My research explores how the diverse patchwork of urban environments, ranging from green roofs to stormwater ponds, interacts to support biodiversity. Rather than limiting the focus to specific habitat types or taxonomic groups, I take a holistic approach, examining biodiversity across terrestrial (e.g., parks, gardens), aquatic (e.g., ponds, wetlands), and more artificial habitats (e.g., green roofs). I aim to uncover how these different forms of infrastructure complement one another within the urban fabric, contributing collectively to ecological resilience. 

Having spend my PhD in an engineering department, my research bridges ecological theory with practical, data-driven solutions. I focus on providing concrete empirical evidence that empowers engineers, urban planners, and practitioners to design and manage urban environments that actively support and enhance biodiversity. 

Sampling urban ecosystems is notoriously challenging, but by integrating environmental DNA techniques (eDNA) with metaweb analysis, my research reveals complex community structures and food webs across diverse urban sites and environmental conditions. 

More recently, I’ve begun exploring the application of macroecology principles to urban biodiversity, with new findings coming soon.