dispersers's Usage Examples:

Recent research points out that human dispersers differ from animal dispersers by having a much higher mobility, based on the technical.

[citation needed] Many types of animals are seed dispersers.

Results suggest that an absence of vertebrate dispersers can change the structure and diversity of forests.

speciation are allopatric, especially when the organisms in question are poor dispersers (e.

are considered endemic to the Philippines and are considered to be seed dispersers of diverse trees.

will benefit the dispersers over non-dispersers.

Phenotypic (visible characteristics) differences in non-dispersers and dispersers can be caused by external.

They are important pollinators and dispersers of mistletoes in forests.

ACS possesses a set of 38 filters and dispersers distributed among three wheels.

abundant mammals in neotropical ecosystems and play important roles as seed dispersers, particularly of pioneer plants such as those of the genera Piper, Cecropia.

an advantage to a plant because it provides food for the plant's seed dispersers.

Some members of the Colombian Chachalaca are seed dispersers and others as predators, thus affecting the recruitment of plants in tropical.

High shear dispersers create intense shear near the impeller but relatively little flow in the.

different fruit species, especially figs, thus making them important seed dispersers.

eaten, but may also pass undamaged through the fish, making them seed dispersers.

This makes them more effective seed dispersers because seeds in spats tend to travel less distance and are more vulnerable.

reverberations around the world because ants are major ecological seed dispersers throughout the globe.

Survival rates of dispersers were higher than non-dispersers, mostly due to badger predation on natal sites.

Gallinaceous birds, as they are called, are important as seed dispersers and predators in the ecosystems they inhabit, and are often reared by.