IRIS - Inspiring rural heritage: sustainable practices to protect and conserve upland landscapes and memories

Europe’s upland landscapes are a rich and complex heritage. However, current conservation measures and land-use decisions consistently fail to consider the historic dimension of upland landscapes and underestimate the contribution of local practitioners in sustaining their environment through active use. IRIS is a response to these circumstances.

Europe’s upland landscapes are a rich and complex heritage, born of the interaction of nature and culture over millennia. Local communities can play an active and essential role in conserving and protecting this heritage, benefitting wider society. However, current conservation measures and land-use decisions consistently fail to consider the historic dimension of upland landscapes and underestimate the contribution of local practitioners in sustaining their environment through active use.



IRIS is a response to these circumstances, and to the threats to upland landscapes from depopulation, abandonment, the loss of traditional skills, and land-use driven by the climate emergency and economic trends.



IRIS aims to advance the socially and environmentally sustainable conservation, protection and use of upland landscapes. The project will research and develop a living heritage approach to conversation, promoting the protection through use of upland environments and adjacent rural areas.

Through intensive and participatory research in five countries (Spain, France, Italy, Montenegro, the UK) and wider European research and knowledge exchanges, IRIS will:




Demonstrate how knowledge of historical processes and land use practices supports the conservation and sustainable development of upland landscapes;



Define a living heritage approach to conservation and best practices through which local stakeholders can embed their cultural values, local expertise and traditions;



Support collaboration among local institutions and communities and realize effective and diverse participation in the conservation, protection, sustainable development and use of upland landscapes;



Provide local and European policymakers with new tools that will enable them to: take into account the historical dimension of rural places, and implement a living heritage approach to decision-making;



Create a new research framework that advances knowledge of upland cultural heritage and its wider social and environmental values and benefits;



Communicate and disseminate the research results at local, European and wider international levels.

This project was funded by The Joint Programming Initiative on Cultural Heritage (JPICH) within the framework of the Conservation, Protection and Use Joint Call.

Project Details


Location: Montenegro, United Kingdom, Colombia, France, Italy, Northern Europe, South America, Southern Europe, Western Europe, Spain, Europe, Americas Organiser(s): University of Genoa Project partner(s): University of Durham (UK); University of Granada (Spain); Université Toulouse II Jean Jaurès (France) Funder(s): The Joint Programming Initiative on Cultural Heritage (JPICH) Funding received: 751,399,02 € Commencement Date: 10/2020 Project Status: Active
Project owner? Update this project



Related Projects

REDMONEST project

REDMONEST - Develoment of a Monitoring Dynamic Network for Existing Structures of Cultural Patrimony

REDMONEST’s main objective was to develop a real-time managing system to evaluate the corrosion process of ancient concrete exposed to natural aging (including several weather…

Explore project
CHANGES project

CHANGES - Changes in cultural heritage activities: new goals and benefits for economy and society

Environmental sustainability concerns are driving investments in conservation, but also construction sector at large, towards inclusive and sustainable development as well as …

Explore project
PROTHEGO project

PROTHEGO - Protection of European cultural heritage from geo-hazards

New space technology based on radar interferometry is capable of monitoring surface deformation for reflective targets which consistently return stable signals to the radar sa…

Explore project