Journal of Vegetation Science · 2003 · 6.9K citations · 1 references
Life SciencesEcologyCommunity EcologyPlant EcologyTerrestrial EcologyCommunity BiogeographyCommunity Composition AnalysisPlant Community CompositionPlant Community EcologyVegetation CompositionVegetation StructureClassification Of Plant CommunitiesMultidimensional ScalingMultivariate OrdinationNonmetric Multidimensional ScalingPlant Community ClassificationRandomizationVegetation Composition AnalysisVegetation Pattern Analysis
VEGAN adds vegetation analysis functions to the general‑purpose statistical program R, which is freely downloadable. VEGAN implements several ordination methods, including Canonical Correspondence Analysis and Non‑metric Multidimensional Scaling, vector fitting of environmental variables, randomization tests, and various other analyses of vegetation data, can handle large data, and its graphical output can be customized using R's extensive graphics capabilities. VEGAN is appropriate for routine and research use, if you are willing to learn some R. Abstract.
Abstract. VEGAN adds vegetation analysis functions to the general‐purpose statistical program R. Both R and VEGAN can be downloaded for free. VEGAN implements several ordination methods, including Canonical Correspondence Analysis and Non‐metric Multidimensional Scaling, vector fitting of environmental variables, randomization tests, and various other analyses of vegetation data. It can be used for large data. Graphical output can be customized using the R language's extensive graphics capabilities. VEGAN is appropriate for routine and research use, if you are willing to learn some R.
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DETECTING TRENDS IN SPECIES COMPOSITION
Philip M. Dixon, Barbara E. Taylor · Ecological Applications · 1998 · 120 citations
Life Sciences, Ecology, Zoology +13