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Ecosystems, incl. land, inland waters, marine

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Subsea sensor networks are critical for oceanographic data collection, archaeology, pollution monitoring and maritime security. Developing these systems is demanding, and requires specialist expertise and advanced infrastructure. The EU-funded MONUSEN project helped researchers in Montenegro expand their knowledge and upgrade equipment, increasing the nation’s capacity.
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The EU-funded NATURE-FIRST project is transforming biodiversity protection from reactive damage control to predictive intervention. Using satellite and on-site data, environmental forensics, artificial intelligence-driven digital twins and real‑time monitoring, the project gives conservationists the tools needed to respond to biodiversity threats ahead of time.
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Mercury pollution presents a significant risk to environment and human health, in particular its accumulation in edible fish. The EU-funded Global Mercury Observation and Training network project (ITN GMOS-Train) helped model mercury’s chemical behaviour and fate in land, air and marine environments. The work will support public health initiatives and make more informed dietary choices possible.
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A 4-year study funded by the EU has revealed the presence of a climate feedback loop that threatens to push marine ecosystems beyond critical thresholds. Researchers in the COMFORT project say action is needed now to prevent rising temperatures, ocean acidification and falling oxygen levels causing irrevocable changes to ocean habitats.
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Permafrost coasts are one of the most dynamic ecosystems on Earth and they are undergoing rapid change. The EU-funded Nunataryuk project assessed the impacts of thawing coastal and subsea permafrost on the global climate. Their work on adaptation and mitigation strategies is also helping to build resilience in Arctic coastal populations.
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Airborne pollutants are a threat to researchers and citizens alike. Using low-cost sensing technologies, the EU-funded VIDIS project hopes to deliver more accurate assessments of particulate matter exposure. Routine monitoring of air quality could offer significant health benefits for EU citizens.
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Climate change, drought and population growth have made the management of India’s water resources a pressing concern. To address this, and in partnership with local stakeholders, the EU-funded PAVITRA GANGA project has successfully piloted and monitored new wastewater treatment technologies. Once fully implemented, these could bring significant health and environmental benefits to citizens.
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© Goss Vitalij #145243680, source: stock.adobe.com 2022
With land resources overstretched or polluted, humans are increasingly exploring offshore solutions to onshore problems such as a lack of clean drinking water. The EU-funded MARCAN project has created tools to better understand the characteristics of offshore groundwater which are not well understood. The work will help sustainably develop maritime resources for the benefit of European citizens.
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Farmers need access to suitable organic seed but there is a lack of high-quality organic seeds in Europe. The EU-funded LIVESEED project addressed this by developing a new organic seed quality strategy, a Europe-wide seed database and sustainable breeding techniques that target specific farming conditions. By strengthening the EU’s organic agriculture, these results will benefit all citizens.
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© Romolo Tavani #329453915, source: stock.adobe.com 2021
Humanity is realising that the state of our oceans has a direct impact on our wellbeing. To identify key priorities in the field of oceans and human health, the EU-funded SOPHIE project created a network of diverse experts. By changing harmful behaviours and encouraging sustainable practices, they hope to contribute to better health for both the oceans and citizens across Europe and beyond.