GeoHeritage Guardians
Basic information
Project Title
GeoHeritage Guardians
Full project title
GeoHeritage Guardians - Taking care of Geodiversity
Category
Reconnecting with nature
Project Description
Become a GeoHeritage Guardian! Adopt a geosite, take part in fun hands-on workshops and help protect our planet's ancient treasures. Monitor, report and celebrate nature's wonders as you join a vibrant community dedicated to protecting our geological heritage. Let's take care of geoheritage together and make a lasting impact!
Current stage development
Early concept
Geographical Scope
Local
Project Region
Arenzano, Campo Ligure, Cogoleto, Genova, Masone, Rossiglione, Sassello, Stella, Tiglieto, Urbe and Varazze, Italy
Urban or rural issues
Mainly rural
Physical or other transformations
It refers to other types of transformations (soft investment)
EU Programme or fund
No
Description of the project
Summary
GeoHeritage Guardians is a citizen science initiative to promote geoheritage literacy and active conservation. By engaging local communities in the "Adopt a Geosite" program, the project empowers volunteers to monitor, report, and protect significant geological sites. Through interactive workshops, educational activities, and community-driven stewardship, it bridges science and society to ensure the long-term protection of our geological heritage.
The project aligns with the values of the New European Bauhaus (NEB) by promoting sustainability, encouraging responsible geosite management, and fostering environmental awareness that integrates geoheritage into local conservation strategies. It promotes inclusiveness by involving diverse community groups - students, educators, local stakeholders and tourists - ensuring accessibility and shared responsibility in the preservation of geological sites. It also contributes to the aesthetic and cultural experience by reconnecting people with nature, strengthening their sense of place, and integrating geoheritage into local identity.
The project aligns with the values of the New European Bauhaus (NEB) by promoting sustainability, encouraging responsible geosite management, and fostering environmental awareness that integrates geoheritage into local conservation strategies. It promotes inclusiveness by involving diverse community groups - students, educators, local stakeholders and tourists - ensuring accessibility and shared responsibility in the preservation of geological sites. It also contributes to the aesthetic and cultural experience by reconnecting people with nature, strengthening their sense of place, and integrating geoheritage into local identity.
Key objectives for sustainability
GeoHeritage Guardians aims to promote sustainability through education, community engagement, and long-term conservation of geological heritage. The project's key objectives focus on environmental stewardship, sustainable land use, and fostering a culture of stewardship for natural heritage.
1) The project empowers local communities to actively monitor and report on the condition of geosites, identifying risks such as erosion, pollution or vandalism. By engaging non-experts in systematic observation, GeoHeritage Guardians ensures continuous, low-cost site monitoring, creating a sustainable model for long-term conservation beyond institutional efforts.
2) By linking geoheritage conservation with geotourism and education, the project enhances local economies while preserving natural assets. It promotes low-impact tourism, ensuring that visitors appreciate and respect the geological environment while supporting local businesses through responsible tourism initiatives.
3) Through training, interactive learning, and digital tools, the project increases geoheritage literacy, empowering citizens with knowledge about geological processes, climate change impacts, and resource management. This fosters a lasting conservation mindset, ensuring that future generations continue to value and protect geological sites.
4) The project integrates sustainable practices such as paperless reporting, digital engagement, and the promotion of field exploration of geological sites to reduce carbon emissions. It also raises awareness of how geological features contribute to climate regulation, biodiversity, and sustainable resource use.
GeoHeritage Guardians represents a scalable and replicable model that can be adapted to different areas. By leveraging community-driven action, open data collection, and interdisciplinary collaboration, it demonstrates how citizen science can bridge the gap between research, policy, and public engagement.
1) The project empowers local communities to actively monitor and report on the condition of geosites, identifying risks such as erosion, pollution or vandalism. By engaging non-experts in systematic observation, GeoHeritage Guardians ensures continuous, low-cost site monitoring, creating a sustainable model for long-term conservation beyond institutional efforts.
2) By linking geoheritage conservation with geotourism and education, the project enhances local economies while preserving natural assets. It promotes low-impact tourism, ensuring that visitors appreciate and respect the geological environment while supporting local businesses through responsible tourism initiatives.
