ReRoot
Réka Nisnánszky, Ramita Keeratiurai
2024
The “ReRoot” project takes a look at sustainable urban interventions by addressing ecological regeneration and human-nature relationships. Focused on urban environments, the project examines ways to reintegrate natural systems into the built landscape, enhancing biodiversity and ecological resilience.
At its core, “ReRoot” emphasizes the potential of abandoned or underutilized urban spaces as sites for ecological renewal. Through a combination of research, analysis, and design proposals, the project seeks to restore native plant systems, support urban wildlife, and improve environmental conditions. By integrating nature-based solutions, “ReRoot” fosters a symbiotic relationship between urban infrastructure and ecosystems.
The project employs methodologies such as site analysis, mapping, and experimental design strategies to reimagine how cities can function in harmony with nature. Various interventions, including green corridors, permeable landscapes, and adaptive reuse of materials, are explored to create sustainable urban environments. The research also highlights the importance of public engagement, advocating for participatory design approaches that involve local communities in the transformation of urban spaces.
Additionally, “ReRoot” addresses climate resilience by proposing urban strategies that mitigate environmental challenges such as heat islands, flooding, and air pollution. These strategies not only enhance ecological sustainability but also contribute to human well-being by providing green spaces that improve air quality and foster social interactions.
“ReRoot” presents a vision for cities that embrace ecological regeneration as a fundamental aspect of urban planning. By rethinking how urban spaces interact with natural systems, the project proposes innovative and sustainable ways to create resilient, livable environments.
