Sentence examples for landscape networks from inspiring English sources

Graph-based modelling has recently been shown to be a powerful way of representing and analysing landscape networks.

Landscape networks and ecosystems worldwide are undergoing changes that may impact in different ways relevant ecological processes such as gene flow, pollination, or wildlife dispersal.

In this paper, we propose to combine SDMs and graph-based representation of landscape networks to integrate the potential long-distance effect of infrastructures on species distribution.

Since landscape connectivity reflects a basic form of interaction between species and their environment, the modelling of landscape networks is currently an important issue for researchers in ecology and practitioners of landscape management alike.

Although redundancy among centralities has been investigated in social networks [ 16], food webs [ 17] and landscape networks [ 18], there is a lack of insight about their correlations in biological networks.

In a crowded television landscape, network executives say, they are able to sustain shows like NBC's "Community," which made its debut in the fall, with lower ratings than they may have demanded in the past.

An interesting finding is that the life expectancy of a classical landscape network is more than double that of a single corridor.

We combine the morphological analysis of forest spatial patterns with recent indices for the analysis of landscape network connectivity based on the concept of measuring habitat availability (reachability) at the landscape scale.

Relevant advancements in this direction have been recently proposed based on graph theoretical methods to analyze landscape network connectivity and on the measurement of habitat availability at the landscape scale.

This paper studies various reliability metrics for the process of migration in a metapopulation landscape network from a critical habitat patch to destination habitat patches via perfect stepping stones and imperfect (deletable) corridors.

By extrapolating patch-based metrics outside of the graph using a distance-dependent function, the relationship between the graph and any set of point data can be established in order to compare the connectivity properties of the landscape network and field observations of a given species.