A global perspective on the functional responses of stream communities to flow intermittence

The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non‐perennial flow regimes represent dramati...

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Vydáno v:Ecography (Copenhagen) Ročník 44; číslo 10; s. 1511 - 1523
Hlavní autoři: Crabot, Julie, Mondy, Cedric P., Usseglio‐Polatera, Philippe, Fritz, Ken M., Wood, Paul J., Greenwood, Michelle J., Bogan, Michael T., Meyer, Elisabeth I., Datry, Thibault
Médium: Journal Article
Jazyk:angličtina
Vydáno: Oxford, UK Blackwell Publishing Ltd 01.10.2021
John Wiley & Sons, Inc
Wiley
Témata:
Biodiversity
Biodiversity loss
Body size
Drying
Ecology
Ecosystem dynamics
Ecosystem integrity
Ecosystem services
ecosystems
Environmental Sciences
Fecundity
Flow
fragmentation
Functional groups
global change
Integrity
Life span
life-history traits
longevity
Macroinvertebrates
Networks
Redundancy
River networks
Rivers
species diversity
streams
Taxonomy
temporary rivers
biodiversity loss
life-history traits
temporary rivers
global change
fragmentation
ISSN:0906-7590, 1600-0587
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Abstract The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non‐perennial flow regimes represent dramatic ecological shifts with potentially irreversible alterations of community and ecosystem dynamics. However, there is minimal understanding of how biological communities respond functionally to drying. Here, we highlight the taxonomic and functional responses of aquatic macroinvertebrate communities to flow intermittence across river networks from three continents, to test predictions from underlying trait‐based conceptual theory. We found a significant breakpoint in the relationship between taxonomic and functional richness, indicating higher functional redundancy at sites with flow intermittence higher than 28%. Multiple strands of evidence, including patterns of alpha and beta diversity and functional group membership, indicated that functional redundancy did not compensate for biodiversity loss associated with increasing intermittence, contrary to received wisdom. A specific set of functional trait modalities, including small body size, short life span and high fecundity, were selected with increasing flow intermittence. These results demonstrate the functional responses of river communities to drying and suggest that on‐going biodiversity reduction due to global change in drying river networks is threatening their functional integrity. These results indicate that such patterns might be common in these ecosystems, even where drying is considered a predictable disturbance. This highlights the need for the conservation of natural drying regimes of intermittent rivers to secure their ecological integrity.
AbstractList The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non-perennial flow regimes represent dramatic ecological shifts with potentially irreversible alterations of community and ecosystem dynamics. However, there is minimal understanding of how biological communities respond functionally to drying. Here, we highlight the taxonomic and functional responses of aquatic macroinvertebrate communities to flow intermittence across river networks from three continents, to test predictions from underlying trait-based conceptual theory. We found a significant breakpoint in the relationship between taxonomic and functional richness, indicating higher functional redundancy at sites with flow intermittence higher than 28%. Multiple strands of evidence, including patterns of alpha and beta diversity and functional group membership, indicated that functional redundancy did not compensate for biodiversity loss associated with increasing intermittence, contrary to received wisdom. A specific set of functional trait modalities, including small body size, short life span and high fecundity, were selected with increasing flow intermittence. These results demonstrate the functional responses of river communities to drying and suggest that on-going biodiversity reduction due to global change in drying river networks is threatening their functional integrity. These results indicate that such patterns might be common in these ecosystems, even where drying is considered a predictable disturbance. This highlights the need for the conservation of natural drying regimes of intermittent rivers to secure their ecological integrity.
The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non-perennial flow regimes represent dramatic ecological shifts with potentially irreversible alterations of community and ecosystem dynamics. However, there is minimal understanding of how biological communities respond functionally to drying. Here, we highlight the taxonomic and functional responses of aquatic macroinvertebrate communities to flow intermittence across river networks from three continents, to test predictions from underlying trait-based conceptual theory. We found a significant breakpoint in the relationship between taxonomic and functional richness, indicating higher functional redundancy at sites with flow intermittence higher than 28%. Multiple strands of evidence, including patterns of alpha and beta diversity and functional group membership, indicated that functional redundancy did not compensate for biodiversity loss associated with increasing intermittence, contrary to received wisdom. A specific set of functional trait modalities, including small body size, short life span and high fecundity, were selected with increasing flow intermittence. These results demonstrate the functional responses of river communities to drying and suggest that on-going biodiversity reduction due to global change in drying river networks is threatening their functional integrity. These results indicate that such patterns might be common in these ecosystems, even where drying is considered a predictable disturbance. This highlights the need for the conservation of natural drying regimes of intermittent rivers to secure their ecological integrity.The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non-perennial flow regimes represent dramatic ecological shifts with potentially irreversible alterations of community and ecosystem dynamics. However, there is minimal understanding of how biological communities respond functionally to drying. Here, we highlight the taxonomic and functional responses of aquatic macroinvertebrate communities to flow intermittence across river networks from three continents, to test predictions from underlying trait-based conceptual theory. We found a significant breakpoint in the relationship between taxonomic and functional richness, indicating higher functional redundancy at sites with flow intermittence higher than 28%. Multiple strands of evidence, including patterns of alpha and beta diversity and functional group membership, indicated that functional redundancy did not compensate for biodiversity loss associated with increasing intermittence, contrary to received wisdom. A specific set of functional trait modalities, including small body size, short life span and high fecundity, were selected with increasing flow intermittence. These results demonstrate the functional responses of river communities to drying and suggest that on-going biodiversity reduction due to global change in drying river networks is threatening their functional integrity. These results indicate that such patterns might be common in these ecosystems, even where drying is considered a predictable disturbance. This highlights the need for the conservation of natural drying regimes of intermittent rivers to secure their ecological integrity.
