Graph theory (GT) has become an indispensable tool for exploring environmental
interconnections and elucidating ecological relationships. The integration of GT with …

Graph theory (GT) is extensively applied in the ecological network analysis. This review
study aimed to examine GT in the field of ecological network analysis based on the following …

Context Redundancy is a typical characteristic of complex networks. In ecological networks,
redundancy also exists in the connectivity between key nodes. Understanding the redundant …

Establishing a sustainable landscape pattern to cope with worsening ecological problems is
an internationally recognized practice. However, previous studies have not considered the …

Land conversion is causing habitat loss and fragmentation worldwide, particularly in Africa,
where the proliferation of agricultural development corridors may threaten vital areas for …

Connectivity conservation and restoration are key strategies to preserve biodiversity under
the pressure of habitat loss and fragmentation. Numerous quantitative approaches have …

Land-use change and management practices have led to habitat loss, one of the greatest
factors in biodiversity decline. Particularly, amphibians comprise the highest number of …

Context The current biodiversity crisis has intensified the need to predict species responses
to landscape modification and has renewed attention on the fundamental question of what …

Since habitat fragmentation results in species losses worldwide, considering the influence of
buffer zones on the maintenance of connectivity provides a new perspective for buffer …

Understanding, predicting and controlling animal movement is a fundamental problem of
conservation and management ecology. The need to mitigate human-wildlife conflicts, such …