Spatial graphs in landscape ecology and conservation have emerged recently as a powerful
methodology to model patterns in the topology and connectivity of habitat patches (structural …

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 …

Human activities are altering the processes that connect organisms within and among
habitats and populations in marine and freshwater (aquatic) ecosystems. Connectivity can …

Advances in metacommunity theory have made a significant contribution to understanding
the drivers of variation in biological communities. However, there has been limited empirical …

Landscape graphs are now widely used for representing and analysing ecological networks.
Although several studies have provided methodological syntheses of how to use these tools …

The problem of institutional fit in social-ecological systems has been empirically
documented and conceptually discussed for decades, yet there is a shortage of approaches …

The impacts of human activities on hydrological connectivity disturb the network topology of
transport paths, which has gradually evolved from natural terrain features to dual natural …

Connectivity is regarded globally as a guiding principle for conservation planning, but due to
difficulties in quantifying connectivity, empirical data remain scarce. Lack of meaningful …

Many graph-based studies consider just one habitat type (breeding habitat) and one
ecological process (dispersal) when measuring connectivity. However, in the course of their …

Understanding the spatial patterns and environmental drivers of freshwater diversity and
community structure is a key challenge in biogeography and conservation biology. However …