Having the right neighbors: how tree species diversity modulates drought impacts on forests

Summary Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerabi...

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Published inThe New phytologist Vol. 228; no. 1; pp. 42 - 49
Main Author Grossiord, Charlotte
Format Journal Article
LanguageEnglish
Published England Wiley Subscription Services, Inc 01.10.2020
Subjects
Biodiversity
Climate Change
competition
complementarity
Drought
Drought resistance
drought tolerance
Droughts
Ecological function
Ecosystem
Environmental impact
facilitation
Forests
functional diversity
interspecific interaction
Plant diversity
Plant species
Species diversity
species interactions
Standardization
Survival
Terrestrial ecosystems
tree growth
Trees
Vulnerability
functional diversity
biodiversity
interspecific interaction
complementarity
species interactions
competition
facilitation
climate change
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Abstract Summary Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate‐related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests. Charlotte Grossiord is an honourably mentioned finalist of the 2018 New Phytologist Tansley Medal competition for excellence in plant science. See Lennon & Dolan, in this issue of New Phytologist (2020, 228: 5) for more details.
AbstractList Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate‐related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests.
Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate‐related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests. Charlotte Grossiord is an honourably mentioned finalist of the 2018 New Phytologist Tansley Medal competition for excellence in plant science. See Lennon & Dolan, in this issue of New Phytologist (2020, 228 : 5) for more details.
Summary Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate‐related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests. Charlotte Grossiord is an honourably mentioned finalist of the 2018 New Phytologist Tansley Medal competition for excellence in plant science. See Lennon & Dolan, in this issue of New Phytologist (2020, 228: 5) for more details.
Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought-induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate-related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests.Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought-induced reductions in tree growth and survival are reported. Biodiversity has long been acknowledged as an important component modulating ecosystem functions, including mitigating their vulnerability to climate-related stresses. Yet the impact of tree diversity on forest vulnerability to drought is unclear. In this review, consistent mechanisms are identified by which tree diversity could reduce vulnerability to drought and emerging evidence is revealed that tree diversity is not systematically positively related to drought resistance in forests. A path is suggested to further increase our knowledge on this subject in the face of climate change, proposing standardization of methods to quantitatively establish diversity impacts on the drought resistance of forests.
Author Grossiord, Charlotte
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Issue 1
Keywords functional diversity
biodiversity
interspecific interaction
complementarity
species interactions
competition
facilitation
climate change
Language English
License 2018 The Author. New Phytologist © 2018 New Phytologist Trust.
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Notes for more details.
New Phytologist
Charlotte Grossiord is an honourably mentioned finalist of the 2018
5
Lennon & Dolan, in this issue of
Tansley Medal competition for excellence in plant science. See
228
2020
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Snippet Summary Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are...
Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought‐induced reductions in tree growth and survival are reported....
Droughts are a rising concern for terrestrial ecosystems, particularly for forests where drought-induced reductions in tree growth and survival are reported....
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SubjectTerms Biodiversity
Climate Change
competition
complementarity
Drought
Drought resistance
drought tolerance
Droughts
Ecological function
Ecosystem
Environmental impact
facilitation
Forests
functional diversity
interspecific interaction
Plant diversity
Plant species
Species diversity
species interactions
Standardization
Survival
Terrestrial ecosystems
tree growth
Trees
Vulnerability
Title Having the right neighbors: how tree species diversity modulates drought impacts on forests
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fnph.15667
https://www.ncbi.nlm.nih.gov/pubmed/30585635
https://www.proquest.com/docview/2440422089
https://www.proquest.com/docview/2160731653
https://www.proquest.com/docview/2561540798
Volume 228
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