Urbanization presents a major threat to biodiversity. However, it also represents a unique opportunity to study evolution in novel environments. As cities are constantly reshaping, birds living in these areas face continuous challenges and, as its co-dwellers, they need to adapt to these changes as they happen using different strategies. Here, we aim to identify some of the traits selected by urban habitats and explore the relationship between brain size and brood value as two forms of plasticity. Identifying these traits may help us mitigate biotic homogenization and it could also be an effective approach for preserving ecosystem functions and services in urban areas, as well as to identify which species are more sensitive to urbanization ...
Human settlements are a novel habitat type and species must respond to its ongoing expansion. For ef...
Background Several life history and ecological variables have been reported to affec...
By transforming landscapes, human activity creates new types of habitats with altered environmental ...
Aim Urbanization exposes species to novel ecological conditions. Some species thrive in urban areas,...
Urbanization is a major driver of local biodiversity losses, but the traits that determine whether s...
International audienceUrbanization leads to the biotic homogenization of global avifauna. We hypothe...
International audienceUrbanization leads to the biotic homogenization of global avifauna. We hypothe...
Urbanization is a major driver of local biodiversity losses, but the traits that determine whether s...
Cities, while being the most anthropogenic of landscapes, often incorporate modified remnants of ori...
Cities, while being the most anthropogenic of landscapes, often incorporate modified remnants of ori...
Urbanisation of natural habitats is rapidly intensifying and poses a potential global threat for wil...
Urbanization represents a multi-dimensional ecological 'filter' for birds determined by a myriad of ...
Urbanization represents a multi-dimensional ecological ‘filter’ for birds determined by a myriad of ...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urbanization poses a major threat to biodiversity worldwide. We focused on birds as a well-studied t...
Human settlements are a novel habitat type and species must respond to its ongoing expansion. For ef...
Background Several life history and ecological variables have been reported to affec...
By transforming landscapes, human activity creates new types of habitats with altered environmental ...
Aim Urbanization exposes species to novel ecological conditions. Some species thrive in urban areas,...
Urbanization is a major driver of local biodiversity losses, but the traits that determine whether s...
International audienceUrbanization leads to the biotic homogenization of global avifauna. We hypothe...
International audienceUrbanization leads to the biotic homogenization of global avifauna. We hypothe...
Urbanization is a major driver of local biodiversity losses, but the traits that determine whether s...
Cities, while being the most anthropogenic of landscapes, often incorporate modified remnants of ori...
Cities, while being the most anthropogenic of landscapes, often incorporate modified remnants of ori...
Urbanisation of natural habitats is rapidly intensifying and poses a potential global threat for wil...
Urbanization represents a multi-dimensional ecological 'filter' for birds determined by a myriad of ...
Urbanization represents a multi-dimensional ecological ‘filter’ for birds determined by a myriad of ...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urbanization poses a major threat to biodiversity worldwide. We focused on birds as a well-studied t...
Human settlements are a novel habitat type and species must respond to its ongoing expansion. For ef...
Background Several life history and ecological variables have been reported to affec...
By transforming landscapes, human activity creates new types of habitats with altered environmental ...