We examined the response of forest tree species with different dispersal modes to anthropogenic pressure in a dry deciduous forest of South India. The species and their populations were sampled in two forest stands, one in proximity to a Soliga settlement (greater disturbance) and the other distant to the settlement (lower disturbance). Our results suggest that the populations of animal dispersed species than those of wind or passively dispersed species are more vulnerable to human disturbance. In fact wind dispersed species seem to be facilitated by human disturbances. The proximal site had a higher representation of understory plants and seedling belonging to wind dispersed species than that of animal dispersed species. We discuss the res...
Dispersal limitation may promote high tree-species diversity in rain forest by slowing local competi...
The effects of fragmentation and overstorey tree diversity on tree regeneration were assessed in tro...
Studies suggest that populations of different species do not decline equally after habitat loss. How...
The present investigation involves studying the impact of human interference on species composition,...
The dry tropical ecosystems are among the world's most threatened, and the dry deciduous forest of n...
International audienceThe effects of fragmentation and overstorey tree diversity on tree regeneratio...
Several million of humans still thrive in the forest of tropics and use resources therein for their ...
Tropical forests are complex systems with heterogenous community assemblages often threatened under ...
Logging and hunting are two key direct threats to the survival of wildlife in the tropics, and also ...
Quantifying the impact of habitat disturbance on ecosystem function is critical to understanding and...
1. Thirty strip transects of 2400 m2 each, in the evergreen forest tract of the district of Uttara K...
Quantifying the impact of habitat disturbance on ecosystem function is critical to understanding and...
Introduction Various processes contribute to shaping the local assemblage of species in hyperdiverse...
Selective logging in tropical forests is restricted to a few species, the so-called commercial speci...
Seed dispersal sets the stage for the suite of biotic and abiotic interactions that determine the fa...
Dispersal limitation may promote high tree-species diversity in rain forest by slowing local competi...
The effects of fragmentation and overstorey tree diversity on tree regeneration were assessed in tro...
Studies suggest that populations of different species do not decline equally after habitat loss. How...
The present investigation involves studying the impact of human interference on species composition,...
The dry tropical ecosystems are among the world's most threatened, and the dry deciduous forest of n...
International audienceThe effects of fragmentation and overstorey tree diversity on tree regeneratio...
Several million of humans still thrive in the forest of tropics and use resources therein for their ...
Tropical forests are complex systems with heterogenous community assemblages often threatened under ...
Logging and hunting are two key direct threats to the survival of wildlife in the tropics, and also ...
Quantifying the impact of habitat disturbance on ecosystem function is critical to understanding and...
1. Thirty strip transects of 2400 m2 each, in the evergreen forest tract of the district of Uttara K...
Quantifying the impact of habitat disturbance on ecosystem function is critical to understanding and...
Introduction Various processes contribute to shaping the local assemblage of species in hyperdiverse...
Selective logging in tropical forests is restricted to a few species, the so-called commercial speci...
Seed dispersal sets the stage for the suite of biotic and abiotic interactions that determine the fa...
Dispersal limitation may promote high tree-species diversity in rain forest by slowing local competi...
The effects of fragmentation and overstorey tree diversity on tree regeneration were assessed in tro...
Studies suggest that populations of different species do not decline equally after habitat loss. How...