Context Dispersal plays a key role in linking populations, habitat (re)-colonization, and
species range expansion. As fragmentation and habitat loss are ubiquitous threats and can …

This research aims at integrating ecological networks modelling in a participatory approach
in order to assess impacts of land-use planning scenarios on landscape connectivity. This …

The increasing global population requires new infrastructure and urban development, and
these land use changes have an impact on habitats and their ecological connectivity. To …

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 …

The development of sustainable transport is a key challenge in societies where there is an
accelerated need for socio-economic development. This is the case for seven countries from …

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 …

Urbanization leads to land-use changes and landscape fragmentation, impacting natural
habitats and their connectivity. In principle, many local decision-makers are obliged to adopt …

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 …

Maintaining connectivity among remaining natural areas has become increasingly important
to ameliorate the negative effects of habitat loss and fragmentation on wildlife populations …

Land developers can apply biodiversity offsetting in different ways, from a project-by-project
approach to a pooled and proactive approach, this latter appearing to provide greater …