| dc.description.abstract | The urban landscape is experiencing rapid expansion driven by population growth and urbanization, yet it faces mounting challenges from climate change and sustainability crises, including pluvial flooding in Dutch cities due to extreme precipitation events. Conventional urban infrastructure struggles to address these challenges, highlighting the need for holistic and systematic approaches to urban development. Natural ecosystems provide valuable insights for tackling contemporary environmental problems, with Bryophyta (mosses) emerging as key contributors to essential ecosystem functions and services. This doctoral research proposal aims to fill critical gaps in our understanding of Bryophyta (mosses) and their significance in generating hydrological ecosystem services within urban environments. Leveraging biomimicry principles, the study will adopt a multifaceted approach integrating rigorous scientific inquiry and applied ecological principles to comprehensively evaluate mosses' contributions within urban environments. By synthesizing biomimicry and systems thinking, the research aims to develop an ecomimicry framework that provides practical recommendations to support urban planners, policymakers, and designers in creating sustainable urban environments. | |
