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Sustainability & Climate Resilience

Sustainability & Climate Resilience

WE HELP CLIENTS SIMULATE CLIMATE HAZARDS & MITIGATE RISK THROUGH DESIGN AND POLICY.

The global trend towards increasing urbanisation, decreasing biodiversity, and a warming climate brings challenges and opportunities to our cities and environments. The Sustainability and Climate Resilience team is a diverse group of scientists, social researchers, ecologists, and specialists utilising the Biourbanism systems model to provide sustainability and resilience services.

Utilising the Biourbanism Place Prosperity Indicators, they develop plans to help clients achieve environmental compliance and obtain site green tool rating targets such as GBCA, BREAM and LEED. Our digital twin-compatible sustainability and resilience solutions encompass geospatial analysis and design services for air pollution, flooding, urban heat, sea level rise, water-sensitive urban design, water scarcity, renewable energy, decarbonisation and ecological restoration.

How and where we build impacts resilience. Using the Sendai Framework, we future-proof masterplanning to minimise community vulnerability and risk from escalating climate hazards. Integrating digital twin climate simulations from the BioLab, the team uses multi-hazard assessments to build resilience plans to enable the creation of prosperous, thriving communities. The teams offer services to create nature-positive, circular solutions for regions, cities, urban settlements, coastlines, waterways and environments.

More Projects

Far Rock

Queens, United States

Australia India Water Security Initiative (AIWASI)

New Delhi, India

Moonee Ponds Creek Opportunities Plan

Melbourne, Australia

Sydney Waterways Health Program

Sydney, Australia

Bays Waterfront Promenade

Pyrmont, Australia

Duck River Corridor Masterplan

Merrylands, Australia

Project Groundwater

Chiltern Hills and Berkshire Downs, UK

Designing for Financial and Risk Outcomes

Investing in climate resilience not only addresses environmental sustainability but also yields significant financial and risk management benefits. By implementing our Biourbanism led solutions, projects can see;

1. Reduced Operational Costs: Nature-based solutions, such as green roofs and walls, improve energy efficiency by regulating building temperatures, thereby reducing heating and cooling costs. Water-sensitive urban design decreases water consumption and lowers utility expenses.

2. Enhanced Property Value: Properties designed with climate resilience in mind are increasingly attractive to investors and buyers. Features such as flood-resistant infrastructure, renewable energy sources, and sustainable landscaping enhance the market value of developments.

3. Mitigated Risk and Liability: Proactively addressing climate risks like flooding, urban heat, and sea level rise helps to avoid costly damage and business disruptions. This not only protects physical assets but also minimises liability and insurance premiums.

4. Long-term Investment Security: Sustainable designs ensure that buildings and infrastructure can withstand future climate challenges. This longevity provides security for long-term investments, reducing the need for frequent repairs or replacements.

5. Access to Funding and Incentives: Governments and financial institutions increasingly support sustainable projects through grants, subsidies, and favourable financing terms. Projects demonstrating strong climate resilience are more likely to qualify for such benefits, enhancing their financial viability.