Abstract book & detailed program

Dear Participants and interested audience,

Abstract Book & Final Program

Detailed_Program

you can find here the abstract book, containing information regarding the conference, a detailed program and all abstracts of talks and posters.

Have fun during reading.

 

Diving into freshwater microplastic pollution - Connecting Water, Environmental and Social sciences

 

UNESCO - EU H2020 LimnoPlast conference

 

06 - 08 March 2023 at UNESCO Headquarters, Paris, FRANCE

 

The conference aims to put the urgency of the freshwater microplastic pollution challenge at the centre of the global agenda for sustainable development. With this aim, key messages and conclusions of the conference will be conveyed as Scientists’ Contribution to the 2023 UN Water Conference.

 

Plastic Pollution is one of the major challenges of the Anthropocene. Freshwater ecosystems are vastly polluted by microplastics, making rivers a major pathway of microplastic emissions to the ocean. The conference aims to put the challenge of freshwater microplastic pollution at the centre of the UN global agenda for sustainable development. Not only will knowledge and innovative solutions, generated by the scientists and Early-stage Researchers supported by the H2020 LimnoPlast project, be disseminated, but the conference will also provide a global discussion platform on action that can be taken by all stakeholders to reduce the freshwater microplastic pollution and its impact on water resources, ecosystems, wildlife and the ocean.

Conference conclusions, key messages and recommendations for policy makers will be a contribution to the 2023 UN Water Conference.

 If you are unable to attend our conference in person but would like to view the presentations, please register for our live webinar to participate in the conference online using the following link:

https://unesco-org.zoom.us/webinar/register/WN__XUQNJi7TuaBE9FIxyr61g

 Presented by:

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 860720

 

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