The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.

The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.

The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.

The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.

The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.

The MICRO2.0 project, led by Venice Lagoon Plastic Free, is set to advance scientific understanding and drive meaningful change along the Adriatic coastline in Venice, Italy. This research conducts comprehensive microplastic monitoring and assessment, comparing it with identified macroplastics to provide a clearer picture of pollution's trajectory and impact. Through enhanced detection methods and chemical analysis, the project offers essential data to advocate policy reforms, encourage the development of sustainable plastic alternatives, and create effective strategies for plastic waste management.

To amplify the project's impact, our Group has provided vital resources that extends the project’s reach, enhancing its ability to tackle the complex challenge of plastic pollution. With our support, MICRO 2.0 aims to contribute to the global effort to reduce plastic waste, promote circularity, and ensure the preservation of marine environments.

This initiative’s results can serve as a model for other coastal regions, driving sustainable practices worldwide in marine plastic pollution, as its findings will be shared widely. This collaborative mission, driven by science, community engagement, and strategic partnerships, offers hope for a cleaner, more sustainable future.