3) Through training, interactive learning, and digital tools, the project increases geoheritage literacy, empowering citizens with knowledge about geological processes, climate change impacts, and resource management. This fosters a lasting conservation mindset, ensuring that future generations continue to value and protect geological sites.
4) The project integrates sustainable practices such as paperless reporting, digital engagement, and the promotion of field exploration of geological sites to reduce carbon emissions. It also raises awareness of how geological features contribute to climate regulation, biodiversity, and sustainable resource use.
GeoHeritage Guardians represents a scalable and replicable model that can be adapted to different areas. By leveraging community-driven action, open data collection, and interdisciplinary collaboration, it demonstrates how citizen science can bridge the gap between research, policy, and public engagement.
Key objectives for aesthetics and quality
GeoHeritage Guardians enhances the visual, experiential, and cultural appreciation of geological heritage by integrating design, storytelling, and immersive learning experiences. The project transforms geosites from static landscapes into interactive, meaningful places that foster deeper connections between people and Earth's history.
Rather than presenting geoheritage as purely scientific, the project curates compelling narratives that highlight the beauty and significance of geological formations.
GeoHeritage Guardians integrates graphic design, photography, and creative media to visually communicate geological processes. Maps, augmented reality experiences, and interpretive panels are carefully designed to be intuitive, visually appealing, and accessible to diverse audiences, enhancing their aesthetic and educational value.
The project encourages multi-sensory engagement, allowing participants to touch, observe, and hear the stories behind geological formations. From guided walks that highlight the textures and colors of rocks to soundscapes that evoke the deep history of the Earth, the experience is designed to be immersive and memorable.
By connecting geological formations to local history, myths, and artistic expression, the project fosters a sense of place and belonging.
Rather than presenting geoheritage as purely scientific, the project curates compelling narratives that highlight the beauty and significance of geological formations.
GeoHeritage Guardians integrates graphic design, photography, and creative media to visually communicate geological processes. Maps, augmented reality experiences, and interpretive panels are carefully designed to be intuitive, visually appealing, and accessible to diverse audiences, enhancing their aesthetic and educational value.
The project encourages multi-sensory engagement, allowing participants to touch, observe, and hear the stories behind geological formations. From guided walks that highlight the textures and colors of rocks to soundscapes that evoke the deep history of the Earth, the experience is designed to be immersive and memorable.
By connecting geological formations to local history, myths, and artistic expression, the project fosters a sense of place and belonging.
Key objectives for inclusion
GeoHeritage Guardians is built on the principle that geoheritage belongs to everyone. The project fosters accessibility, participation, and shared responsibility by engaging diverse communities in the protection and appreciation of geological heritage. It ensures that everyone, regardless of background, ability, or economic status, can connect with and contribute to geoheritage conservation. The project promotes the adaptation of geosites with clear signage, accessible pathways, and virtual exploration tools to ensure that people with limited mobility can engage with geoheritage.
Interpretive materials include simplified explanations, visuals, and sensory experiences to accommodate different learning styles and cognitive abilities.
Online platforms will provide multilingual, easy-to-understand, and interactive content that allows everyone to explore, learn about, and contribute to the monitoring of geosites.
The project is designed to be free and open access, removing financial barriers to participation.
It encourages local communities to take an active role by "adopting" geosites, empowering citizens as guardians of their geological heritage.
The project brings together local communities, researchers, policymakers, and educators in a participatory governance model to ensure that conservation decisions are inclusive and community-driven.
Engaging schools, universities, and local associations creates a shared responsibility across generations and professions.
The project wants to connects urban institutions with rural communities, ensuring that geoheritage conservation is a priority in different areas.
Interpretive materials include simplified explanations, visuals, and sensory experiences to accommodate different learning styles and cognitive abilities.
Online platforms will provide multilingual, easy-to-understand, and interactive content that allows everyone to explore, learn about, and contribute to the monitoring of geosites.
The project is designed to be free and open access, removing financial barriers to participation.
It encourages local communities to take an active role by "adopting" geosites, empowering citizens as guardians of their geological heritage.
