Animals in urban habitats face many novel selection pressures such as increased human population densities and human disturbance. This is predicted to favour bolder and more aggressive individuals together with greater flexibility in behaviour. Previous work has focussed primarily on studying these traits in captive birds and has shown increased aggression and reduced consistency between traits (behavioural syndromes) in birds from urban populations. However, personality (consistency within a behavioural trait) has not been well studied in the wild. Here we tested whether urban free-living male great tits show greater territorial aggression than rural counterparts. We also tested predictions that both behavioural syndromes and personality w...
Behaviour is expected to be one of the most important factors driving urban living of bird species b...
Urbanization poses a major threat to biodiversity worldwide. We focused on birds as a well-studied t...
Behavioral studies are fundamental to understanding how animal populations face global change. Alth...
Animals in urban habitats face many novel selection pressures such as increased human population den...
International audienceUrbanization is a worldwide phenomenon converting natural habitats into new ar...
Most examples of adaptation to the urban environment relate to plasticity processes rather than to n...
Urbanization creates novel environments for wild animals where selection pressures may differ drasti...
Human-altered environmental conditions affect many species at the global scale. An extreme form of a...
Environmental change associated with urbanization is considered one of the major threats to biodiver...
Urbanization presents animals with unique challenges associated with the effects of human disturbanc...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urban areas often impose strong, novel selection pressures on wildlife. Phenotypic plasticity is an ...
BACKGROUND: Urbanization is the most prevailing cause of habitat transformation worldwide, differing...
Environmental change associated with urbanization is considered one of the major threats to biodiver...
Background: Urbanization is the most prevailing cause of habitat transformation worldwide, differing...
Behaviour is expected to be one of the most important factors driving urban living of bird species b...
Urbanization poses a major threat to biodiversity worldwide. We focused on birds as a well-studied t...
Behavioral studies are fundamental to understanding how animal populations face global change. Alth...
Animals in urban habitats face many novel selection pressures such as increased human population den...
International audienceUrbanization is a worldwide phenomenon converting natural habitats into new ar...
Most examples of adaptation to the urban environment relate to plasticity processes rather than to n...
Urbanization creates novel environments for wild animals where selection pressures may differ drasti...
Human-altered environmental conditions affect many species at the global scale. An extreme form of a...
Environmental change associated with urbanization is considered one of the major threats to biodiver...
Urbanization presents animals with unique challenges associated with the effects of human disturbanc...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urban areas often impose strong, novel selection pressures on wildlife. Phenotypic plasticity is an ...
BACKGROUND: Urbanization is the most prevailing cause of habitat transformation worldwide, differing...
Environmental change associated with urbanization is considered one of the major threats to biodiver...
Background: Urbanization is the most prevailing cause of habitat transformation worldwide, differing...
Behaviour is expected to be one of the most important factors driving urban living of bird species b...
Urbanization poses a major threat to biodiversity worldwide. We focused on birds as a well-studied t...
Behavioral studies are fundamental to understanding how animal populations face global change. Alth...