The effects of leaf litter evenness on decomposition depend on which plant functional group is dominant
Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in species' identity and patterns of leaf litter evenness affec...
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Published in | Plant and soil Vol. 365; no. 1/2; pp. 255 - 266 |
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Main Authors | , , |
Format | Journal Article |
Language | English |
Published |
Dordrecht
Springer
01.04.2013
Springer Netherlands Springer Nature B.V |
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Abstract | Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in species' identity and patterns of leaf litter evenness affected decomposition of litter mixtures. Methods We used litter-bag method to study the influence of different relative abundance mixtures (75 % : 25 % ; 50 % : 50 %; 25 % : 75 %) of plant litter from two functional groups (climbing plants and trees) on decomposition rates in a subtropical forest in Guangdong, China. Results We found negative non-additive effects of mixing litter overall and species composition affected decomposition rates the most. In addition, when climbing plants were dominant, even mixtures decomposed slower significantly than uneven mixtures. Evenness did not affect decomposition rates, however, when trees were dominant. The magnitude of antagonistic effects increased with increasing dominance of climbing plants but decreased with time, suggesting a strong negative feedback between litter proportion of climbing plant and decomposition rates at the initial stage. Conclusion The evenness in leaf litter composition affects rates of decomposition, but these effects depend on which plant functional group is dominant. Thus, we should pay more attention to shifts in identity of dominant species and patterns of community evenness. |
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AbstractList | Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in species' identity and patterns of leaf litter evenness affected decomposition of litter mixtures. Methods We used litter-bag method to study the influence of different relative abundance mixtures (75 % : 25 %; 50 % : 50 %; 25 % : 75 %) of plant litter from two functional groups (climbing plants and trees) on decomposition rates in a subtropical forest in Guangdong, China. Results We found negative non-additive effects of mixing litter overall and species composition affected decomposition rates the most. In addition, when climbing plants were dominant, even mixtures decomposed slower significantly than uneven mixtures. Evenness did not affect decomposition rates, however, when trees were dominant. The magnitude of antagonistic effects increased with increasing dominance of climbing plants but decreased with time, suggesting a strong negative feedback between litter proportion of climbing plant and decomposition rates at the initial stage. Conclusion The evenness in leaf litter composition affects rates of decomposition, but these effects depend on which plant functional group is dominant. Thus, we should pay more attention to shifts in identity of dominant species and patterns of community evenness. Keywords Litter decomposition * Species evenness * Relative abundance * Plant functional group * Climbing plants * Nonadditive effects Background and aims: Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in species' identity and patterns of leaf litter evenness affected decomposition of litter mixtures. Methods: We used litter-bag method to study the influence of different relative abundance mixtures (75 % : 25 %; 50 % : 50 %; 25 % : 75 %) of plant litter from two functional groups (climbing plants and trees) on decomposition rates in a subtropical forest in Guangdong, China. Results: We found negative non-additive effects of mixing litter overall and species composition affected decomposition rates the most. In addition, when climbing plants were dominant, even mixtures decomposed slower significantly than uneven mixtures. Evenness did not affect decomposition rates, however, when trees were dominant. The magnitude of antagonistic effects increased with increasing dominance of climbing plants but decreased with time, suggesting a strong negative feedback between litter proportion of climbing plant and decomposition rates at the initial stage. Conclusion: The evenness in leaf litter composition affects rates of decomposition, but these effects depend on which plant functional group is dominant. Thus, we should pay more attention to shifts in identity of dominant species and patterns of community evenness. Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in speciesâ[euro](TM) identity and patterns of leaf litter evenness affected decomposition of litter mixtures. We used litter-bag method to study the influence of different relative abundance mixtures (75Â % : 25Â %; 50Â % : 50Â %; 25Â % : 75Â %) of plant litter from two functional groups (climbing plants and trees) on decomposition rates in a subtropical forest in Guangdong, China. We found negative non-additive effects of mixing litter overall and species composition affected decomposition rates the most. In addition, when climbing plants were dominant, even mixtures decomposed slower significantly than uneven mixtures. Evenness did not affect decomposition rates, however, when trees were dominant. The magnitude of antagonistic effects increased with increasing dominance of climbing plants but decreased with time, suggesting a strong negative feedback between litter proportion of climbing plant and decomposition rates at the initial stage. The evenness in leaf litter composition affects rates of decomposition, but these effects depend on which plant functional group is dominant. Thus, we should pay more attention to shifts in identity of dominant species and patterns of community evenness.[PUBLICATION ABSTRACT] Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance and evenness in community. We investigated how changes in species’ identity and patterns of leaf litter evenness affected decomposition of litter mixtures. Methods We used litter-bag method to study the influence of different relative abundance mixtures (75 % : 25 %; 50 % : 50 %; 25 % : 75 %) of plant litter from two functional groups (climbing plants and trees) on decomposition rates in a subtropical forest in Guangdong, China. Results We found negative non-additive effects of mixing litter overall and species composition affected decomposition rates the most. In addition, when climbing plants were dominant, even mixtures decomposed slower significantly than uneven mixtures. Evenness did not affect decomposition rates, however, when trees were dominant. The magnitude of antagonistic effects increased with increasing dominance of climbing plants but decreased with time, suggesting a strong negative feedback between litter proportion of climbing plant and decomposition rates at the initial stage. Conclusion The evenness in leaf litter composition affects rates of decomposition, but these effects depend on which plant functional group is dominant. Thus, we should pay more attention to shifts in identity of dominant species and patterns of community evenness. |
Audience | Academic |
Author | Peng, Shaolin Li, Daijiang Chen, Baoming |
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Keywords | Climbing plants Nonadditive effects Litter decomposition Species evenness Plant functional group Relative abundance Litter Decomposition Plant leaf Vegetative apparatus Climbing vine Evenness Soil plant relation Species Functional group |
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Snippet | Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns... Background and aims Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns... Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns of plant dominance... Background and aims: Climbing plants are increasing in dominance in the subtropical forests of South China and other areas around the world, altering patterns... |
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SubjectTerms | Agricultural research Agronomy. Soil science and plant productions Animal, plant and microbial ecology Biological and medical sciences Biomass Biomedical and Life Sciences Climbing plants Community ecology Decomposition Dominant species Ecology Ecosystems Environmental aspects Forest litter Forests Functional groups Fundamental and applied biological sciences. Psychology General agronomy. Plant production Leaf litter Leaves Life Sciences Plant litter Plant Physiology Plant populations Plant Sciences Plant-soil relationships Plants Regular Article Relative abundance Soil ecology Soil Science & Conservation Soil-plant relationships. Soil fertility Soil-plant relationships. Soil fertility. Fertilization. Amendments Species Species composition Trees |
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Title | The effects of leaf litter evenness on decomposition depend on which plant functional group is dominant |
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