The project brings together local communities, researchers, policymakers, and educators in a participatory governance model to ensure that conservation decisions are inclusive and community-driven.
Engaging schools, universities, and local associations creates a shared responsibility across generations and professions.
The project wants to connects urban institutions with rural communities, ensuring that geoheritage conservation is a priority in different areas.
How Citizens benefit
GeoHeritage Guardians is a citizen-driven initiative that transforms people from passive observers to active protectors of geoheritage. The project is based on a bottom-up approach where local communities, visitors and civil society organizations not only benefit from the project, but also actively shape and sustain it.
The project empowers citizens to "adopt" a geosite, meaning they take an active role in monitoring, reporting, and preserving the geological heritage.
Volunteers commit to visit their geosite at least once a year and report any changes, threats, or degradation through an easy-to-use digital platform.
This citizen science approach gives people a tangible way to contribute to conservation while fostering a deep sense of place and stewardship.
The project promotes geotourism, creating economic opportunities for local businesses, guides, and educators.
Schools and youth groups will be involved through educational programs, turning young learners into future ambassadors of geoheritage conservation.
Environmental organizations, local associations, and scientific institutions will work together to ensure that conservation efforts are well integrated into local policies and management strategies.
The real-time data collected by citizens can help in the early detection of degradation risks, leading to faster response times and better protection strategies.
By empowering local communities and civil society, the project not only protects geological heritage, but also promotes social cohesion, education, and sustainable development.
The project empowers citizens to "adopt" a geosite, meaning they take an active role in monitoring, reporting, and preserving the geological heritage.
Volunteers commit to visit their geosite at least once a year and report any changes, threats, or degradation through an easy-to-use digital platform.
This citizen science approach gives people a tangible way to contribute to conservation while fostering a deep sense of place and stewardship.
The project promotes geotourism, creating economic opportunities for local businesses, guides, and educators.
Schools and youth groups will be involved through educational programs, turning young learners into future ambassadors of geoheritage conservation.
Environmental organizations, local associations, and scientific institutions will work together to ensure that conservation efforts are well integrated into local policies and management strategies.
The real-time data collected by citizens can help in the early detection of degradation risks, leading to faster response times and better protection strategies.
By empowering local communities and civil society, the project not only protects geological heritage, but also promotes social cohesion, education, and sustainable development.
Physical or other transformations
It refers to other types of transformations (soft investment)
Innovative character
The GeoHeritage Guardians project stands out for its innovative approach to geoheritage conservation, particularly in its integration of citizen science with sustainability and education. Unlike mainstream conservation efforts, which often focus on traditional scientific research or top-down management and biodiversity-focused projects, this project encourages active community participation and crowdsourced monitoring.
By using citizen science to collect data, individuals will engage directly with their natural environment by monitoring the health and status of geosites and reporting issues such as degradation, vandalism, or environmental threats. This continuous feedback loop not only strengthens conservation efforts, but also empowers communities to take ownership of their geoheritage, fostering a sense of responsibility and connection to the landscape.
By using citizen science to collect data, individuals will engage directly with their natural environment by monitoring the health and status of geosites and reporting issues such as degradation, vandalism, or environmental threats. This continuous feedback loop not only strengthens conservation efforts, but also empowers communities to take ownership of their geoheritage, fostering a sense of responsibility and connection to the landscape.
Disciplines/knowledge reflected
The design and implementation of GeoHeritage Guardians draws on multiple disciplines, including geology, environmental science, education, citizen science, and sustainable tourism. These fields interact to create a holistic approach to geoheritage conservation, ensuring that the project addresses both the scientific and social dimensions of sustainability.
Geology and environmental science are central to the project, guiding the understanding of geoheritage values, site assessments and environmental risks. Collaboration with scientific institutions and geological surveys will ensure that data collected by citizens is validated and integrated into conservation efforts. These sectors provide essential expertise on the geological significance of sites, risk management, and the impacts of environmental change.
Education and citizen science are critical to the participatory nature of the project. The involvement of local communities, schools and youth organizations allows for an educational exchange that raises awareness about geoheritage, its value and the need for conservation. Representatives from educational and community organizations will work with scientists to design accessible learning programs and facilitate citizen monitoring activities. This cross-disciplinary interaction enriches the educational experience and fosters a sense of ownership and responsibility for geosites.
