In an ideal world, humans would live in total harmony with nature, utilizing only the resources necessary for their survival while maintaining environmental balance and ensuring the natural and adequate renewal of harvested resources. However, the growing human population and relentless development are significantly disrupting this balance. Consequently, the upgrading and development of new infrastructures have become intrinsic to human progress.

INFRASTRUCTURE FOR A SUSTAINABLE FUTURE

As the impacts of man-made climate change become more apparent through the rising frequency and intensity of floods and forest fires, it is essential to adopt a holistic approach to infrastructure development, prioritizing sustainable practices.

OUR VISION

Our vision is to engage in the planning, design, construction, and operation of infrastructure with a commitment to respecting the natural and social environment, prioritizing sustainability as our foremost objective.

SUSTAINABILITY: COMBINING POLITICAL CONSTRAINTS, ECO-DESIGN AND COLLABORATION

INNOVATIVE SOLUTIONS FOR SUSTAINABLE PROJECTS

At SYSTRA, we are committed to pushing back the boundaries of innovation for sustainable, environmentally-friendly projects. Our digital solutions enable us to assess the environmental impact of projects and optimize their integration into the environment.

CarbonTracker: Comparison of GHG emissions and life-cycle analysis.

ClimatePlus: Climate scenarios and targeting of climate change adaptive measures.

Geographic Information Systems (GIS): Global vision of biophysical and social issues.

Drones: Asset for inventories in remote or complex environments.

Sonar: Precise aquatic surveys, even in turbid environments.

Continuous measurement sensors: Continuous surveys of air, sound and water quality.

Linear projects, such as railroads and roads, can impact a very wide territory and numerous communities. One way of reducing the effects of linear projects on ecological connectivity is to design wildlife crossings. These crossings can take various forms, such as oversized culverts with suitable substrate for the target species, and the re-establishment of forest massifs between existing natural cores. When integrated from the initial planning stage, environmental solutions such as wildlife crossings can also facilitate the social acceptance of such projects.

Illustration of hydraulic structures.

The banks on either side facilitate the passage of wildlife.

Source: COSEA (South Europe Atlantic Project – SEA)

The picture on the right shows the restoration of the wetland.

The picture on the left shows stonework to limit soil erosion in the immediate surroundings of the structure.

Source: COSEA (South Europe Atlantic Project – SEA)

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