Sentence examples for species behavior from inspiring English sources

The first step is to characterize both species behavior in different contexts.

While flow has frequently been considered as a master variable that controls aquatic biodiversity and species behavior in river floodplains, little is known about thermal heterogeneity and its effect on aquatic biota in complex landscapes.

Integrating analysis of beetle distribution in the population level with analysis of individual movement provides a robust framework for linking landscape properties to species behavior and distribution in a patchy landscape.

For example, in some species, behavior characterized by high directional persistence, a high rate of movement, and high displacement will reflect a between-patch mode such as traveling or migration, whereas high tortuosity, a low rate of movement, and low displacement will reflect a within-patch mode such as encampment, resting or foraging (Van Moorter et al. 2010).

This comparison of a more generic connectivity model estimate with animal field observations shows that while generic models can be useful for corridor designs in highly disturbed environments they may be less useful in moderately impacted rural to semi-natural landscapes, where more detailed studies of species behavior may be required to delineate functional corridors.

Some of these differences may be due to differences in species' behavior, regional environments, or monitoring protocols.

Biologists have used it to learn species behaviors (Hofbauer and Sigmund 1998).

For any species, behaviors can be co-operative, competitive, parasitic, or symbiotic.

It is our hope that the results presented in this paper will serve as a baseline for predicting responses of mobile species to reserve implementation and identifying when non-trivial species behaviors alter these predictions.

Here, we focused on the cross-species behavior of navigation, demonstrating that highly abstracted representations of space are expressed across tens of thousands of coordinated neurons in the human hippocampus in a structured manner.

Thus, differential regulation of foraging gene expression may play an important role in both influencing species-specific behavior and regulating behavioral plasticity within species.