Determining the spatial patterning of tree species can provide inferences on underlying ecological processes. Gonystylus brunnescens is a South-east Asian subcanopy forest tree. To determine the spatial patterns of this species, we recorded the distribution of all individuals in a 0.4 ha sampling plot in eastern Borneo. We found that the pattern deviated from random and was well-described by the Matérn cluster model; clusters had a radius of approximately 4.2 m and contained an average of six seedlings each. This supports the hypothesis of animal-dispersed seeds and, due to a clear lack of association of juveniles with adults, may be due to scatter-hoarding of seeds by small mammal seed dispersers
The forest seed bank has been demonstrated to vary spatially at scales from 2 to 10m. To our knowled...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
Complex distribution data can be summarized by grouping species with similar or overlapping distribu...
Complex distribution data can be summarized by grouping species with similar or overlapping distribu...
Questions: Studying the spatial distribution of tree species is fundamental to understanding the eco...
An aggregated distribution of dispersed seeds may influence the colonization process in tree communi...
The spatial dispersion of individuals in a species is an important pattern that is controlled by man...
The spatial dispersion of individuals in a species is an important pattern that is controlled by man...
Abstract Tropical forests are notable for their high species diversity, even on small spatial scales...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
<div><p>We assessed the relative importance of dispersal limitation, environmental heterogeneity and...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/86997/1/j.1365-2745.2011.01857.x.pd
The spatial pattern of individuals of T. rwandensis, an endemic ligneous species of Nyungwe National...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
The forest seed bank has been demonstrated to vary spatially at scales from 2 to 10m. To our knowled...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
Complex distribution data can be summarized by grouping species with similar or overlapping distribu...
Complex distribution data can be summarized by grouping species with similar or overlapping distribu...
Questions: Studying the spatial distribution of tree species is fundamental to understanding the eco...
An aggregated distribution of dispersed seeds may influence the colonization process in tree communi...
The spatial dispersion of individuals in a species is an important pattern that is controlled by man...
The spatial dispersion of individuals in a species is an important pattern that is controlled by man...
Abstract Tropical forests are notable for their high species diversity, even on small spatial scales...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
<div><p>We assessed the relative importance of dispersal limitation, environmental heterogeneity and...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/86997/1/j.1365-2745.2011.01857.x.pd
The spatial pattern of individuals of T. rwandensis, an endemic ligneous species of Nyungwe National...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
The forest seed bank has been demonstrated to vary spatially at scales from 2 to 10m. To our knowled...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...
Description: This dataset was collected by the Imperial College London MRes Tropical Forest Ecology ...