The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to global change, an increasing proportion of river networks are drying and changes from perennial to non-perennial flow regimes represent dramatic ecological shifts with potentially irreversible alterations of community and ecosystem dynamics. However, there is minimal understanding of how biological communities respond functionally to drying. Here, we highlight the taxonomic and functional responses of aquatic macroinvertebrate communities to flow intermittence across river networks from three continents, to test predictions from underlying trait-based conceptual theory. We found a significant breakpoint in the relationship between taxonomic and functional richness, indicating higher functional redundancy at sites with flow intermittence higher than 28%. Multiple strands of evidence, including patterns of alpha and beta diversity and functional group membership, indicated that functional redundancy did not compensate for biodiversity loss associated with increasing intermittence, contrary to received wisdom. A specific set of functional trait modalities, including small body size, short life span and high fecundity, were selected with increasing flow intermittence. These results demonstrate the functional responses of river communities to drying and suggest that ongoing biodiversity reduction due to global change in drying river networks is threatening their functional integrity. These results indicate that such patterns might be common in these ecosystems, even where drying is considered a predictable disturbance. This highlights the need for the conservation of natural drying regimes of intermittent rivers to secure their ecological integrity.
Author Wood, Paul J.
Mondy, Cedric P.
Crabot, Julie
Meyer, Elisabeth I.
Usseglio‐Polatera, Philippe
Datry, Thibault
Greenwood, Michelle J.
Fritz, Ken M.
Bogan, Michael T.
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  givenname: Julie
  orcidid: 0000-0002-7864-993X
  surname: Crabot
  fullname: Crabot, Julie
  email: thibault.datry@inrae.fr
  organization: INRAE, UR RiverLY
– sequence: 2
  givenname: Cedric P.
  surname: Mondy
  fullname: Mondy, Cedric P.
  organization: French Biodiversity Agency
– sequence: 3
  givenname: Philippe
  surname: Usseglio‐Polatera
  fullname: Usseglio‐Polatera, Philippe
  organization: Univ. of Lorraine, CNRS, LIEC
– sequence: 4
  givenname: Ken M.
  surname: Fritz
  fullname: Fritz, Ken M.
  organization: Office of Research and Development, U.S. Environmental Protection Agency
– sequence: 5
  givenname: Paul J.
  surname: Wood
  fullname: Wood, Paul J.
  organization: Loughborough Univ
– sequence: 6
  givenname: Michelle J.
  surname: Greenwood
  fullname: Greenwood, Michelle J.
  organization: National Inst. of Water and Atmospheric Research
– sequence: 7
  givenname: Michael T.
  surname: Bogan
  fullname: Bogan, Michael T.
  organization: Oregon State Univ
– sequence: 8
  givenname: Elisabeth I.
  surname: Meyer
  fullname: Meyer, Elisabeth I.
  organization: Univ. of Münster
– sequence: 9
  givenname: Thibault
  surname: Datry
  fullname: Datry, Thibault
  organization: INRAE, UR RiverLY
BackLink https://www.ncbi.nlm.nih.gov/pubmed/34720401$$D View this record in MEDLINE/PubMed
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Issue 10
Keywords biodiversity loss
life-history traits
temporary rivers
global change
fragmentation
Language English
License Attribution
licence_http://creativecommons.org/publicdomain/zero/: http://creativecommons.org/publicdomain/zero
This is an open access article under the terms of the Creative Commons Attribution License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited.
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PMCID: PMC8554635
J. Crabot and C. P. Mundy contributed equally to this publication. JC, TD, CM and PUP worked on the conceptualization of the study. CM, JC, PUP and TD did the statistical analysis. JC, CM, TD, PUP, MG, KF, EM, MB and PW wrote the original draft. TD, EM, MG, KF, MB and PW provided resources.
Author contributions
ORCID 0000-0002-7864-993X
0000-0003-4629-3163
0000-0003-1390-6736
OpenAccessLink https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fecog.05697
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PublicationTitle Ecography (Copenhagen)
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Snippet The current erosion of biodiversity is a major concern that threatens the ecological integrity of ecosystems and the ecosystem services they provide. Due to...
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SubjectTerms Biodiversity
Biodiversity loss
Body size
Drying
Ecology
Ecosystem dynamics
Ecosystem integrity
Ecosystem services
ecosystems
Environmental Sciences
Fecundity
Flow
fragmentation
Functional groups
global change
Integrity
Life span
life-history traits
longevity
Macroinvertebrates
Networks
Redundancy
River networks
Rivers
species diversity
streams
Taxonomy
temporary rivers
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Title A global perspective on the functional responses of stream communities to flow intermittence
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Volume 44
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