Climate change necessitates a complete rethinking of planning models. Anticipate, simulate, adapt: three levels of intervention to build truly resilient projects.
From environmental diagnosis to resilience strategy
Hydrological, microclimatic, and ecological assessments help identify a site's structural vulnerabilities. Arkoris develops cross-scenarios (biodiversity, urban heat islands, infiltration) that guide project design.
Reduced albedo, beneficial vegetation, living soil
Faced with heat waves, the response cannot be solely based on vegetation. It must be local, measurable, and replicable. This requires a strategy of effective infiltration, targeted plant density, and the use of materials with appropriate thermal inertia. Bioclimatic engineering becomes an integral part of the design process.
Towards neighborhoods with a positive adaptation record
Beyond carbon targets, neighborhoods must demonstrate their capacity to absorb shocks: heat waves, network congestion, and health crises. This resilience must be documented, auditable, and compatible with the indicators of landlords and local authorities.
Conclusion
Arkoris combines thermal, hydraulic and ecological engineering to design projects with integrated climate performance. A requirement of today, a standard of tomorrow.