Soil CO2 efflux and soil carbon balance of a tropical rubber plantation

Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land-use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the...

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Published inAdvances in ecological research Vol. 28; no. 6; pp. 969 - 979
Main Authors Satakhun, Duangrat, Gay, Frédéric, Chairungsee, Naruenat, Kasemsap, Poonpipope, Chantuma, Pisamai, Thanisawanyangkura, Sornprach, Thaler, Philippe, Epron, Daniel
Format Journal Article
LanguageEnglish
Published Tokyo Springer Japan 01.11.2013
Springer
Blackwell Publishing Ltd
Elsevier
Subjects
Animal and plant ecology
Animal, plant and microbial ecology
autotrophs
Behavioral Sciences
biogeochemical cycles
Biological and medical sciences
Biomass
Biomedical and Life Sciences
carbon
Carbon cycle
Carbon dioxide
Decomposition
Ecology
Evolutionary Biology
Forestry
Fundamental and applied biological sciences. Psychology
General aspects
heterotrophs
income
Land use
Landscape ecology
Life Sciences
mathematical models
Moisture content
organic horizons
Original Article
Partitioning
plant litter
Plant Sciences
Plantations
Respiration
rhizosphere
rhizosphere bacteria
rhizosphere fungi
Root biomass
roots
Rubber
Rubber plantation
Rubber trees
Seasonal variation
Seasonal variations
Soil respiration
Soil temperature
Soil water
soil water content
soil-atmosphere interactions
Soils
Synecology
Thailand
trees
trenching
tropics
Water content
Zoology
Thailand
Root biomass
Partitioning
Soil respiration
Seasonal variation
Rubber plantation
Soils
Root
Carbon dioxide
Biomass
Rubber
Respiration
Carbon balance
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Abstract Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land-use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the soil carbon balance of a 15-year-old rubber plantation in Thailand and we specifically explored the seasonal dynamic of soil CO 2 efflux ( F S ) in relation to seasonal changes in soil water content ( W S ) and soil temperature ( T S ), assessed the partitioning of F S between autotrophic ( R A ) and heterotrophic ( R H ) sources in a root trenching experiment and estimated the contribution of aboveground and belowground carbon inputs to the soil carbon budget. A multiplicative model combining both T S and W S explained 58 % of the seasonal variation of F S . Annual soil CO 2 efflux averaged 1.88 kg C m −2  year −1 between May 2009 and April 2011 and R A and R H accounted for respectively 63 and 37 % of F S , after corrections of F S measured on trenched plots for root decomposition and for difference in soil water content. The 4-year average annual aboveground litterfall was 0.53 kg C m −2  year −1 while a conservative estimate of belowground carbon input into the soil was much lower (0.17 kg C m −2  year −1 ). Our results highlighted that belowground processes (root and rhizomicrobial respiration and the heterotrophic respiration related to belowground carbon input into the soil) have a larger contribution to soil CO 2 efflux (72 %) than aboveground litter decomposition.
AbstractList Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land-use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the soil carbon balance of a 15-year-old rubber plantation in Thailand and we specifically explored the seasonal dynamic of soil CO 2 efflux ( F S) in relation to seasonal changes in soil water content ( W S) and soil temperature ( T S), assessed the partitioning of F S between autotrophic ( R A) and heterotrophic ( R H) sources in a root trenching experiment and estimated the contribution of aboveground and belowground carbon inputs to the soil carbon budget. A multiplicative model combining both T S and W S explained 58 % of the seasonal variation of F S. Annual soil CO 2 efflux averaged 1.88 kg C m −2 year −1 between May 2009 and April 2011 and R A and R H accounted for respectively 63 and 37 % of F S, after corrections of F S measured on trenched plots for root decomposition and for difference in soil water content. The 4-year average annual aboveground litterfall was 0.53 kg C m −2 year −1 while a conservative estimate of belowground carbon input into the soil was much lower (0.17 kg C m −2 year −1). Our results highlighted that belowground processes (root and rhizomicrobial respiration and the heterotrophic respiration related to belowground carbon input into the soil) have a larger contribution to soil CO 2 efflux (72 %) than aboveground litter decomposition.
Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land‐use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the soil carbon balance of a 15‐year‐old rubber plantation in Thailand and we specifically explored the seasonal dynamic of soil CO2 efflux (FS) in relation to seasonal changes in soil water content (WS) and soil temperature (TS), assessed the partitioning of FS between autotrophic (RA) and heterotrophic (RH) sources in a root trenching experiment and estimated the contribution of aboveground and belowground carbon inputs to the soil carbon budget. A multiplicative model combining both TS and WS explained 58 % of the seasonal variation of FS. Annual soil CO2 efflux averaged 1.88 kg C m−2 year−1 between May 2009 and April 2011 and RA and RH accounted for respectively 63 and 37 % of FS, after corrections of FS measured on trenched plots for root decomposition and for difference in soil water content. The 4‐year average annual aboveground litterfall was 0.53 kg C m−2 year−1 while a conservative estimate of belowground carbon input into the soil was much lower (0.17 kg C m−2 year−1). Our results highlighted that belowground processes (root and rhizomicrobial respiration and the heterotrophic respiration related to belowground carbon input into the soil) have a larger contribution to soil CO2 efflux (72 %) than aboveground litter decomposition.
Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land-use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the soil carbon balance of a 15-year-old rubber plantation in Thailand and we specifically explored the seasonal dynamic of soil CO2 efflux (F ^sub S^) in relation to seasonal changes in soil water content (W ^sub S^) and soil temperature (T ^sub S^), assessed the partitioning of F ^sub S^ between autotrophic (R ^sub A^) and heterotrophic (R ^sub H^) sources in a root trenching experiment and estimated the contribution of aboveground and belowground carbon inputs to the soil carbon budget. A multiplicative model combining both T ^sub S^ and W ^sub S^ explained 58 % of the seasonal variation of F ^sub S^. Annual soil CO2 efflux averaged 1.88 kg C m^sup -2^ year^sup -1^ between May 2009 and April 2011 and R ^sub A^ and R ^sub H^ accounted for respectively 63 and 37 % of F ^sub S^, after corrections of F ^sub S^ measured on trenched plots for root decomposition and for difference in soil water content. The 4-year average annual aboveground litterfall was 0.53 kg C m^sup -2^ year^sup -1^ while a conservative estimate of belowground carbon input into the soil was much lower (0.17 kg C m^sup -2^ year^sup -1^). Our results highlighted that belowground processes (root and rhizomicrobial respiration and the heterotrophic respiration related to belowground carbon input into the soil) have a larger contribution to soil CO2 efflux (72 %) than aboveground litter decomposition.[PUBLICATION ABSTRACT]
Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to land-use changes that impact the global carbon cycle. However, little is known about the carbon balance of these plantations. We studied the soil carbon balance of a 15-year-old rubber plantation in Thailand and we specifically explored the seasonal dynamic of soil CO 2 efflux ( F S ) in relation to seasonal changes in soil water content ( W S ) and soil temperature ( T S ), assessed the partitioning of F S between autotrophic ( R A ) and heterotrophic ( R H ) sources in a root trenching experiment and estimated the contribution of aboveground and belowground carbon inputs to the soil carbon budget. A multiplicative model combining both T S and W S explained 58 % of the seasonal variation of F S . Annual soil CO 2 efflux averaged 1.88 kg C m −2  year −1 between May 2009 and April 2011 and R A and R H accounted for respectively 63 and 37 % of F S , after corrections of F S measured on trenched plots for root decomposition and for difference in soil water content. The 4-year average annual aboveground litterfall was 0.53 kg C m −2  year −1 while a conservative estimate of belowground carbon input into the soil was much lower (0.17 kg C m −2  year −1 ). Our results highlighted that belowground processes (root and rhizomicrobial respiration and the heterotrophic respiration related to belowground carbon input into the soil) have a larger contribution to soil CO 2 efflux (72 %) than aboveground litter decomposition.
