Lemon, squeezed between ship and shore, engaging citizens as scientist in driving innovation in the Dutch Shell-fisheries Industry

Fisheries | Blue Economy

Lemon, squeezed between ship and shore, engaging citizens as scientist in driving innovation in the Dutch Shell-fisheries Industry

Documentation

Multimedia

Container Images

Shellfish farmers find themselves caught "between ship and shore," now facing rising challenges from invasive species, fuel costs, legal regulations, and climate change. Could geo-information offer a solution? When thinking about oysters, farmers might not come to mind immediately, but there are striking similarities with traditional farming: oysters in the Netherlands are also planted, grown, and harvested. Shellfish farmers even deal with issues like weeds, pests, and diseases. Increasingly, their profits—or losses—by season are impacted by factors such as invasive species, higher environmental compliance costs, and mortality from heatwaves and storms. With growing restrictions aimed at protecting nitrogen-sensitive Natura 2000 areas and habitats designated as seal resting zones under the Nature Conservation Act, the push for a more sustainable shellfish industry has led to heightened expectations from R&D to deliver innovative technological solutions that help mitigate risks in the sector. Here the link to learning more about the Lemon, squeeze between ship and shore presentation: Link

HARBOR SAFETY – VARNA PORT PILOT - Presentation

The document outlines the Varna Port Pilot project, part of the ILIAD initiative funded by the European Commission’s Horizon 2020 programme. It addresses the challenges faced by Varna Port, such as adverse weather conditions causing closures and delays. The project uses AI and digital twin technologies to create real-time applications aimed at increasing the number of operational days for the port, reducing carbon emissions from waiting ships, and improving safety. The project also incorporates citizen data through a web app and uses augmented reality to assist ship navigation in low-visibility conditions. The goal is to enhance economic, environmental, and social impacts in the region by improving port efficiency and fostering sustainable development.

Encouraging citizen participation in science

The document presents a project funded by the European Commission’s Horizon 2020 programme, focusing on citizen science initiatives within the ILIAD project. It highlights the engagement of citizens in environmental monitoring, such as air and water quality, and encourages public participation in scientific research. The Varna Bay pilot aims to involve the public in addressing ecological issues by providing tools for reporting pollution, monitoring changes, and supporting sustainability efforts. The project also promotes education, public health, and technology development through citizen involvement.

Welcome to our community, dedicated to the protection of the sea!

This document is a presentation related to the ILIAD project, funded by the European Commission’s Horizon 2020 programme. It encourages public involvement in environmental conservation, specifically focused on the Black Sea. The presentation outlines how citizens can report issues such as pollution, storms, jellyfish sightings, and weather conditions using an online platform. Observations are mapped digitally, contributing to real-time monitoring and data collection efforts aimed at protecting the marine environment. It also highlights the importance of community participation in preserving the Black Sea.

Event presentation summary

Additional Details

Type: Documentation, Multimedia, Container Images, Capacity building / Training

Theme: Fisheries, Blue Economy, Environment, Citizen Science

Language(s): English, Bulgarian

Contact Information:

Valentijn Venus

Researcher

RAMANI B.V.

valentijn.venus@ujuizi.com

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