Sustainable designs like low-carbon landscapes are key to lowering the anthropogenic carbon footprint of our society and promoting harmony with natural ecosystems. We can design low-carbon landscapes for terrestrial (e.g. forests and urban farming areas) as well as aquatic (e.g. urban streams, ponds, and wetlands) urban spaces. Ecological interactions between water and soil in an urban ecosyste...

Domestic cats (Felis catus) are the most abundant predator in many urban ecosystems, and their ranging behaviour will influence predation rates. To investigate how degree of urbanisation affects cat ranging behaviour, we used Global Positioning System trackers to follow 38 cats in 3 (urban, suburban and peri-urban) residential areas in the large town of Reading, UK. Median home range (95% KE) w...

This research develops innovative approaches for urban studies, applying the theories of evolutionary physics and ecosystems to urban systems and defining a theoretical interdisciplinary approach. A new social positioning method for monitoring urban mobility, named Mobile Landscapes, studies the space–time behaviour of urban society. This project uses location-based data from cell phones to rev...

Urban Ecosystem Science is now an established science, arising along side the historic shift of humans to becoming in majority urban dwellers. In this Perspective I suggest there is a need to develop a new framework for UES as embedded in distinct urban biomes that can be classified by city-type and typologized. UES are largely the artifact of human decision making from what to plant where, to ...

Abstract Context Urbanization and its associated impacts on biodiversity are increasing globally. There is a need to enhance our understanding of species responses inform strategies for sustainable urbanization. Objectives Three extensive bird monitoring campaigns took place over the last three decades in city Naples, Italy, providing comprehensive longitudinal dataset analyse occurrence trends...