Climate Change
Explore our services dedicated to analyzing climate change and its impact on wind, natural resources, territories, cities, infrastructure, and renewable energy production.
We map long-term climate projections and offer solutions for combating and adapting to current and future environmental risks and impacts, for a greater climate resilience.
+20 years
of expertise in analyzing climate and its variables.
Long-term
projections to assess future climate risks.
Adaptation
solutions to enhance resilience against risks
Tailor-made
projects at the national, regional, and local levels
Anticipate and locally adapt to climate change risks
Climate change is now a tangible reality within territories, as evidenced by extreme weather events in recent years (floods, heat waves, droughts, wildfires, etc.). These phenomena have a significant impact on critical issues such as water resources, crops, biodiversity, and human quality of life.
To ensure resilience in the face of climate change, territories need to transform. They need to develop a coherent action plan tailored to local risks and convince a wide range of stakeholders about the benefits of the adaptation measures identified.
To achieve this, it is crucial to identify which risks will directly impact these territories, using projections of climate changes and future trends, along with an assessment of their impacts. Based on the IPCC’s RCP/SSP climate scenarios, we offer a range of solutions to help banks, investors, asset managers, governments, communities and other local stakeholders address the challenges of climate change.
Renewable energy
Natural resources
Cities and Infrastructure
News
2024 User Meeting China
On October 15, we had the pleasure of hosting our User Meeting in Beijing/Pékin, a successful event that brought together experts and users to discuss our latest advancements in wind power...
White paper: Atmospheric boundary layer modelling
From the general characteristics of the atmospheric boundary layer to the impact of thermal effects and stability on turbulence, passing through the Monin-Obukhov’s similarity theory, this white paper covers all the knowledge needed for the atmospheric boundary layer modeling.
Working at Meteodyn
Explore new career opportunities by reviewing our job openings.