Enhancing Resilience: Integrating Urban Systems and River Corridors

This PhD thesis delves into the concept of Urban River Corridors (URCs) as exceptional spaces of social-ecological integration. By analyzing the intense interaction between urban systems and river systems, it aims to shed light on the potential for increased resilience within cities. The research emphasizes the crucial role of integrated spatial understanding, planning, and design in effectively addressing a range of spatial challenges.

Reviving Synergy: Reconnecting Fluvial Geomorphology and Urban Morphology

The loss of synergy between the natural dynamics of rivers and the urban fabric they traverse poses a significant spatial problem. This thesis investigates the weakened relationship between fluvial geomorphology and urban morphology caused by river-taming operations. By exploring solutions to reestablish this vital connection, it seeks to foster a more harmonious coexistence between urban areas and river systems.

Fostering Accessibility: Overcoming Barriers along Riverside Vehicular Traffic

Riverside vehicular traffic often represents a physical barrier that hampers the interaction between urban areas and riversides. This research examines innovative approaches to mitigate these barriers, aiming to enhance accessibility and connectivity between the two realms. By fostering seamless integration, it strives to create vibrant and accessible riverfronts for communities to enjoy.

Safeguarding Against Flood Risks: Shifting from Resistance to Resilience

Building upon flood-protection measures based on resistance alone can lead to latent flood risks. This thesis explores alternative approaches to flood management that prioritize resilience. By advocating for adaptive strategies and nature-based solutions, it aims to minimize flood risks while maintaining a healthy and sustainable relationship between urban rivers and their surrounding areas.

Revitalizing Ecosystem Services: Unleashing the Potential of Urban Rivers

Urban rivers possess the capacity to provide essential ecosystem services. However, their ability to fulfill this potential is often compromised. This research investigates ways to restore and enhance the ecosystem services offered by urban rivers, thereby contributing to the overall sustainability and well-being of cities.

Reimagining Complexity: Preserving Diversity in Urban Rivers

Urban rivers, subjected to rationalization efforts, frequently experience a reduction in complexity, both in terms of scale and the social and ecological interconnectedness they once possessed. This thesis advocates for preserving and restoring the inherent diversity and complexity of urban rivers. By doing so, it aims to create thriving, inclusive, and resilient urban ecosystems.