Habitat fragmentation is one of the key drivers of global biodiversity loss. In this context,
connectivity modelling is increasingly important for effective conservation. Most previous …

Given widespread biodiversity declines, there is an urgent need to ensure that conservation
interventions are working. Yet, evidence regarding the effectiveness of conservation actions …

Restoration of degraded habitats is increasingly used to mitigate the effects of
anthropogenic landscape change on wildlife populations, but wildlife responses to habitat …

The restoration of habitats degraded by industrial disturbance is essential for achieving
conservation objectives in disturbed landscapes. In boreal ecosystems, disturbances from …

Seismic lines are linear features created by the oil and gas industry for energy exploration.
Though individually narrow, collectively seismic lines are a pervasive management …

Understanding the relative importance of threats to species across their range is critical for
large-scale conservation planning. Scaling-up localized research to inform the Canada-wide …

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

This paper proposes a novel model formulation for the Maximum Covering Species Problem
that incorporates spatial connectivity requirements. This model, called the Connected …

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 …

Place-based approaches to marine conservation identify areas that are crucial to the
success of populations, species, communities, or ecosystems, and that may be candidates …