The establishment of ecological networks is crucial for biodiversity conservation, especially
at broad spatial scales. It is still challenging to develop an ecological network construction …

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 …

Landscape graphs are increasingly used in ecology, conservation, and landscape planning
for modeling habitat connectivity of wildlife species. We present here the follow-up of …

Abstract Context Land-cover changes (LCCs) could impact wildlife populations through
gains or losses of natural habitats and changes in the landscape mosaic. To assess such …

Ecological connectivity studies should be performed as baseline studies to prevent
ecosystem fragmentation during the planning phase of a linear transport infrastructure. A …

Linear infrastructure development is an important driver of forest fragmentation leading to
habitat and biodiversity loss as well as disruption of critical ecosystem processes. The …

The impacts of urban growth on biodiversity vary according to the form and the intensity of
urbanisation. However, there is a lack of knowledge about the consequences of the type of …

Context Linear transportation infrastructures traverse and separate wildlife populations,
potentially leading to their short-and long-term decline at local and regional scales. To …

This paper proposes an integrative approach to assessing the impact of several highway
developments on the connectivity of high-elevation coniferous forests in Yunnan (China) …

The aim of the present work is to assess the potential long-distance effect of a high-speed
railway line on the distribution of the European tree frog (Hyla arborea) in eastern France by …