Here is the environmental cost of our products (using the Ecobalyse tool, source Ministry for Ecological Transition/ADEME, April 2024) with environmental impact points as the measurement unit.

JAGVI. Rive Gauche measures the environmental cost of all its products, across their entire life cycle (raw material, transformation, transport, use, end-of-life) and compares it to an equivalent product.

A JAGVI. Rive Gauche T-shirt has a cost of 672.90 points versus a Made in China T-shirt with a cost of 1270.00 points. This is 1.9 times less impactful for the environment.

A JAGVI. Rive Gauche Shirt has a cost of 705.70 points versus a Made in Turkey Shirt with a cost of 1379.00 points. This is 1.95 times less impactful for the environment.

JAGVI. Rive Gauche Trousers have a cost of 1333.70 points versus Made in Turkey Trousers with a cost of 1813.90 points. This is 1.4 times less impactful for the environment.

A JAGVI. Rive Gauche Sweatshirt has a cost of 1381.90 points versus a Made in China Sweatshirt with a cost of 2205.30 points. This is 1.6 times less impactful for the environment.

A JAGVI. Rive Gauche Jacket has a cost of 1960.70 points versus a Made in Eastern Europe Jacket with a cost of 2852.20 points. This is 1.5 times less impactful for the environment.

We reiterate that integrating planetary boundaries into corporate practices is an essential step towards a more sustainable and environmentally friendly economic model.

By setting ambitious and measurable objectives, based on the best available scientific data, companies can significantly contribute to the preservation of the planet and the well-being of future generations.

This approach helps to limit the impact of our manufacturing and your consumption of our products, and thus combat:
climate change,
depletion of the ozone layer,
ocean acidification,
biodiversity erosion,
alteration of the freshwater cycle,
land-use change,
disruption of the geochemical cycles of nitrogen and phosphorus,
introduction of new human pollutants into the biosphere,
increase in the presence of aerosols in the atmosphere.