Participants - All

Ecotoxicologist at Stockholm University working on PFAS, aquatic biodiversity and ecological risk assessment. Open to Horizon Europe collaborations connecting pollution, food webs and ecosystem health through field and experimental research.

Associate professor in Forest genetics with focus on forest adaptation and breeding.

Kalmar is a coastal city in southeast of Sweden dedicated to save the ecosystem of the Baltic Sea. We are looking for international partners to co-create solutions for nature restoration in living labs together with private and public stakeholders.

I lead projects focused on how companies and organisations impact biodiversity and how they are dependent on it, and what they can do about it.

MSc Environmental and Agricultural Sciences. Interests: Wetland, coastal bays and river restoration measures; facilitating Multi Stakeholder Platforms and environmental education.

Expert in LCA of batteries and emerging energy technologies. Experienced in material supply chains, and data collection.

I'm a senior researcher at RISE, Sweden, specialising in regenerative and circular business models, systems innovation and sustainability transitions. I'm seeking collaborations to accelerate systemic change towards a nature-positive economy and society.

I am working on rangeland restoration, plant-herbivore interactions, including wildlife and livestock systems in eastern and southern Africa

Landscape scientist and landowner in Sweden seeking to join Horizon Europe consortia and Living Labs. Offering a potential restoration demonstration site, GIS skills, historical landscape analysis and local knowledge.

Helping Horizon Europe consortia strengthen proposals, narratives, stakeholder engagement and societal impact: from strategy to implementation. Based in Stockholm, working with colleagues across Europe.

I am an environmental social scientist interested in how we can envision conservation and climate adaptation solutions that better integrate human-natural systems and diverse knowledge systems.

We develop proteomics and metaproteomics approaches to reveal how pollutants and stressors alter biological function, supporting exposomics, predictive toxicology, environmental monitoring and health risk assessment.