Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments

Forests play an important role in climate regulation due to carbon sequestration. However, a deeper understanding of forest carbon flux dynamics is often missing due to a lack of information about forest structure and species composition, especially for non-even-aged and species-mixed forests. In th...
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Autor*in:	Anne Holtmann [verfasserIn] Andreas Huth [verfasserIn] Felix Pohl [verfasserIn] Corinna Rebmann [verfasserIn] Rico Fischer [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2021

Schlagwörter:	forest model species-mixed deciduous temperate forest carbon fluxes structure tree size species composition

Übergeordnetes Werk:	In: Forests - MDPI AG, 2010, 12(2021), 6, p 726
Übergeordnetes Werk:	volume:12 ; year:2021 ; number:6, p 726

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.3390/f12060726

Katalog-ID:	DOAJ058791604

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language	English
source	In Forests 12(2021), 6, p 726 volume:12 year:2021 number:6, p 726
sourceStr	In Forests 12(2021), 6, p 726 volume:12 year:2021 number:6, p 726
format_phy_str_mv	Article
institution	findex.gbv.de
topic_facet	forest model species-mixed deciduous temperate forest carbon fluxes structure tree size species composition Plant ecology
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container_title	Forests
authorswithroles_txt_mv	Anne Holtmann @@aut@@ Andreas Huth @@aut@@ Felix Pohl @@aut@@ Corinna Rebmann @@aut@@ Rico Fischer @@aut@@
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callnumber-first	Q - Science
author	Anne Holtmann
spellingShingle	Anne Holtmann misc QK900-989 misc forest model misc species-mixed deciduous temperate forest misc carbon fluxes misc structure misc tree size misc species composition misc Plant ecology Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments
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topic_title	QK900-989 Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments forest model species-mixed deciduous temperate forest carbon fluxes structure tree size species composition
topic	misc QK900-989 misc forest model misc species-mixed deciduous temperate forest misc carbon fluxes misc structure misc tree size misc species composition misc Plant ecology
topic_unstemmed	misc QK900-989 misc forest model misc species-mixed deciduous temperate forest misc carbon fluxes misc structure misc tree size misc species composition misc Plant ecology
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title	Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments
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title_full	Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments
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title_auth	Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments
abstract	Forests play an important role in climate regulation due to carbon sequestration. However, a deeper understanding of forest carbon flux dynamics is often missing due to a lack of information about forest structure and species composition, especially for non-even-aged and species-mixed forests. In this study, we integrated field inventory data of a species-mixed deciduous forest in Germany into an individual-based forest model to investigate daily carbon fluxes and to examine the role of tree size and species composition for stand productivity. This approach enables to reproduce daily carbon fluxes derived from eddy covariance measurements (R<sup<2</sup< of 0.82 for gross primary productivity and 0.77 for ecosystem respiration). While medium-sized trees (stem diameter 30–60 cm) account for the largest share (66%) of total productivity at the study site, small (0–30 cm) and large trees (<60 cm) contribute less with 8.3% and 25.5% respectively. Simulation experiments indicate that vertical stand structure and shading influence forest productivity more than species composition. Hence, it is important to incorporate small-scale information about forest stand structure into modelling studies to decrease uncertainties of carbon dynamic predictions.
abstractGer	Forests play an important role in climate regulation due to carbon sequestration. However, a deeper understanding of forest carbon flux dynamics is often missing due to a lack of information about forest structure and species composition, especially for non-even-aged and species-mixed forests. In this study, we integrated field inventory data of a species-mixed deciduous forest in Germany into an individual-based forest model to investigate daily carbon fluxes and to examine the role of tree size and species composition for stand productivity. This approach enables to reproduce daily carbon fluxes derived from eddy covariance measurements (R<sup<2</sup< of 0.82 for gross primary productivity and 0.77 for ecosystem respiration). While medium-sized trees (stem diameter 30–60 cm) account for the largest share (66%) of total productivity at the study site, small (0–30 cm) and large trees (<60 cm) contribute less with 8.3% and 25.5% respectively. Simulation experiments indicate that vertical stand structure and shading influence forest productivity more than species composition. Hence, it is important to incorporate small-scale information about forest stand structure into modelling studies to decrease uncertainties of carbon dynamic predictions.
abstract_unstemmed	Forests play an important role in climate regulation due to carbon sequestration. However, a deeper understanding of forest carbon flux dynamics is often missing due to a lack of information about forest structure and species composition, especially for non-even-aged and species-mixed forests. In this study, we integrated field inventory data of a species-mixed deciduous forest in Germany into an individual-based forest model to investigate daily carbon fluxes and to examine the role of tree size and species composition for stand productivity. This approach enables to reproduce daily carbon fluxes derived from eddy covariance measurements (R<sup<2</sup< of 0.82 for gross primary productivity and 0.77 for ecosystem respiration). While medium-sized trees (stem diameter 30–60 cm) account for the largest share (66%) of total productivity at the study site, small (0–30 cm) and large trees (<60 cm) contribute less with 8.3% and 25.5% respectively. Simulation experiments indicate that vertical stand structure and shading influence forest productivity more than species composition. Hence, it is important to incorporate small-scale information about forest stand structure into modelling studies to decrease uncertainties of carbon dynamic predictions.
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title_short	Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments
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Carbon Sequestration in Mixed Deciduous Forests: The Influence of Tree Size and Species Composition Derived from Model Experiments

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