Community Ecology

, Volume 15, Issue 2, pp 194–204 | Cite as

The effect of small-scale land use on vegetation in the Valdivian Coastal Range (Chile)

  • K. SeisEmail author
  • S. Gärtner
  • P. J. Donoso
  • A. Reif


Today, native vegetation in the Valdivian Coastal Range (VCR) is restricted to areas where small-scale land use dominates resulting in a vegetation mosaic. This study (1) provides a description of the vegetation types (VT) within the vegetation mosaic, (2) identifies land use drivers that lead to either degradation or recovery processes and, (3) attempts to provide an explanation for the vegetation mosaic with a conceptual model. In two regions of the VCR we sampled 102 plots for composition of vegetation and indicators of livestock browsing, timber cutting and coppice forestry. We classified the vegetation using a flexible beta method and Bray-Curtis distance. Diagnostic species were identified by an extended indicator species analysis. The clustering results were visualized in NMDS and recursive partitioning was used to explain variations in the VTs as a function of the land use variables. Differentiating effects were tested using PERMANOVA and a conceptual model for the vegetation dynamics was developed from the results. Four VTs such as (1) extensively grazed non-native grasslands (EGN); (2), closed and semi-closed grazed Ugni and Berberis shrublands; (3) severely impacted evergreen forests; and (4) sparsely disturbed evergreen forests were recognized. The browsing indicators were important for differentiating the VTs. The EGN grasslands were differentiated by having more than 0.075 dung piles/m². Areas with fewer dung piles but direct browsing effects had the greatest impact on vegetation. Forests were preserved when the mean browsing index was equal to or lower than 0.5. The cutting frequency was significant in determining overall floristic composition. We showed that shrublands and evergreen forests within the vegetation mosaic and the result of small-scale farming led to high native forest species richness. This makes the vegetation mosaic especially valuable in a landscape dominated by exotic tree monocultures.


Degradation Floristic composition Native forest species Small-scale anthropogenic disturbance Succession Valdivian evergreen rainforest Vegetation mosaic 



extensively grazed non-native grasslands


non-parametric multidimensional scaling


permutational multivariate analysis of variance


sparsely disturbed evergreen forest


severely impacted evergreen forests


closed and semi closed grazed Ugni and Berberis shrublands


Valdivian Coastal Range


vegetation type


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© Akadémiai Kiadó, Budapest 2014

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Authors and Affiliations

  1. 1.Chair of Site Classification and Vegetation Science, Faculty of Environment and Natural ResourcesUniversity of FreiburgFreiburgGermany
  2. 2.Facultad de Ciencias Forestales y Recursos Naturales, Instituto de SilviculturaUniversidad Austral de ChileValdiviaChile

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