<p>Distance gradient of oil palm plantations (yellow circles) and primary forest (green circles). Survey distances covered a gradient of up to 3500 m in oil palm and over 12,000 m in primary forest. Vertical red dashed line represents a 0-m distance along the edge interface between these two habitat types. Species are ordered according to their higher mammalian taxa (orders). Panels on the left (A) and right (B) represent data based on camera trapping and line transect censuses, respectively. Circle sizes are scaled according to log-transformed (ln x + 1) measures of local abundance based on either sampling technique. Very small dots represent non-detections at any given sampling point.</p
Spatially explicit models of animal abundance are a critical tool to inform conservation planning an...
<div><p>The rapid expansion of oil palm cultivation in the Neotropics has generated great debate aro...
Southeast Asian rainforests have, in recent decades, experienced the highest rates of deforestation ...
<p>Relative abundance rates in oil palm plantations (left panels: A, C) and primary forest (right pa...
<p>Box and violin plots comparing the general patterns of mammal community structure between primary...
<p>Bars indicate the upper standard deviation range. Blue lines separate taxonomic orders (from left...
<p>Plot is based on capture frequencies of species using Bray-Curtis non-metric multidimentional ana...
Recent work in the tropics has advanced our understanding of the local impacts of land-use change on...
<p>Patterns of terrestrial mammal species richness and functional dispersion surrounding lowland Ama...
<p>Values indicate GLM model coefficients and colors represent the effect sizes on the relative abun...
<p>Relationship between mammalian species richness as a function of landscape covariates in Llanos, ...
Agricultural expansion is the largest threat to global biodiversity. In particular, the rapid spread...
<p>Mammal assemblage structure in primary forest (PF, green circles) and oil palm plantations (OP, y...
The rapid expansion of oil palm cultivation in the Neotropics has generated great debate around poss...
<p>Regression lines are only fit to oil palm sites. Estimated richness is Poisson-compound gamma est...
Spatially explicit models of animal abundance are a critical tool to inform conservation planning an...
<div><p>The rapid expansion of oil palm cultivation in the Neotropics has generated great debate aro...
Southeast Asian rainforests have, in recent decades, experienced the highest rates of deforestation ...
<p>Relative abundance rates in oil palm plantations (left panels: A, C) and primary forest (right pa...
<p>Box and violin plots comparing the general patterns of mammal community structure between primary...
<p>Bars indicate the upper standard deviation range. Blue lines separate taxonomic orders (from left...
<p>Plot is based on capture frequencies of species using Bray-Curtis non-metric multidimentional ana...
Recent work in the tropics has advanced our understanding of the local impacts of land-use change on...
<p>Patterns of terrestrial mammal species richness and functional dispersion surrounding lowland Ama...
<p>Values indicate GLM model coefficients and colors represent the effect sizes on the relative abun...
<p>Relationship between mammalian species richness as a function of landscape covariates in Llanos, ...
Agricultural expansion is the largest threat to global biodiversity. In particular, the rapid spread...
<p>Mammal assemblage structure in primary forest (PF, green circles) and oil palm plantations (OP, y...
The rapid expansion of oil palm cultivation in the Neotropics has generated great debate around poss...
<p>Regression lines are only fit to oil palm sites. Estimated richness is Poisson-compound gamma est...
Spatially explicit models of animal abundance are a critical tool to inform conservation planning an...
<div><p>The rapid expansion of oil palm cultivation in the Neotropics has generated great debate aro...
Southeast Asian rainforests have, in recent decades, experienced the highest rates of deforestation ...