Urban Arborization and Environmental Studies

An individual, mechanistic and dynamical model to simulate urban tree growth and ecosystem services supply under future scenarios

The paper presents a dynamic model to simulate urban tree growth and ecosystem services under climate scenarios, showing growth declines and non-linear service provision with age and climate stress.

Continental-scale computer vision models reveal generalizable patterns and pitfalls for urban tree inventories with street-view images

The paper develops computer vision models to detect and classify urban trees using street-view images, finding 67.1% accuracy with performance varying by city and genus.

Native species of the Atlantic Forest for urban environments based on functional groups: an approach to make cities in southern Brazil more resilient

This study groups native tree species by functional traits to guide urban planners in creating more resilient forests in southern Brazil.

Trees as Reliable Carbon Capture and Storage in Urban Spaces: A Case Study in Kalaburagi, India

This study quantifies carbon and CO2 stocks in urban trees of Kalaburagi, India, finding Azadirachta indica has the highest sequestration potential.