Geology and environmental science are central to the project, guiding the understanding of geoheritage values, site assessments and environmental risks. Collaboration with scientific institutions and geological surveys will ensure that data collected by citizens is validated and integrated into conservation efforts. These sectors provide essential expertise on the geological significance of sites, risk management, and the impacts of environmental change.
Education and citizen science are critical to the participatory nature of the project. The involvement of local communities, schools and youth organizations allows for an educational exchange that raises awareness about geoheritage, its value and the need for conservation. Representatives from educational and community organizations will work with scientists to design accessible learning programs and facilitate citizen monitoring activities. This cross-disciplinary interaction enriches the educational experience and fosters a sense of ownership and responsibility for geosites.
Methodology used
At the heart of the project is the active participation of local communities, tourists and stakeholders in the monitoring of geosites. Participants are trained to observe and report on the condition of geosites, identifying threats such as degradation, vandalism, environmental changes, status of the informative panels. These reports are collected through a digital platform, allowing for real-time monitoring and a collaborative approach to conservation. The data collected through the GeoHeritage Guardians project will be shared directly with the Beigua UNESCO Global Geopark management team. This collaboration will ensure that the information gathered from citizen observations will be used to inform management strategies for the conservation of the geopark. The Beigua Geopark will evaluate the data to identify potential risks and prioritize actions needed for the protection and sustainable use of the geoheritage sites. This integration of citizen science into the official management framework helps to create a responsive, adaptive approach to geoconservation, ensuring that local communities and stakeholders actively contribute to the long-term conservation of the geological and natural assets of the Geopark.
In parallel, the project includes educational initiatives to raise awareness of the importance of geoheritage. Through workshops, seminars and digital resources, participants will learn about the geological significance of their local environment and the role of conservation in preserving it for future generations. Educational materials will also highlight the benefits of sustainable tourism and how it can be incorporated into everyday life.
In parallel, the project includes educational initiatives to raise awareness of the importance of geoheritage. Through workshops, seminars and digital resources, participants will learn about the geological significance of their local environment and the role of conservation in preserving it for future generations. Educational materials will also highlight the benefits of sustainable tourism and how it can be incorporated into everyday life.
How stakeholders are engaged
GeoHeritage Guardians aims to engage a wide range of stakeholders at local, regional, national and European levels to create a collaborative framework for geoheritage conservation. At the local level, the project envisions active citizen participation by "adopting" geosites, monitoring their condition, and reporting potential threats. Schools and youth organizations will be involved through educational programs, while local businesses and geotourism operators will be encouraged to integrate conservation efforts into their services. Environmental NGOs are expected to play a key role in guiding conservation actions, contributing to a sense of shared responsibility and supporting sustainable tourism.
At the regional level, we aim to work with geoparks and regional environmental agencies to bring their expertise in protected area management. The project will work with regional authorities to ensure that geoheritage conservation is reflected in their policies and funding initiatives. Protected areas will integrate citizen monitoring data into their conservation strategies.
At the national level, we plan to engage scientific institutions, such as geological surveys and universities, to help validate data and train citizen scientists. The project will work with national government institutions to ensure that geoheritage conservation becomes a priority in national environmental policies.
At the European level, the project will seek alignment with the European Geoparks Network, and ProGEO.
At the regional level, we aim to work with geoparks and regional environmental agencies to bring their expertise in protected area management. The project will work with regional authorities to ensure that geoheritage conservation is reflected in their policies and funding initiatives. Protected areas will integrate citizen monitoring data into their conservation strategies.
At the national level, we plan to engage scientific institutions, such as geological surveys and universities, to help validate data and train citizen scientists. The project will work with national government institutions to ensure that geoheritage conservation becomes a priority in national environmental policies.
At the European level, the project will seek alignment with the European Geoparks Network, and ProGEO.
