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Impact of fine-scale edaphic heterogeneity on tree species assembly in a central African rainforest
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Lisingo Impact of fine scale jvs12209_Vleminckx&al.2015 (2).pdf
(French,
307 KB)
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| View | Open in browser |
| Upload date | 12 Jan 2017 |
| Contributor | Consolate Kaswera |
| Geographical coverage | D.R.Congo |
| Keywords | canopy; edaphic heterogeneity; floristic variability;preference; Subcanopy; torus-translation, habitat differentiation |
| Release date | 13/01/2017 |
| # | Language | File name | Contributor | Upload date | Size | Content type |
|---|---|---|---|---|---|---|
| 1 | French | Lisingo Impact of fine scale jvs12209_Vleminckx&al.2015 (2).pdf (current) | Consolate Kaswera | 12 Jan 2017 | 307 KB |
application/pdf
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Soil properties have been shown to partially explain tree species distribution in tropical forests. Locally, species turnover across space can result not preference; Subcanopy; Torus-translation only from edaphic heterogeneities but also from limited seed dispersal. To characterize the contribution of each process, contact areas between contrasted soil . In the present study, we aimed to test species and species assemblage responses to a sharp edaphic discontinuity in a tropical forest tree community.
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