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Agricultural and food sciences
- Agricultural land management and planning
- Other agriculture, forestry, fisheries and allied sciences not elsewhere classified
Northwestern Europe is experiencing an alarming decline in wild pollinator biodiversity, threatening
the reproduction of plants, including essential crops, and overall biodiversity. PolliConnect aims to
reverse this trend by improving the connectivity of natural habitats and adopting innovative
management techniques.
The project seeks to optimize the use and management of underutilized land to support pollinator
populations. PolliConnect will establish eight "living labs" in six countries, which will serve as regional
hubs for innovation. These labs will test methods to develop pollinator corridors and demonstrate the
effectiveness of new techniques, such as innovative mowing methods. The goal is to increase
pollinator biodiversity indicators by 20%. Community involvement is crucial in this process.
PolliConnect will implement ecological monitoring systems to gather reliable data on pollinator
populations to demonstrate the effectiveness of the measures. Additionally, advanced technologies
like AI-analyzed video traps will be tested.
Capacity building is a central element, with training programs for government bodies, conservation
organizations, and farmers to promote effective biodiversity conservation practices. Awareness
campaigns will also emphasize the importance of protecting pollinators and their habitats.
Through international collaboration, PolliConnect will foster knowledge exchange and strengthen
conservation strategies to ensure best practices are applied across all participating countries. The
ultimate goal is to restore pollinator biodiversity and ensure sustainable conservation practices
throughout Northwestern Europe.