In a rapidly urbanising world, the ability of plant species to survive and build self‐sustaining
populations in urban environments is increasingly important for biodiversity conservation …

Urban watersheds can play a critical role in supporting biodiversity and ecosystem services
in a rapidly changing world. However, managing for multiple environmental and social …

The rapid urbanization of the world has significant ecological consequences that shape
global biodiversity patterns. The plant communities now common in urban centers may …

Urbanization is one of the major threats to wild plants and pollinators, and its global increase
demands a better understanding of the mechanism driving its negative impact. Urban …

Urbanization destroys or modifies native habitats and creates new ones with its
infrastructure. Because of these changes, urban landscapes favor non-native and native …

Aim Cities worldwide are characterized by unique human stressors that filter species based
on their traits, potentially leading to biodiversity loss. The knowledge of which species are …

A lack of information about urban habitats, and a lack of professionally-collected species
occurrence data are often cited as major impediments to completing bioassessments in …

As urbanization accelerates globally, a better understanding of how cities contribute to
biodiversity conservation is increasingly pressing. Previous studies reveal that cities can …

As an extension of the classic life history theory, the recently highlighted pace-of-life
syndrome hypothesis predicts the coevolution of behavioral, physiological and life-history …

Urbanization remains a single predominant factor that is continuously linked to the
destruction of urban green spaces. This has created a knowledge gap of limited attention to …