Bioves-It – Biodiversity monitoring in the Vesuvius National Park using IoT technologies and satellite image analysis
Staff
09/12/2025
Project sheet
The project aims to achieve a key outcome: an accurate estimate of the presence, species richness, and diversity of pollinating insects in the Vesuvius National Park, made possible through the methodology developed by 3Bee. This analysis will provide crucial information to understand the state of biodiversity and to more effectively guide the planning and management of natural resources, assessing the impact of ongoing monitoring and conservation actions.
Alongside the scientific activity, the project also aims to strengthen public awareness: dedicated adventure trails, events, and thematic initiatives in the Park will help engage visitors, families, and schools, making biodiversity conservation a direct and participatory experience. A key element is the synergy with the BeeVesuvius project, which will enable data integration and a more comprehensive understanding of pollinator communities and the biodiversity of Vesuvius. Thanks to this shared approach, the Park will benefit from more robust conservation tools and from a narrative capable of enhancing its exceptional ecological importance.
Keywords
Conservation
Monitoring
Project name
Bioves-It – Biodiversity monitoring in the Vesuvius National Park using IoT technologies and satellite image analysisDuration
20 months
Location
Parco Nazionale del Vesuvio
Responsible organisation
NBFC
Partners
3Bee SRL
Objectives.
Bioves-It is structured around four objectives that bring together technological innovation, biodiversity conservation, and community engagement:
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Protection of pollinating insects through the use of cutting-edge technologies such as remote sensors and artificial intelligence systems capable of monitoring, in real time, the health and presence of different species.
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Promotion of conservation by spreading good environmental management practices and engaging the local community in a shared process of protecting and enhancing the natural heritage of Vesuvius.
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Integrating the different monitoring methods by harmonizing the data collected with the BeeVesuvius project to obtain a complete, accurate, and consistent assessment of the Park’s biodiversity.
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Detailed mapping of plant biodiversity, useful for identifying the areas most important for conservation and for supporting pollination processes—essential elements for maintaining Mediterranean ecosystems on volcanic substrates.
Stakeholders involved
The project closely involves landowners—livestock farmers, agricultural producers, and agritourism operators—whose knowledge of the territory represents a fundamental element for habitat protection. Alongside them, Third Sector Entities play a central role, including volunteer organizations, social cooperatives, and associations for social promotion. This diverse network makes it possible to combine technical expertise, local experience, and active participation, creating a strong collaboration capable of effectively supporting biodiversity conservation.
Main expected results
Bioves-It aims to achieve a key outcome: an accurate estimate of the presence, species richness, and diversity of pollinating insects in the Vesuvius National Park, carried out by 3Bee through advanced methodologies. These data will provide essential insights to guide the planning and management of natural resources, assessing the effectiveness of the monitoring and conservation actions already underway.
Alongside the scientific dimension, the project aims to strengthen public awareness of Vesuvius’ biodiversity through adventure trails, events, and thematic initiatives dedicated to visitors. Another expected outcome is the synergy with the BeeVesuvius project, which will make it possible to integrate and harmonize the collected data, offering a more comprehensive view of pollinator communities and the Park’s biodiversity. In this way, the project will support more effective conservation efforts and highlight the ecological importance of this volcanic Mediterranean ecosystem.
Dissemination results
The dissemination and replicability of the results represent one of the project’s strengths.
As for innovative technologies, the use of tools such as satellite analysis and IoT sensors can be easily replicated in other contexts, providing an efficient and detailed system for monitoring biodiversity.
Real-time monitoring is also fully transferable: the Element-e methodology and IoT sensors make it possible to continuously observe the health of the entomofauna, rapidly detecting any environmental changes.
Finally, the project aims to promote innovative educational approaches: the Biodiversity Adventure Trails, featuring educational structures such as pollinator insect houses, can be replicated in other protected areas, helping raise public awareness and increasing engagement in biodiversity conservation.
