Europe has rich and diverse cultural heritage resources, which include landscapes and landscape elements, comprising standing monuments, buried archaeological sites, artefacts and ecofacts. This cultural heritage, often characterized and enhanced by the presence of exposed and buried archaeological remains, is nowadays at risk, endangered by environmental processes and anthropogenic pressures as more specifically by intensive agriculture activities and climate change. These pressures pose a range of immediate and future threats to these sensitive cultural landscapes and the historical, archaeological and environmental archives they preserve.

Over the last decade, attempts have been made to identify the main threats from climate change, including the threats on soils and historical and archaeological remains that characterise the European cultural landscape. In particular, the extreme weather phenomena can help to amplify the processes of soil erosion caused by agricultural activities. Moreover, hydrogeological disturbance of soil, due to climate changes, can threaten historic buildings and their stability.

Monitoring soil processes and land use changes that can be produced by climate changes (environmental pressures) and agricultural activities (anthropogenic pressures) and, at the same time, monitoring structures stability can therefore help to prevent damages to our buried and exposed archaeological heritage.


Project Objectives

CLIMA project aims to promote a highly interdisciplinary research, based on a soil-oriented approach, to develop effective tools for the authorities responsible for cultural landscape preservation.

The main aim of the CLIMA project is to design and implement aWebGIS based multi-task platform that integrates different remote sensing technologies, which can ensure, on a spatial scale, both macro and micro levels, the mapping, diagnostic and monitoring purpose of cultural landscapes including buried and exposed archaeological remains.

Specifically the CLIMA project aims to design and develop a multi-task platform, combining advanced remote sensing technologies, from satellite and ground-based, with GIS application for mapping and monitoring of cultural landscapes with buried and exposed archaeological remains. This will be achieved by interweaving archaeological and geo-archaeological expertise related to knowledge and protection of archaeological cultural landscapes with experts of soil processes, land use and climate change and experts of Satellite and ground-based remote sensing. The Platform will provide specific products (e.g. periodic vulnerability and warning maps) to allow the authorities in charge of cultural landscape preservation to implement more effective maintenance plans and actions.

Three different case studies have been chosen in order to demonstrate how the CLIMA Platform is effective in monitoring and assessing the Cultural Landscape under different geographic and climatic conditions: the Roman towns of Falerii Novi (Fabrica di Roma, Lazio,Italy), in the Center-Mediterranean area, the Roman Antonine Wall (Scotland, United Kingdom), in North-West Europe and the Greek-Roman town of Nea-Paphos (Cyprus), in the dry East Mediterranean area, the last two listed as UNESCO World Heritage sites.


Università degli Studi della Tuscia (IT)              
University of Stirling (UK)              Cyprus Univerity of Technology (CY)     

 Alma Sistemi Srl (IT)              University of Copenhagen (DK)






Risk Assessment Methodology

(Deliverable 1.6 - Risk Maps specification document)

This activity aimed at the definition of the format of Risk Maps and the related risk assessment model addressing the major threats affecting archaeological cultural landscapes: soil erosion, land movement, land use/cover change, vegetation. The different risk maps, indicating the areas where archaeological features are most at risks in respect to single hazards, will be elaborated by combining hazard maps (describing the presence and the intensity of a specific threat) and vulnerability maps (describing the typology and density of features archaeological), created by means of the data obtained from the different process chains of remote sensing data (satellite, aerial and terrestrial).

Hazard, vulnerability and risk maps

(Deliverable 3.6 -  Platform products from the Service Demonstration activities)


Presentation of the CLIMA Platform products from the Service Demonstration activities:  hazard, vulnerability and  risks maps (addressing soil erosion, land movement, land use/cover change, and vegetation), and other products, as the maps of archaeological and vegetation  features.

Vegetation GIS

(Deliverable 3.4 -  Field survey report test site IT)

Analysis of the relationships between natural vegetation and exposed and buried archaeological structure. Use of GIS environment to assess the vegetation status in Faleri Novii.

Business Plan


The task 4.4 is related to exploitation activities and will focus on (i) to make the scientific world, the stakeholders and end-users aware of the benefits of CLIMA project trough participation of workshops/conferences and production of scientific papers (ii) to analyze technical, management and economic aspects related to the delivery of commercial services.