Global challenges
The GeoHeritage Guardians project addresses several global challenges:
i) By focusing on the conservation of geosites, the project helps to protect ecosystems that are critical for geo/biodiversity. This early detection supports proactive measures to prevent ecosystem degradation and promote long-term environmental health.
ii) Many geosites provide valuable insights into past climatic conditions, allowing for a better understanding of the impacts of climate change. The project raises awareness of the impact of climate change on landscapes and promotes local adaptation strategies, building resilience in vulnerable areas.
iii) The project increases geological literacy by engaging communities in geoheritage conservation efforts. This hands-on involvement educates people about the importance of geoheritage and encourages responsible behavior, addressing the global challenge of environmental ignorance and promoting a sustainable relationship with nature.
iv) The project supports sustainable tourism and local economic development by using geoheritage as an asset for geotourism. This creates opportunities for income generation while promoting environmentally responsible practices, helping to reduce ecological footprints and promoting circular economy principles.
v) Through inclusive engagement, the project ensures that all community members can participate in the protection of local geoheritage. It fosters a sense of shared responsibility that addresses social exclusion and inequality, while encouraging collaboration and knowledge sharing.
i) By focusing on the conservation of geosites, the project helps to protect ecosystems that are critical for geo/biodiversity. This early detection supports proactive measures to prevent ecosystem degradation and promote long-term environmental health.
ii) Many geosites provide valuable insights into past climatic conditions, allowing for a better understanding of the impacts of climate change. The project raises awareness of the impact of climate change on landscapes and promotes local adaptation strategies, building resilience in vulnerable areas.
iii) The project increases geological literacy by engaging communities in geoheritage conservation efforts. This hands-on involvement educates people about the importance of geoheritage and encourages responsible behavior, addressing the global challenge of environmental ignorance and promoting a sustainable relationship with nature.
iv) The project supports sustainable tourism and local economic development by using geoheritage as an asset for geotourism. This creates opportunities for income generation while promoting environmentally responsible practices, helping to reduce ecological footprints and promoting circular economy principles.
v) Through inclusive engagement, the project ensures that all community members can participate in the protection of local geoheritage. It fosters a sense of shared responsibility that addresses social exclusion and inequality, while encouraging collaboration and knowledge sharing.
Learning transferred to other parties
The GeoHeritage Guardians project is designed to be highly replicable in different locations and contexts, providing valuable lessons in citizen science, geoconservation, and community engagement. The concept of empowering local communities to monitor and report on geosites can be replicated in other geologically significant areas. The methodology of involving citizens in data collection and monitoring, along with geoheritage education initiatives, provides a flexible framework for similar projects elsewhere. The approach of using simple reporting tools (such as online platforms) for participants to record and report observations can be easily adapted in other regions. The model of sending collected data to local authorities or geoparks for official management is a transferable process that promotes local stewardship and can be applied globally. The development of educational materials, such as toolkits or workshops, could be used to train volunteers and schools to understand geoheritage and contribute to conservation efforts.
Next steps
In the year following the application, GeoHeritage Guardians will implement a series of concrete steps to further develop, promote, and embed our citizen science model in local conservation efforts:<br />
- We will formalize collaborations with local governments, educational institutions, NGOs, and the Beigua UNESCO Global Geopark management team. These partnerships will ensure that citizen-collected data is integrated into official conservation plans and that the project benefits from expert guidance.<br />
- A user-friendly, multilingual digital platform will be launched to allow volunteers to "adopt" geosites, report observations, and flag risks such as erosion or vandalism. This tool will be piloted with early adopters to ensure its functionality and accessibility.<br />
- A series of interactive workshops and field sessions will be organized for community members, school groups, and local stakeholders. These sessions will cover how to use the digital platform, identify geological features and threats, and apply citizen science best practices to ensure that participants are well equipped to monitor and protect their local geosites.<br />
- A comprehensive communication strategy will be implemented, including social media campaigns, local media partnerships, and community events. We will also develop visually appealing interpretive materials to increase public understanding and appreciation of geoheritage.<br />
- Ongoing feedback will be gathered through surveys and community forums, allowing us to refine digital tools, training modules, and educational materials. This iterative process will help tailor the initiative to local needs and improve its overall effectiveness.
Infrastructure or public space
No
Political support
No
Monetary value awarded
No
