Megaherbivores are known to influence the structure, composition, and diversity of vegetation. In Central Africa, forest elephants act as ecological filters by breaking tree saplings and stripping them of foliage. Much less is known about impacts of megafauna on Southeast Asian rain forests. Here, we ask whether herbivory by Asian megafauna has impacts analogous to those of African forest elephants. To answer this, we studied forest (1) structure, (2) composition, (3) diversity, and (4) tree scars in Belum and Krau, two protected areas of Peninsular Malaysia, and compared the results with those obtained in African forests. Elephants are abundant in Belum but have been absent in Krau since 1993. We found that stem density and diversity, espe...
Tropical forests harbour more than half of the world’s biodiversity and 63% of the world’s terrestri...
1. Conservation organisations and governments often use charismatic megafauna as surrogates for repr...
Animals can have both positive (e.g. via seed dispersal) and negative (e.g. via herbivory) impacts o...
Megaherbivores are known to influence the structure, composition, and diversity of vegetation. In Ce...
Asian elephants (Elephas maximus) have inhabited almost all forests in tropical Asia until recently,...
1. Hunting and land use change modify herbivore abundances and cause cascading effects in natural ec...
Human-induced forest loss has had devastating impacts on biodiversity. Mammal populations in the tro...
The structure of forest mammal communities appears surprisingly consistent across the continental tr...
Elephants have profound effects on the functioning of the ecosystems they inhabit. Little is known, ...
Aim: Community-level assessments of how biodiversity responds to disturbance within forest habitats ...
1. Crop raiding by wildlife poses major threats to both wildlife conservation and human wellbeing in...
African forest elephants (Loxodonta cyclotis) are ecosystem engineers that browse and damage large q...
Elephants are responsible for extensive habitat change within fenced conservation areas, primarily d...
1. Tropical forests hold some of the world's most diverse communities of plants. Many populations of...
Asian elephants (Elephas maximus) are among the last remaining megaherbivores in the Sundaic rainfor...
Tropical forests harbour more than half of the world’s biodiversity and 63% of the world’s terrestri...
1. Conservation organisations and governments often use charismatic megafauna as surrogates for repr...
Animals can have both positive (e.g. via seed dispersal) and negative (e.g. via herbivory) impacts o...
Megaherbivores are known to influence the structure, composition, and diversity of vegetation. In Ce...
Asian elephants (Elephas maximus) have inhabited almost all forests in tropical Asia until recently,...
1. Hunting and land use change modify herbivore abundances and cause cascading effects in natural ec...
Human-induced forest loss has had devastating impacts on biodiversity. Mammal populations in the tro...
The structure of forest mammal communities appears surprisingly consistent across the continental tr...
Elephants have profound effects on the functioning of the ecosystems they inhabit. Little is known, ...
Aim: Community-level assessments of how biodiversity responds to disturbance within forest habitats ...
1. Crop raiding by wildlife poses major threats to both wildlife conservation and human wellbeing in...
African forest elephants (Loxodonta cyclotis) are ecosystem engineers that browse and damage large q...
Elephants are responsible for extensive habitat change within fenced conservation areas, primarily d...
1. Tropical forests hold some of the world's most diverse communities of plants. Many populations of...
Asian elephants (Elephas maximus) are among the last remaining megaherbivores in the Sundaic rainfor...
Tropical forests harbour more than half of the world’s biodiversity and 63% of the world’s terrestri...
1. Conservation organisations and governments often use charismatic megafauna as surrogates for repr...
Animals can have both positive (e.g. via seed dispersal) and negative (e.g. via herbivory) impacts o...