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Assessment of the functional role of tree diversity: the multi-site FORBIO experiment

Kris Verheyen UGent, Kris Ceunen UGent, Evy Ampoorter UGent, Lander Baeten UGent, Bernard Bosman, Etienne Branquart, Monique Carnol, Hans De Wandeler, Jean-Claude Grégoire, Pierre Lhoir, et al. (2013) PLANT ECOLOGY AND EVOLUTION. 146(1). p.26-35
abstract
Context - During the last two decades, functional biodiversity research has provided strong support for the hypothesis that more biodiverse ecosystems have the potential to deliver more and better services. However, most empirical support for this hypothesis comes from simple structured communities that are relatively easy to manipulate. The impact of forest biodiversity on forest ecosystem functioning has been far less studied. Experiment design - In this paper, we present the recently established, large-scale FORBIO experiment (FORest BIOdiversity and Ecosystem Functioning), specifically designed to test the effects of tree species diversity on forest ecosystem functioning. FORBIO's design matches with that of the few other tree diversity experiments worldwide, but at the same time, the FORBIO experiment is unique as it consists of a similar experimental set-up at three sites in Belgium (Zedelgem, Hechtel-Eksel and Gedinne) with contrasting edaphic and climatological characteristics. This design will help to provide answers to one of the most interesting unresolved questions in functional biodiversity research, notably whether the effects of complementarity on ecosystem functioning decrease in less stressful and more productive environments. At each site, FORBIO consists of 41 to 44 plots (127 plots in total) planted with monocultures and mixtures up to four species, selected from a pool of five site-adapted, functionally different tree species. When allocating the treatments to the plots, we maximally avoided any possible covariation between environmental factors. Monitoring of ecosystem functioning already started at the Zedelgem and Gedinne sites and will start soon in Hechtel-Eksel. Multiple processes are being measured and as the trees grow older, we plan to add even more processes. Expected results - Not only basic science, but also forest management will benefit from the results coming from the FORBIO experiment, as FORBIO is, for instance, also a test case for uncommon, not well-known tree species mixtures. To conclude, FORBIO is an important ecosystem experiment that has the potential to deliver badly needed insights into the multiple relationships between biodiversity and ecosystem functioning, which will be valuable for both science and practice.
Please use this url to cite or link to this publication:
author
organization
year
type
journalArticle (original)
publication status
published
subject
keyword
forest management, forest ecology, biodiversity-ecosystem functioning research, tree diversity, mixed forest, field experiment, FOREST DIVERSITY, PLANT DIVERSITY, BIODIVERSITY EXPERIMENT, PRODUCTIVITY, TEMPERATE, COMPLEMENTARITY, DECOMPOSITION, COMMUNITIES, MECHANISMS, RICHNESS
journal title
PLANT ECOLOGY AND EVOLUTION
Plant Ecol. Evol.
volume
146
issue
1
pages
26 - 35
Web of Science type
Article
Web of Science id
000316092100003
JCR category
PLANT SCIENCES
JCR impact factor
0.96 (2013)
JCR rank
123/199 (2013)
JCR quartile
3 (2013)
ISSN
2032-3913
DOI
10.5091/plecevo.2013.803
language
English
UGent publication?
yes
classification
A1
copyright statement
I have transferred the copyright for this publication to the publisher
id
3205805
handle
http://hdl.handle.net/1854/LU-3205805
date created
2013-05-02 10:11:24
date last changed
2017-03-02 14:59:52
@article{3205805,
  abstract     = {Context - During the last two decades, functional biodiversity research has provided strong support for the hypothesis that more biodiverse ecosystems have the potential to deliver more and better services. However, most empirical support for this hypothesis comes from simple structured communities that are relatively easy to manipulate. The impact of forest biodiversity on forest ecosystem functioning has been far less studied. 
Experiment design - In this paper, we present the recently established, large-scale FORBIO experiment (FORest BIOdiversity and Ecosystem Functioning), specifically designed to test the effects of tree species diversity on forest ecosystem functioning. FORBIO's design matches with that of the few other tree diversity experiments worldwide, but at the same time, the FORBIO experiment is unique as it consists of a similar experimental set-up at three sites in Belgium (Zedelgem, Hechtel-Eksel and Gedinne) with contrasting edaphic and climatological characteristics. This design will help to provide answers to one of the most interesting unresolved questions in functional biodiversity research, notably whether the effects of complementarity on ecosystem functioning decrease in less stressful and more productive environments. At each site, FORBIO consists of 41 to 44 plots (127 plots in total) planted with monocultures and mixtures up to four species, selected from a pool of five site-adapted, functionally different tree species. When allocating the treatments to the plots, we maximally avoided any possible covariation between environmental factors. Monitoring of ecosystem functioning already started at the Zedelgem and Gedinne sites and will start soon in Hechtel-Eksel. Multiple processes are being measured and as the trees grow older, we plan to add even more processes. 
Expected results - Not only basic science, but also forest management will benefit from the results coming from the FORBIO experiment, as FORBIO is, for instance, also a test case for uncommon, not well-known tree species mixtures. To conclude, FORBIO is an important ecosystem experiment that has the potential to deliver badly needed insights into the multiple relationships between biodiversity and ecosystem functioning, which will be valuable for both science and practice.},
  author       = {Verheyen, Kris and Ceunen, Kris and Ampoorter, Evy and Baeten, Lander and Bosman, Bernard and Branquart, Etienne and Carnol, Monique and De Wandeler, Hans and Gr{\'e}goire, Jean-Claude and Lhoir, Pierre and Muys, Bart and Setiawan, Nuri Nurlaila and Vanhellemont, Margot and Ponette, Quentin},
  issn         = {2032-3913},
  journal      = {PLANT ECOLOGY AND EVOLUTION},
  keyword      = {forest management,forest ecology,biodiversity-ecosystem functioning research,tree diversity,mixed forest,field experiment,FOREST DIVERSITY,PLANT DIVERSITY,BIODIVERSITY EXPERIMENT,PRODUCTIVITY,TEMPERATE,COMPLEMENTARITY,DECOMPOSITION,COMMUNITIES,MECHANISMS,RICHNESS},
  language     = {eng},
  number       = {1},
  pages        = {26--35},
  title        = {Assessment of the functional role of tree diversity: the multi-site FORBIO experiment},
  url          = {http://dx.doi.org/10.5091/plecevo.2013.803},
  volume       = {146},
  year         = {2013},
}

Chicago
Verheyen, Kris, Kris Ceunen, Evy Ampoorter, Lander Baeten, Bernard Bosman, Etienne Branquart, Monique Carnol, et al. 2013. “Assessment of the Functional Role of Tree Diversity: The Multi-site FORBIO Experiment.” Plant Ecology and Evolution 146 (1): 26–35.
APA
Verheyen, Kris, Ceunen, K., Ampoorter, E., Baeten, L., Bosman, B., Branquart, E., Carnol, M., et al. (2013). Assessment of the functional role of tree diversity: the multi-site FORBIO experiment. PLANT ECOLOGY AND EVOLUTION, 146(1), 26–35.
Vancouver
1.
Verheyen K, Ceunen K, Ampoorter E, Baeten L, Bosman B, Branquart E, et al. Assessment of the functional role of tree diversity: the multi-site FORBIO experiment. PLANT ECOLOGY AND EVOLUTION. 2013;146(1):26–35.
MLA
Verheyen, Kris, Kris Ceunen, Evy Ampoorter, et al. “Assessment of the Functional Role of Tree Diversity: The Multi-site FORBIO Experiment.” PLANT ECOLOGY AND EVOLUTION 146.1 (2013): 26–35. Print.