Author Satakhun, Duangrat
Thanisawanyangkura, Sornprach
Thaler, Philippe
Epron, Daniel
Gay, Frédéric
Chantuma, Pisamai
Chairungsee, Naruenat
Kasemsap, Poonpipope
Author_xml – sequence: 1
  givenname: Duangrat
  surname: Satakhun
  fullname: Satakhun, Duangrat
  organization: Center of Thai-French Cooperation on Higher Education and Research, Kasetsart University
– sequence: 2
  givenname: Frédéric
  surname: Gay
  fullname: Gay, Frédéric
  organization: Center of Thai-French Cooperation on Higher Education and Research, Kasetsart University, CIRAD, UMR Eco&sols
– sequence: 3
  givenname: Naruenat
  surname: Chairungsee
  fullname: Chairungsee, Naruenat
  organization: Department of Agriculture, Office of Agricultural Research and Development Region 1
– sequence: 4
  givenname: Poonpipope
  surname: Kasemsap
  fullname: Kasemsap, Poonpipope
  organization: Department of Horticulture, Faculty of Agriculture, Kasetsart University
– sequence: 5
  givenname: Pisamai
  surname: Chantuma
  fullname: Chantuma, Pisamai
  organization: Chachoengsao Rubber Research Centre, Rubber Research Institute of Thailand
– sequence: 6
  givenname: Sornprach
  surname: Thanisawanyangkura
  fullname: Thanisawanyangkura, Sornprach
  organization: Department of Botany, Faculty of Science, Kasetsart University
– sequence: 7
  givenname: Philippe
  surname: Thaler
  fullname: Thaler, Philippe
  organization: Center of Thai-French Cooperation on Higher Education and Research, Kasetsart University, CIRAD, UMR Eco&sols
– sequence: 8
  givenname: Daniel
  surname: Epron
  fullname: Epron, Daniel
  email: daniel.epron@univ-lorraine.fr
  organization: CIRAD, UMR Eco&sols, Ecologie et Ecophysiologie Forestières, Faculté des Sciences, Université de Lorraine, UMR 1137
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ContentType Journal Article
Copyright The Ecological Society of Japan 2013
2013 The Ecological Society of Japan
2015 INIST-CNRS
Distributed under a Creative Commons Attribution 4.0 International License
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Issue 6
Keywords Root biomass
Partitioning
Soil respiration
Seasonal variation
Rubber plantation
Soils
Root
Carbon dioxide
Biomass
Rubber
Respiration
Carbon balance
Language English
License CC BY 4.0
Distributed under a Creative Commons Attribution 4.0 International License: http://creativecommons.org/licenses/by/4.0
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PublicationDate November 2013
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PublicationPlace Tokyo
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PublicationTitle Advances in ecological research
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PublicationYear 2013
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ssj0027824
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Snippet Natural rubber is a valuable source of income in many tropical countries and rubber trees are increasingly planted in tropical areas, where they contribute to...
SourceID hal
proquest
pascalfrancis
wiley
springer
SourceType Open Access Repository
Aggregation Database
Index Database
Publisher
StartPage 969
SubjectTerms Animal and plant ecology
Animal, plant and microbial ecology
autotrophs
Behavioral Sciences
biogeochemical cycles
Biological and medical sciences
Biomass
Biomedical and Life Sciences
carbon
Carbon cycle
Carbon dioxide
Decomposition
Ecology
Evolutionary Biology
Forestry
Fundamental and applied biological sciences. Psychology
General aspects
heterotrophs
income
Land use
Landscape ecology
Life Sciences
mathematical models
Moisture content
organic horizons
Original Article
Partitioning
plant litter
Plant Sciences
Plantations
Respiration
rhizosphere
rhizosphere bacteria
rhizosphere fungi
Root biomass
roots
Rubber
Rubber plantation
Rubber trees
Seasonal variation
Seasonal variations
Soil respiration
Soil temperature
Soil water
soil water content
soil-atmosphere interactions
Soils
Synecology
Thailand
trees
trenching
tropics
Water content
Zoology
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Title Soil CO2 efflux and soil carbon balance of a tropical rubber plantation
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Volume 28
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