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Partialling out the Spatial Component of Ecological Variation

Ecology · 1992 · Vol. 73(3) · pp. 1045–1055

Abstract

A method is proposed to partition the variation of species abundance data into independent components: pure spatial, pure environmental, spatial component of environmental influence, and undetermined. The new method uses pre—existing techniques and computer programs of canonical ordination. The intrinsic spatial component of community structure is partialled out of the species—environment relationship in order to see if the environmental control model still holds. The method is illustrated using oribatid mites in a peat blanket, forest vegetation data, and aquatic heterotrophic bacteria. In this latter example, the new method is shown to be complementary to another approach based on partial Mantel tests.

Peatlands and Wetlands EcologySpecies Distribution and Climate ChangeMarine Biology and Ecology ResearchOrdinationEcologyComponent (thermodynamics)Abundance (ecology)Spatial variabilityCommunity structureVegetation (pathology)PeatEnvironmental sciencePartition (number theory)
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References
The Wolf: The Ecology and Behavior of an Endangered Species
Journal of Wildlife Management · 1971 · 1,162 citations
Reciprocal Averaging: An Eigenvector Method of Ordination
Journal of Ecology · 1973 · 1,029 citations
Field Experiments on Interspecific Competition
The American Naturalist · 1983 · 2,352 citations
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