Updated on 10 October 2026
Trophic upscaling: new multimedia networked sensing in the coastal and marine space for flow-based biodiversity fitness mapping
Professor at Tsinghua University at BlueWeave
Shenzhen, China
About
The project aims to guide new multimedia networked sensing (audio, imagery, and edna) in the coastal and marine space for flow-based biodiversity fitness mapping where habitats are linked to hydrographic functional flows . This is expanded to novel blue carbon habitats like coral reefs and seamounts.
Stage
- Early stage
Topic
- HORIZON-NATURE-2027-01-03: Systemic approaches to accelerate transformative change for biodiversity
- HORIZON-NATURE-2027-02-02: Living labs co-creating solutions for the restoration of ecosystems addressing implementation bottlenecks and improving resilience to risks
- HORIZON-NATURE-2027-02-03: Networking to scale up living labs for nature restoration solutions and to address bottlenecks to implementation
- HORIZON-NATURE-2027-02-04: Innovative solutions to fight wildlife trafficking and to reduce invasion of invasive alien species
- HORIZON-NATURE-2027-03-01: Advancing interdisciplinary, data-driven research at the biodiversity- health interface under a One Health approach
- HORIZON-NATURE-2027-04-01: A stronger Global Ocean Observing System to enhance Europe’s strategic autonomy, climate resilience and biodiversity conservation
Organisation
Similar opportunities
Project cooperation
Horizon Europe NATURE 2027 — Seeking Research Consortium Partners
- Early stage
- Advanced stage
- Partner looking for consortium
- HORIZON-NATURE-2027-02-05: Cost-effective biodiversity monitoring for EU policies
- HORIZON-NATURE-2027-01-03: Systemic approaches to accelerate transformative change for biodiversity
- HORIZON-NATURE-2027-02-04: Innovative solutions to fight wildlife trafficking and to reduce invasion of invasive alien species
- HORIZON-NATURE-2027-02-02: Living labs co-creating solutions for the restoration of ecosystems addressing implementation bottlenecks and improving resilience to risks
Admir Aladzuz
President at Mammal Society
Ilidža, Bosnia And Herzegovina
Project cooperation
- Early stage
- HORIZON-NATURE-2027-01-03: Systemic approaches to accelerate transformative change for biodiversity
- HORIZON-NATURE-2027-02-03: Networking to scale up living labs for nature restoration solutions and to address bottlenecks to implementation
- HORIZON-NATURE-2027-03-01: Advancing interdisciplinary, data-driven research at the biodiversity- health interface under a One Health approach
- HORIZON-NATURE-2027-04-01: A stronger Global Ocean Observing System to enhance Europe’s strategic autonomy, climate resilience and biodiversity conservation
- HORIZON-NATURE-2027-02-02: Living labs co-creating solutions for the restoration of ecosystems addressing implementation bottlenecks and improving resilience to risks
Matteo Convertino
Professor at Tsinghua University at BlueWeave
Shenzhen, China
Project cooperation
Mediterranean Field Research Platform for Biodiversity, Soil Health and Climate Resilience
- Early stage
- Partner looking for consortium
- HORIZON-NATURE-2027-02-05: Cost-effective biodiversity monitoring for EU policies
- HORIZON-NATURE-2027-01-03: Systemic approaches to accelerate transformative change for biodiversity
- HORIZON-NATURE-2027-02-01: Assessing direct and indirect drivers of biodiversity decline of invertebrates
- HORIZON-NATURE-2027-02-03: Networking to scale up living labs for nature restoration solutions and to address bottlenecks to implementation
- HORIZON-NATURE-2027-02-02: Living labs co-creating solutions for the restoration of ecosystems addressing implementation bottlenecks and improving resilience to risks
Graziano Deidda
Postdoctoral Researcher at CNR
Fano, Italy