Urban growth and intensification are projected to increase as the global human population
increases. Historically, urban areas have been disregarded as suitable wildlife habitat, but it …

The unprecedented growth rate in human population and the increasing movement of
people to urban areas is causing a rapid increase in urbanisation globally. Urban …

Humans have altered up to half of the world's land surface. Wildlife living within or close to
these human-modified landscapes are presented with opportunities and risks associated …

Because the amount of urban areas has increased, it is important to investigate the
abundance of wildlife species in relation to urban environments. Analyzing the impact of …

Simple Summary The red squirrel is among the mammals that have adjusted well to urban
habitats. We compared two populations inhabiting Warsaw: in a park (with plentiful …

Large herbivores are particularly susceptible to changes in quantity and quality of forage
resources, in turn constraining populations of large and threatened carnivores. Key prey …

The current, rapid urbanisation process impacts global biodiversity and can be a driver for
phenotypic changes in mammals that persist in cities. Animals display different response …

In an ever more urbanized world, animals have to cope with different challenging conditions
that may shape the individual's phenotype in the urban environment. Since body mass and …

Urban environments are novel alternative habitats for wildlife. Anthropogenic food resources
such as supplemental feeding (SF) are usually abundant, stable across seasons, and …

Red squirrels (Sciurus vulgaris) successfully inhabit cities, utilize urban structures and adapt
to alternative food sources such as supplemental anthropogenic feeding. Here, we …