Biodiversity in species, traits, and structure determines carbon stocks and uptake in tropical forests

Masha van der Sande, L. Poorter, L. Kooistra, Patricia Balvanera, Kirsten Thonicke, Jill Thompson, E.J.M.M. Arets, Nashieli Garcia-Alaniz, L. Jones, Francisco Mora, T.H. Mwampamba, T. Parr, M. Pena Claros

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Abstract

Impacts of climate change require that society urgently develops ways to reduce amounts of carbon in the atmosphere. Tropical forests present an important opportunity, as they take up and store large amounts of carbon. It is often suggested that forests with high biodiversity have large stocks and high rates of carbon uptake. Evidence is, however, scattered across geographic areas and scales, and it remains unclear whether biodiversity is just a co‐benefit or also a requirement for the maintenance of carbon stocks and uptake. Here, we perform a quantitative review of empirical studies that analyzed the relationships between plant biodiversity attributes and carbon stocks and carbon uptake in tropical forests. Our results show that biodiversity attributes related to species, traits or structure significantly affect carbon stocks or uptake in 64% of the evaluated relationships. Average vegetation attributes (community‐mean traits and structural attributes) are more important for carbon stocks, whereas variability in vegetation attributes (i.e., taxonomic diversity) is important for both carbon stocks and uptake. Thus, different attributes of biodiversity have complementary effects on carbon stocks and uptake. These biodiversity effects tend to be more often significant in mature forests at broad spatial scales than in disturbed forests at local spatial scales. Biodiversity effects are also more often significant when confounding variables are not included in the analyses, highlighting the importance of performing a comprehensive analysis that adequately accounts for environmental drivers. In summary, biodiversity is not only a co‐benefit, but also a requirement for short‐ and long‐term maintenance of carbon stocks and enhancement of uptake. Climate change policies should therefore include the maintenance of multiple attributes of biodiversity as an essential requirement to achieve long‐term climate change mitigation goals.
Original languageEnglish
Pages (from-to)593-603
JournalBiotropica
Volume49
Issue number5
DOIs
Publication statusPublished - 2017

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carbon sinks
tropical forests
tropical forest
biodiversity
carbon
climate change
vegetation
attribute
atmosphere

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van der Sande, Masha ; Poorter, L. ; Kooistra, L. ; Balvanera, Patricia ; Thonicke, Kirsten ; Thompson, Jill ; Arets, E.J.M.M. ; Garcia-Alaniz, Nashieli ; Jones, L. ; Mora, Francisco ; Mwampamba, T.H. ; Parr, T. ; Pena Claros, M. / Biodiversity in species, traits, and structure determines carbon stocks and uptake in tropical forests. In: Biotropica. 2017 ; Vol. 49, No. 5. pp. 593-603.
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abstract = "Impacts of climate change require that society urgently develops ways to reduce amounts of carbon in the atmosphere. Tropical forests present an important opportunity, as they take up and store large amounts of carbon. It is often suggested that forests with high biodiversity have large stocks and high rates of carbon uptake. Evidence is, however, scattered across geographic areas and scales, and it remains unclear whether biodiversity is just a co‐benefit or also a requirement for the maintenance of carbon stocks and uptake. Here, we perform a quantitative review of empirical studies that analyzed the relationships between plant biodiversity attributes and carbon stocks and carbon uptake in tropical forests. Our results show that biodiversity attributes related to species, traits or structure significantly affect carbon stocks or uptake in 64{\%} of the evaluated relationships. Average vegetation attributes (community‐mean traits and structural attributes) are more important for carbon stocks, whereas variability in vegetation attributes (i.e., taxonomic diversity) is important for both carbon stocks and uptake. Thus, different attributes of biodiversity have complementary effects on carbon stocks and uptake. These biodiversity effects tend to be more often significant in mature forests at broad spatial scales than in disturbed forests at local spatial scales. Biodiversity effects are also more often significant when confounding variables are not included in the analyses, highlighting the importance of performing a comprehensive analysis that adequately accounts for environmental drivers. In summary, biodiversity is not only a co‐benefit, but also a requirement for short‐ and long‐term maintenance of carbon stocks and enhancement of uptake. Climate change policies should therefore include the maintenance of multiple attributes of biodiversity as an essential requirement to achieve long‐term climate change mitigation goals.",
author = "{van der Sande}, Masha and L. Poorter and L. Kooistra and Patricia Balvanera and Kirsten Thonicke and Jill Thompson and E.J.M.M. Arets and Nashieli Garcia-Alaniz and L. Jones and Francisco Mora and T.H. Mwampamba and T. Parr and {Pena Claros}, M.",
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Biodiversity in species, traits, and structure determines carbon stocks and uptake in tropical forests. / van der Sande, Masha; Poorter, L.; Kooistra, L.; Balvanera, Patricia; Thonicke, Kirsten; Thompson, Jill; Arets, E.J.M.M.; Garcia-Alaniz, Nashieli; Jones, L.; Mora, Francisco; Mwampamba, T.H.; Parr, T.; Pena Claros, M.

