Globally consistent impact of tropical cyclones on the structure of tropical and subtropical forests

1. Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical sca...

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Published inThe Journal of ecology Vol. 107; no. 1; pp. 279 - 292
Main Authors Ibanez, Thomas, Keppel, Gunnar, Menkes, Christophe, Gillespie, Thomas W., Lengaigne, Matthieu, Mangeas, Morgan, Rivas-Torres, Gonzalo, Birnbaum, Philippe
Format Journal Article
LanguageEnglish
Published Oxford John Wiley & Sons Ltd 01.01.2019
Blackwell Publishing Ltd
Wiley
Subjects
anthropogenic activities
Anthropogenic factors
Area
Availability
basal area
Biodiversity
Biodiversity and Ecology
biomass
Body height
Botanics
Canopies
Canopy
canopy height
climate
Climate change
Climate models
Cyclones
Defoliation
Density
Determinants of plant community diversity and structure
Dry forests
Dynamics
Ecology, environment
Ecosystems
energy
Environmental Sciences
forest inventory
Forests
Height
Human influences
Hurricanes
Life Sciences
linear models
long term effects
power dissipation index
Regeneration
Regeneration (biological)
stand basal area
stem density
Systematics, Phylogenetics and taxonomy
temperature
tree and stand measurements
tree mortality
trees
Tropical climate
Tropical cyclones
tropical dry forest
tropical dry forests
Tropical forests
tropical humid forest
typhoons
Vegetal Biology
Water availability
Typhoon
Basal area
Tropical dry forest
Stem density
Hurricanes
Canopy height
Tropical humid forest
Online AccessGet full text
ISSN0022-0477
1365-2745
DOI10.1111/1365-2745.13039

