Both Eurasian magpie and Wood pigeon are typical synanthropic bird species. By studying the available sources, I found that during their synurbanisation, both species have undergone several changes that have facilitated their transition from rural to urban habitats. Due to their adaptability, they have no problems colonizing urban environment and have managed to occupy new and diverse range of nest sites. Thanks to synurbanisation, both Magpie and Wood Pigeon have been able to expand their range and increase their overall abundance. Possibly the biggest threat to urban populations of both species is nest predation, which locally leads to declining population trends and reduced breeding success. Because of predation pressure and the adaptabi...
Aim: Urbanization broadly affects the phylogenetic and functional diversity of natural communities t...
Aim: The process of urbanization can lead to specialist species being replaced by generalist species...
Urbanization is one of the most prevalent drivers of biodiversity loss, yet few taxonomic groups are...
International audienceBird communities change in response to urbanization, which poses a challenge f...
Urbanization is an important ecological factor that modifies the living conditions of species at mul...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urban areas are expanding rapidly, but a few native species have successfully colonized them. The pr...
Human settlements are a novel habitat type and species must respond to its ongoing expansion. For ef...
International audienceUrban species often adjust their behavior to survive in urban environments, ch...
Urbanization of species is an ongoing process where successful urban colonizers usually obtain large...
Thesis (Ph.D.)--University of Washington, 2017-06Urbanization brings dramatic and sudden changes to ...
Urbanization ranks among the most important processes induced by the human civilization that affects...
We have demonstrated the universal nature of “recurrence urbanization” with the example of the inter...
Urban areas and human populations are growing. Cities provide highly modified habitat for species th...
I I New environment brings new interaďions: coexistence of closely related birds in urban mosaic ond...
Aim: Urbanization broadly affects the phylogenetic and functional diversity of natural communities t...
Aim: The process of urbanization can lead to specialist species being replaced by generalist species...
Urbanization is one of the most prevalent drivers of biodiversity loss, yet few taxonomic groups are...
International audienceBird communities change in response to urbanization, which poses a challenge f...
Urbanization is an important ecological factor that modifies the living conditions of species at mul...
As the natural habitats of many species are degraded or disappear, there is scope for these species ...
Urban areas are expanding rapidly, but a few native species have successfully colonized them. The pr...
Human settlements are a novel habitat type and species must respond to its ongoing expansion. For ef...
International audienceUrban species often adjust their behavior to survive in urban environments, ch...
Urbanization of species is an ongoing process where successful urban colonizers usually obtain large...
Thesis (Ph.D.)--University of Washington, 2017-06Urbanization brings dramatic and sudden changes to ...
Urbanization ranks among the most important processes induced by the human civilization that affects...
We have demonstrated the universal nature of “recurrence urbanization” with the example of the inter...
Urban areas and human populations are growing. Cities provide highly modified habitat for species th...
I I New environment brings new interaďions: coexistence of closely related birds in urban mosaic ond...
Aim: Urbanization broadly affects the phylogenetic and functional diversity of natural communities t...
Aim: The process of urbanization can lead to specialist species being replaced by generalist species...
Urbanization is one of the most prevalent drivers of biodiversity loss, yet few taxonomic groups are...