Community-Driven Flood Resilience: Rethinking Water Infrastructure

California Polytechnic University

Project idea

In the face of escalating climate change and its consequential increase in extreme weather events, it is imperative to revolutionize our relationship with water by integrating it visibly into our daily lives. By strategically incorporating water elements into our urban environments and public spaces, individuals can cultivate a heightened awareness and understanding of this precious resource. This intentional interaction with water not only fosters a deeper appreciation of its essential role in sustaining life but also equips communities with the knowledge and skills necessary to confront the challenges posed by flooding during times of climate-induced crises. Through this integration, we can transform water from a passive backdrop to an active participant in our daily routines, creating a sense of responsibility and resilience in the face of a changing climate.

Project description

To achieve resilience, a community-based approach that emphasizes hands-on involvement is essential. This method not only enhances adaptability but also fosters a new sense of awareness and responsibility among community members regarding water and its impact. Placing more responsibility on the community members to respond to flooding moves beyond trying to control water and creates a solution that more cooperatively tries to work with it. By checking flood markers, transporting modules, and understanding the vegetated river edge as a buffer, the relationship with water becomes more prevalent on a daily basis. This is a solution that can be applicable to many locations that experience flooding and also ensures that community is a focus before disaster occurs

Technical information

The vegetated river edge is built up of salt marsh species. These same plants are present in the mobile absorption modules which are sponge boxes that rest upon a buoyant wheel base. The flood marker tables use mostly wood, with the marker itself being made from pulleys, a rope, and a small float.