Cover

Abstract 1. Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TCs shape the structure of tropical and subtropical forests in the long term. 2. We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥10 cm in diameter at breast height from published forest inventory data (438 plots ≥0.1 ha, pooled into 250 1 × 1-degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI) using a high-resolution historical database of TCs trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print). 3. Forests subject to frequent cyclones (at least one TCs per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests. 4. Synthesis. Our results provide the first evidence that tropical cyclones have a longterm impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between power dissipation index and stem density suggests that frequent and intense tropical cyclones reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of tropical cyclones due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future.
AbstractList Tropical cyclones (TCs) are large‐scale disturbances that regularly impact tropical forests. Although long‐term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TCs shape the structure of tropical and subtropical forests in the long term. We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥10 cm in diameter at breast height from published forest inventory data (438 plots ≥0.1 ha, pooled into 250 1 × 1‐degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI) using a high‐resolution historical database of TCs trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print). Forests subject to frequent cyclones (at least one TCs per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests. Synthesis. Our results provide the first evidence that tropical cyclones have a long‐term impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between power dissipation index and stem density suggests that frequent and intense tropical cyclones reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of tropical cyclones due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future. We show that tropical cyclones have a long‐term impact on the structure of tropical and subtropical forests in a globally consistent way. Forests subject to frequent and intense cyclones exhibit higher stem density and lower canopy heights. The projected changes in tropical cyclone regime may therefore have important and lasting impacts on the structure of forests in the future.
Tropical cyclones (TCs) are large‐scale disturbances that regularly impact tropical forests. Although long‐term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TCs shape the structure of tropical and subtropical forests in the long term. We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥10 cm in diameter at breast height from published forest inventory data (438 plots ≥0.1 ha, pooled into 250 1 × 1‐degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI) using a high‐resolution historical database of TCs trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print).Forests subject to frequent cyclones (at least one TCs per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests.Synthesis. Our results provide the first evidence that tropical cyclones have a long‐term impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between power dissipation index and stem density suggests that frequent and intense tropical cyclones reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of tropical cyclones due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future.
1.Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TCs shape the structure of tropical and subtropical forests in the long-term. 2.We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥ 10 cm in diameter at breast height from published forest inventory data (438 plots ≥ 0.1 ha, pooled into 250 1 x 1-degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI) using a high-resolution historical database of TCs trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print). 3.Forests subject to frequent cyclones (at least one TCs per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests. 4.Synthesis. Our results provide the first evidence that TCs have a long-term impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between PDI and stem density suggests that frequent and intense TCs reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of TCs due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future.
1. Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TCs shape the structure of tropical and subtropical forests in the long term. 2. We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥10 cm in diameter at breast height from published forest inventory data (438 plots ≥0.1 ha, pooled into 250 1 × 1-degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI) using a high-resolution historical database of TCs trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print). 3. Forests subject to frequent cyclones (at least one TCs per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests. 4. Synthesis. Our results provide the first evidence that tropical cyclones have a longterm impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between power dissipation index and stem density suggests that frequent and intense tropical cyclones reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of tropical cyclones due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future.
Tropical cyclones ( TC s) are large‐scale disturbances that regularly impact tropical forests. Although long‐term impacts of TC s on forest structure have been proposed, a global test of the relationship between forest structure and TC frequency and intensity is lacking. We test on a pantropical scale whether TC s shape the structure of tropical and subtropical forests in the long term. We compiled forest structural features (stem density, basal area, mean canopy height and maximum tree size) for plants ≥10 cm in diameter at breast height from published forest inventory data (438 plots ≥0.1 ha, pooled into 250 1 × 1‐degree grid cells) located in dry and humid forests. We computed maps of cyclone frequency and energy released by cyclones per unit area (power dissipation index, PDI ) using a high‐resolution historical database of TC s trajectories and intensities. We then tested the relationship between PDI and forest structural features using multivariate linear models, controlling for climate (mean annual temperature and water availability) and human disturbance (human foot print). Forests subject to frequent cyclones (at least one TC s per decade) and high PDI exhibited higher stem density and basal area, and lower canopy heights. However, the relationships between PDI and basal area or canopy height were partially masked by lower water availability and higher human foot print in tropical dry forests. Synthesis . Our results provide the first evidence that tropical cyclones have a long‐term impact on the structure of tropical and subtropical forests in a globally consistent way. The strong relationship between power dissipation index and stem density suggests that frequent and intense tropical cyclones reduce canopy cover through defoliation and tree mortality, encouraging higher regeneration and turnover of biomass. The projected increase in intensity and poleward extension of tropical cyclones due to anthropogenic climate change may therefore have important and lasting impacts on the structure and dynamics of forests in the future.
Author Birnbaum, Philippe
Lengaigne, Matthieu
Ibanez, Thomas
Menkes, Christophe
Keppel, Gunnar
Rivas-Torres, Gonzalo
Gillespie, Thomas W.
Mangeas, Morgan
Author_xml – sequence: 1
  givenname: Thomas
  surname: Ibanez
  fullname: Ibanez, Thomas
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  givenname: Gunnar
  surname: Keppel
  fullname: Keppel, Gunnar
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  givenname: Christophe
  surname: Menkes
  fullname: Menkes, Christophe
– sequence: 4
  givenname: Thomas W.
  surname: Gillespie
  fullname: Gillespie, Thomas W.
– sequence: 5
  givenname: Matthieu
  surname: Lengaigne
  fullname: Lengaigne, Matthieu
– sequence: 6
  givenname: Morgan
  surname: Mangeas
  fullname: Mangeas, Morgan
– sequence: 7
  givenname: Gonzalo
  surname: Rivas-Torres
  fullname: Rivas-Torres, Gonzalo
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  surname: Birnbaum
  fullname: Birnbaum, Philippe
BackLink https://hal.umontpellier.fr/hal-02055558$$DView record in HAL
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ContentType Journal Article
Copyright 2019 British Ecological Society
2018 The Authors. Journal of Ecology © 2018 British Ecological Society
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ISSN 0022-0477
IngestDate Fri Aug 15 06:21:47 EDT 2025
Fri Jul 11 18:38:41 EDT 2025
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IsDoiOpenAccess true
IsOpenAccess true
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Issue 1
Keywords Typhoon
Basal area
Tropical dry forest
Stem density
Hurricanes
Canopy height
Tropical humid forest
Language English
License Attribution: http://creativecommons.org/licenses/by
LinkModel DirectLink
MergedId FETCHMERGED-LOGICAL-c5119-55d3c9b363bfe0dab69b28e82464d201ba7ca1e32d2cf3cbccf00d66017f8a623
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0000-0002-0044-036X
0000-0003-4146-3784
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  text: January 2019
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PublicationTitle The Journal of ecology
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Publisher John Wiley & Sons Ltd
Blackwell Publishing Ltd
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Snippet 1. Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been...
Tropical cyclones (TCs) are large‐scale disturbances that regularly impact tropical forests. Although long‐term impacts of TCs on forest structure have been...
Tropical cyclones ( TC s) are large‐scale disturbances that regularly impact tropical forests. Although long‐term impacts of TC s on forest structure have been...
1.Tropical cyclones (TCs) are large-scale disturbances that regularly impact tropical forests. Although long-term impacts of TCs on forest structure have been...
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SubjectTerms anthropogenic activities
Anthropogenic factors
Area
Availability
basal area
Biodiversity
Biodiversity and Ecology
biomass
Body height
Botanics
Canopies
Canopy
canopy height
climate
Climate change
Climate models
Cyclones
Defoliation
Density
Determinants of plant community diversity and structure
Dry forests
Dynamics
Ecology, environment
Ecosystems
energy
Environmental Sciences
forest inventory
Forests
Height
Human influences
Hurricanes
Life Sciences
linear models
long term effects
power dissipation index
Regeneration
Regeneration (biological)
stand basal area
stem density
Systematics, Phylogenetics and taxonomy
temperature
tree and stand measurements
tree mortality
trees
Tropical climate
Tropical cyclones
tropical dry forest
tropical dry forests
Tropical forests
tropical humid forest
typhoons
Vegetal Biology
Water availability
Title Globally consistent impact of tropical cyclones on the structure of tropical and subtropical forests
URI https://www.jstor.org/stable/45028819
https://onlinelibrary.wiley.com/doi/abs/10.1111%2F1365-2745.13039
https://www.proquest.com/docview/2151317133
https://www.proquest.com/docview/2189561730
https://hal.umontpellier.fr/hal-02055558
Volume 107
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