ Carbon dioxide
/ community assembly
/ comparative ecology
/ Economics
/ Ecosystem
/ ecosystem processes
/ Ecosystems
/ Environmental changes
/ Environmental gradient
/ fine roots
/ functional trait
/ Leaves
/ Life span
/ Limiting nutrients
/ mycorrhiza
/ mycorrhizae
/ Mycorrhizae - physiology
/ Nitrogen
/ nutrient acquisition
/ Nutrient availability
/ Organic matter
/ Pathogens
/ Physiology
/ Plant ecology
/ Plant Roots - microbiology
/ Plant Roots - physiology
/ Plant species
/ Plant tissues
/ Plants
/ Prediction models
/ Quantitative Trait, Heritable
/ Respiration
/ soil carbon
/ Soil fertility
/ soil nutrients
/ Soils
/ Species diversity
/ Tansley insight
2017
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Do you wish to request the book?
Below-ground frontiers in trait-based plant ecology
by
Etienne Laliberté
in
Abiotic factors
/ biodiversity
/ Biota
/ Biotic factors
/ Carbon dioxide
/ community assembly
/ comparative ecology
/ Economics
/ Ecosystem
/ ecosystem processes
/ Ecosystems
/ Environmental changes
/ Environmental gradient
/ fine roots
/ functional trait
/ Leaves
/ Life span
/ Limiting nutrients
/ mycorrhiza
/ mycorrhizae
/ Mycorrhizae - physiology
/ Nitrogen
/ nutrient acquisition
/ Nutrient availability
/ Organic matter
/ Pathogens
/ Physiology
/ Plant ecology
/ Plant Roots - microbiology
/ Plant Roots - physiology
/ Plant species
/ Plant tissues
/ Plants
/ Prediction models
/ Quantitative Trait, Heritable
/ Respiration
/ soil carbon
/ Soil fertility
/ soil nutrients
/ Soils
/ Species diversity
/ Tansley insight
2017
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Journal Article
Below-ground frontiers in trait-based plant ecology
2017
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Overview
Trait-based approaches have led to significant advances in plant ecology, but are currently biased toward above-ground traits. It is becoming clear that a stronger emphasis on below-ground traits is needed to better predict future changes in plant biodiversity and their consequences for ecosystem functioning. Here I propose six ‘below-ground frontiers’ in traitbased plant ecology, with an emphasis on traits governing soil nutrient acquisition: redefining fine roots; quantifying root trait dimensionality; integrating mycorrhizas; broadening the suite of root traits; determining linkages between root traits and abiotic and biotic factors; and understanding ecosystem-level consequences of root traits. Focusing research efforts along these frontiers should help to fulfil the promise of trait-based ecology: enhanced predictive capacity across ecological scales.
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