STEPH
Develops and tests measurable design criteria to make textiles and footwear more sustainable and repairable.
Develops and tests measurable design criteria to make textiles and footwear more sustainable and repairable.
Develops a bio- and nature-based platform to clean up sites contaminated with ‘forever chemicals’ (PFAS).
Builds computer models to guide effective, climate-resilient restoration of Europe’s marine habitats and species.
Restores flood-damaged ecosystems using nature-based methods to remove complex mixtures of pollutants from water and soil.
Develops future-proof technologies for controlled-environment farming (greenhouses, vertical farms) to grow healthier food sustainably.
Designs and tests schemes that make construction product manufacturers responsible for reducing waste and boosting recycling.
Investigates emerging threats to deep and open ocean ecosystems to guide safer, science-based ocean management.
AI and Earth observation platform delivering water-related intelligence to support EU and global water and biodiversity policy.
Pan-European project scaling up genomic data production and standards to support biodiversity taxonomy, monitoring and policy.
WildHarvest, through transdisciplinary action research and strong science-practitioner partnerships, will empower indigenous knowledge holders in two highly diverse biomes, the Cape Floristic Region and Dry savanna woodlands.
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