Claim · model-written summary
Environmental control and unexplained spatial variation corresponded to different spatial scales in the Gutianshan plot.
Not reportedTaxonMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorValueQualifier
Verbatim
e0“environmental control on the one hand and unexplained spatial variation on the other (unmeasured environmental variables and neutral processes) corresponded to spatial structures with different scales in the Gutianshan forest plot”
Title
José Manuel Herrero Massari Ecology 1999. doi:10.1890/07-1880.1
Other claims from this paper (15)
- Association Habitat and space jointly explained about 53% of species richness variation, depending on sampling scale.
- Association Habitat and space jointly explained about 65% of species composition variation, depending on sampling scale.
- Association Spatially structured habitat accounted for 24% of tree diversity in the Gutianshan forest.
- Association A habitat-independent spatial component accounted for 29% of tree diversity in the Gutianshan forest.
- Association Spatially independent habitat contributed a negligible 6% to tree diversity.
- Association Altitude and terrain convexity strongly affected richness and species composition.
- Association Slope and aspect had weak effects on richness and species composition.
- Observation Broad-scale spatial variation dominated the forest diversity distribution.
- Observation Five habitat types were recognized in the forest plot.
- Association A few species were significant indicators of three habitat types.
- Observation Two habitat types had no significant indicator species.
- Association Environmental control accounted for 30% of forest diversity.
- Association Neutral processes accounted for 29% of forest diversity.
- Association At a 10 x 10 m scale, neutral processes accounted for 43%, dominating environmental control.
- Association At a 10 x 10 m scale, environmental control accounted for 20%, below neutral processes.