As the impacts of climate change become increasingly evident, from rising sea levels to extreme weather events, the importance of building resilience into our communities has never been more urgent. Designing climate-resilient places, environments that can withstand, adapt to, and recover from climate-related disruptions, is no longer a choice but a necessity.
This approach goes beyond addressing immediate vulnerabilities. It lays the groundwork for sustainable growth, economic stability, and the long-term well-being of both people and ecosystems.
At Project Centre, our multidisciplinary approach delivers resilient designs that thrive in a changing climate. Though a combination of innovation, technology, and community engagement for clients nationwide.
Addressing flood risks in South Chingford
In recent years, the area has suffered significant flooding episodes. This is a stark reminder of the growing challenges posed by climate change. Intensified rainfall, rising water levels, and unpredictable weather patterns have overwhelmed the local landscape, causing disruption to communities and ecosystems.
Our proposed design incorporates three basins wetlands with 1:3 side slopes and a maximum depth of 1.5 meters, including a 300mm freeboard. A Thames Water bypass has been integrated to manage base flow and mitigate pollution, ensuring water quality. The project achieves a cut and fill balance, supporting general landscaping features such as bunds and a memorial tennis court to the south, while contributing to pollution mitigation. The system offers a combined storage volume of 1,330m³.
Landscape features
- Amenity: Includes seating, picnic areas, and informal play features like stepping stones.
- Biodiversity: Focus on wetland planting, introducing new species, and creating habitats.
- Water Quality: Enhancements through wetland vegetation.
Environmental Impact
The project avoids 81 tCO2e emissions and prevents the generation of 5,136 tonnes of waste. underscoring its commitment to sustainability and low-carbon development.
Read the full case study: Designing flood alleviation schemes in South Chingford – Marston Holdings
Eastcote rain gardens
This project involved the installation of 15 rain gardens, designed to enhance local flood resilience and manage stormwater effectively. Together, these rain gardens provide a backup water storage capacity of up to 50 cubic meters, mitigating the impact of heavy rainfall.
They are engineered to handle flood events of up to 30mm of rainfall, offering a sustainable solution to reduce runoff, alleviate pressure on drainage systems, and support climate adaptation efforts.
Read the full case study: Designing rain gardens in Eastcote – Marston Holdings
Newham Royal Dock Corridor
This project integrates multiple sustainable and community-focused features to enhance urban resilience and usability. Key elements include a rain garden with new tree planting to manage stormwater and improve biodiversity.
A Copenhagen crossing ensures pedestrian-friendly access, while a segregated cycle lane promotes sustainable transport. Planting beds below the DLR structure utilise otherwise underused spaces for greenery, contributing to aesthetic and environmental benefits.
Additional features such as informal play areas, a furniture zone, and a floating bus stop enhance functionality, safety, and social engagement, creating a vibrant and accessible urban space.
Can we help you design climate resilient spaces?
