Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics

An agglomerative cluster analysis and a principal components analysis of habitat, based on 27 quantitative soil variables, are compared with a Braun-Blanquet classification of the vegetation of the Manyeleti Game Reserve in the eastern Transvaal. The results indicate that these techniques can be suc...

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Main Authors: G. J. Bredenkamp, G. K. Theron, D. R. J. van Vuuren
Format: Article
Language:English
Published: South African National Biodiversity Institut 1983-11-01
Series:Bothalia: African Biodiversity & Conservation
Online Access:https://abcjournal.org/index.php/abc/article/view/1229
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author G. J. Bredenkamp
G. K. Theron
D. R. J. van Vuuren
author_facet G. J. Bredenkamp
G. K. Theron
D. R. J. van Vuuren
author_sort G. J. Bredenkamp
collection DOAJ
description An agglomerative cluster analysis and a principal components analysis of habitat, based on 27 quantitative soil variables, are compared with a Braun-Blanquet classification of the vegetation of the Manyeleti Game Reserve in the eastern Transvaal. The results indicate that these techniques can be successfully used to obtain relatively homogeneous habitat classes, characterized by sets of environmental (soil) variables and not only single variables individually, and which are furthermore significantly correlated with the recognized plant communities of the area.
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spelling doaj.art-3761d645393641cf87219afc0b58dc902022-12-21T18:26:54ZengSouth African National Biodiversity InstitutBothalia: African Biodiversity & Conservation0006-82412311-92841983-11-01143/469169910.4102/abc.v14i3/4.12291156Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristicsG. J. Bredenkamp0G. K. Theron1D. R. J. van Vuuren2Department of Botany. University of the NorthDepartment of Botany. University of PretoriaDepartment of Botany. University of the NorthAn agglomerative cluster analysis and a principal components analysis of habitat, based on 27 quantitative soil variables, are compared with a Braun-Blanquet classification of the vegetation of the Manyeleti Game Reserve in the eastern Transvaal. The results indicate that these techniques can be successfully used to obtain relatively homogeneous habitat classes, characterized by sets of environmental (soil) variables and not only single variables individually, and which are furthermore significantly correlated with the recognized plant communities of the area.https://abcjournal.org/index.php/abc/article/view/1229
spellingShingle G. J. Bredenkamp
G. K. Theron
D. R. J. van Vuuren
Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
Bothalia: African Biodiversity & Conservation
title Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
title_full Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
title_fullStr Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
title_full_unstemmed Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
title_short Ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
title_sort ecological interpretation of plant communities by classification and ordination of quantitative soil characteristics
url https://abcjournal.org/index.php/abc/article/view/1229
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AT gktheron ecologicalinterpretationofplantcommunitiesbyclassificationandordinationofquantitativesoilcharacteristics
AT drjvanvuuren ecologicalinterpretationofplantcommunitiesbyclassificationandordinationofquantitativesoilcharacteristics