Climate modeling tailored to your project

Our approach is tailored to your project and follows clear steps:

1. Data collection
   We combine geospatial data (topography, buildings, vegetation, soil) with project-specific information to create a detailed model of the study area.
2. Simulation of extreme weather
   We apply meteorological data to analyze how heat and wind spread and vary within the project area. We often focus on specific extreme scenarios, such as a heatwave day (current and future climate) or a storm day (current and future climate).
3. Risk and opportunity analysisWe identify areas within the project that are most vulnerable to heat stress or wind hazards. At the same time, we explore opportunities to make the project climate-adaptive and resilient under changing conditions.
4. Module selection based on level of detail
   Together, we determine which module or combination best addresses your climate questions.

Climate modeling adds value at every stage, from policy to design and implementation

1. Environmental Impact Assessments (EIA): Clear insight into expected impacts and mitigation measures related to heat stress and UHI, livability, health, and air quality.
2. Spatial policy plans: Evidence-based support for densification and open-space policies toward a climate-resilient environment.
3. Zoning plans and other spatial plans: Wind modeling for impact assessments of new buildings/functions (e.g., high-rise). Heat stress analysis to substantiate or challenge intended uses.
4. Master plans & development plans (designers/developers): Evaluate each design for microclimate impact and optimize accordingly. Ideal for scenario studies and decision-making.
5. Permitting & communication: Clear maps and a strong narrative for discussions with authorities, stakeholders, and the public.