In: Biotropica, Vol. 49, No. 5, 2017, p. 593-603.

Research output: Contribution to journalArticleAcademicpeer-review

TY - JOUR

T1 - Biodiversity in species, traits, and structure determines carbon stocks and uptake in tropical forests

AU - van der Sande, Masha

AU - Poorter, L.

AU - Kooistra, L.

AU - Balvanera, Patricia

AU - Thonicke, Kirsten

AU - Thompson, Jill

AU - Arets, E.J.M.M.

AU - Garcia-Alaniz, Nashieli

AU - Jones, L.

AU - Mora, Francisco

AU - Mwampamba, T.H.

AU - Parr, T.

AU - Pena Claros, M.

PY - 2017

Y1 - 2017

N2 - Impacts of climate change require that society urgently develops ways to reduce amounts of carbon in the atmosphere. Tropical forests present an important opportunity, as they take up and store large amounts of carbon. It is often suggested that forests with high biodiversity have large stocks and high rates of carbon uptake. Evidence is, however, scattered across geographic areas and scales, and it remains unclear whether biodiversity is just a co‐benefit or also a requirement for the maintenance of carbon stocks and uptake. Here, we perform a quantitative review of empirical studies that analyzed the relationships between plant biodiversity attributes and carbon stocks and carbon uptake in tropical forests. Our results show that biodiversity attributes related to species, traits or structure significantly affect carbon stocks or uptake in 64% of the evaluated relationships. Average vegetation attributes (community‐mean traits and structural attributes) are more important for carbon stocks, whereas variability in vegetation attributes (i.e., taxonomic diversity) is important for both carbon stocks and uptake. Thus, different attributes of biodiversity have complementary effects on carbon stocks and uptake. These biodiversity effects tend to be more often significant in mature forests at broad spatial scales than in disturbed forests at local spatial scales. Biodiversity effects are also more often significant when confounding variables are not included in the analyses, highlighting the importance of performing a comprehensive analysis that adequately accounts for environmental drivers. In summary, biodiversity is not only a co‐benefit, but also a requirement for short‐ and long‐term maintenance of carbon stocks and enhancement of uptake. Climate change policies should therefore include the maintenance of multiple attributes of biodiversity as an essential requirement to achieve long‐term climate change mitigation goals.

AB - Impacts of climate change require that society urgently develops ways to reduce amounts of carbon in the atmosphere. Tropical forests present an important opportunity, as they take up and store large amounts of carbon. It is often suggested that forests with high biodiversity have large stocks and high rates of carbon uptake. Evidence is, however, scattered across geographic areas and scales, and it remains unclear whether biodiversity is just a co‐benefit or also a requirement for the maintenance of carbon stocks and uptake. Here, we perform a quantitative review of empirical studies that analyzed the relationships between plant biodiversity attributes and carbon stocks and carbon uptake in tropical forests. Our results show that biodiversity attributes related to species, traits or structure significantly affect carbon stocks or uptake in 64% of the evaluated relationships. Average vegetation attributes (community‐mean traits and structural attributes) are more important for carbon stocks, whereas variability in vegetation attributes (i.e., taxonomic diversity) is important for both carbon stocks and uptake. Thus, different attributes of biodiversity have complementary effects on carbon stocks and uptake. These biodiversity effects tend to be more often significant in mature forests at broad spatial scales than in disturbed forests at local spatial scales. Biodiversity effects are also more often significant when confounding variables are not included in the analyses, highlighting the importance of performing a comprehensive analysis that adequately accounts for environmental drivers. In summary, biodiversity is not only a co‐benefit, but also a requirement for short‐ and long‐term maintenance of carbon stocks and enhancement of uptake. Climate change policies should therefore include the maintenance of multiple attributes of biodiversity as an essential requirement to achieve long‐term climate change mitigation goals.

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DO - 10.1111/btp.12453

M3 - Article

VL - 49

SP - 593

EP - 603

JO - Biotropica

JF - Biotropica

SN - 0006-3606

IS - 5

ER -