Increasing urbanization degrades quantity, quality, and the functionality of spatial cohesion
of natural areas essential to biodiversity and ecosystem functioning worldwide. The …

Primary considerations for urban blue-green infrastructure (BGI) encompass sustainable
stormwater/urban heat management while biodiversity conservation is often considered an …

We investigated how information on biotope patterns over time and spatio-temporal
distribution patterns of focal species (amphibians) in Stockholm, can assist in identifying …

Connectivity has been an accepted goal in ecological restoration of wilderness areas for
some time, but it is a relatively new approach in urban areas. The connectivity analysis …

Habitat fragmentation affects amphibian populations worldwide. Urban expansion and
associated infrastructure are a main cause of habitat degradation and loss of landscape …

Urbanisation currently threatens over one-third of the world's known amphibian species. The
main threats of urbanisation to amphibian populations are habitat loss, habitat fragmentation …

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 …

Urban biodiversity conservation requires an understanding of how urbanization modulates
biodiversity patterns and the associated ecosystem services. While important advances …

Cities are growing rapidly worldwide, yet a mechanistic understanding of the impact of
urbanization on biodiversity is lacking. We assessed the impact of urbanization on arthropod …

Urban green and blue spaces (UGBS) are key for biodiversity conservation. Many studies
focus on UGBS benefits for well-being, but how UGBS ecological and quality influence …