The use of Copernicus data to support archeological research in the Eastern Mediterranean
Date Issued
July 2018
Abstract
Based on satellite and in situ observations, the Copernicus services deliver near-real-time
data on a global level which can also be used for local and regional needs. The ongoing
Horizon 2020 "ATHENA” Twinning project uses specific Copernicus data to identify
several case studies. “ATHENA” project aims to establish a “Remote Sensing Science Center
for Cultural Heritage” in Cyprus. The Center foresees to support the current Cultural
Heritage (CH) needs through the systematic exploitation of Earth Observation technologies.
For the establishment of the center, the existing Remote Sensing and Geo-Environment
Research Laboratory of the Eratosthenes Research Center (ERC) based at the Cyprus
University of Technology (CUT), is twinned with internationally-leading counterparts from
the EU, the National Research Council of Italy and the German Aerospace Centre (DLR).
Through this network, the ATHENA twinning project strengthens the remote sensing
capacity in cultural heritage at CUT’s ERC.
Within "ATHENA" project, training courses, workshops and other activities are carried out,
promoting Earth Observation knowledge and best practices. Earth Observation
technologies are introduced, systematically employed, and further developed for Cultural
Heritage applications. These technologies implement Copernicus data and services for the
preservation of Cultural Heritage as they can be usefully adopted for tackling the looting
phenomenon. Satellite technologies offer a suitable chance to quantify and analyze this
phenomenon, especially in the region of the Eastern Mediterranean, where the onsite
surveillance is not much effective or non-practicable due to military or political restrictions.
Also, active and passive remote sensing data for archaeology, SAR for change and
deformation detection, satellite monitoring for archaeological looting, integration of remote
sensing data for protection and preservation of cultural heritage are also further explored.
The scientific strengthening and networking achieved in Cyprus through the ATHENA project
could be of great benefit for the entire Eastern Mediterranean Region bearing a plethora of
archaeological sites and monuments urgently calling for monitoring and safeguarding.
data on a global level which can also be used for local and regional needs. The ongoing
Horizon 2020 "ATHENA” Twinning project uses specific Copernicus data to identify
several case studies. “ATHENA” project aims to establish a “Remote Sensing Science Center
for Cultural Heritage” in Cyprus. The Center foresees to support the current Cultural
Heritage (CH) needs through the systematic exploitation of Earth Observation technologies.
For the establishment of the center, the existing Remote Sensing and Geo-Environment
Research Laboratory of the Eratosthenes Research Center (ERC) based at the Cyprus
University of Technology (CUT), is twinned with internationally-leading counterparts from
the EU, the National Research Council of Italy and the German Aerospace Centre (DLR).
Through this network, the ATHENA twinning project strengthens the remote sensing
capacity in cultural heritage at CUT’s ERC.
Within "ATHENA" project, training courses, workshops and other activities are carried out,
promoting Earth Observation knowledge and best practices. Earth Observation
technologies are introduced, systematically employed, and further developed for Cultural
Heritage applications. These technologies implement Copernicus data and services for the
preservation of Cultural Heritage as they can be usefully adopted for tackling the looting
phenomenon. Satellite technologies offer a suitable chance to quantify and analyze this
phenomenon, especially in the region of the Eastern Mediterranean, where the onsite
surveillance is not much effective or non-practicable due to military or political restrictions.
Also, active and passive remote sensing data for archaeology, SAR for change and
deformation detection, satellite monitoring for archaeological looting, integration of remote
sensing data for protection and preservation of cultural heritage are also further explored.
The scientific strengthening and networking achieved in Cyprus through the ATHENA project
could be of great benefit for the entire Eastern Mediterranean Region bearing a plethora of
archaeological sites and monuments urgently calling for monitoring and safeguarding.
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