THE SOIL SCIENCE & ARCHAEO-GEOPHYSICS ALLIANCE (SAGA): going beyond prospection

• Main Authors: Carmen Cuenca-Garcia, Kayt Armstrong, Elina Aidona, Philippe De Smedt, Anne Rosveare, Martin Rosveare, Petra Schneidhofer, Clare Wilson, Jörg Faßbinder, Ian Moffat, Apostolos Sarris, Marion Scheiblecker, Abir Jrad, Martijn van Leusen, Kelsey Lowe
• Format: Article
• Language: English
• Published: Pensoft Publishers 2018-11-01
• Series: Research Ideas and Outcomes
• Subjects: archaeology; near-surface geophysics; soil scie
• Online Access: https://riojournal.com/article/31648/

Archaeological sites can be discovered and recorded in a high-resolution and non-invasive manner using geophysical methods. These measure the spatial variation of a range of physical properties of the soil which may be representative proxies of the subsurface archaeology. Less-invasive and cost-effective field procedures have become top-priority to mitigate the destructive effects on our cultural heritage from intensified land use, climate change and the current conflict panorama. At a time when many organisations are investing in advanced geophysical equipment, a major problem is that our ability to fully interpret the information available from geophysical datasets is still very limited. This deficiency prevents geophysical survey moving beyond basic prospection and becoming a significant tool for answering nuanced questions about archaeology and their host landscapes. This limitation arises from an incomplete understanding of the relationship between soil properties and geophysical measurements. Bridging this gap requires multi-disciplinary teams, testing novel methods, plus scholarly discussion to collate the outcomes of projects on this topic. Overcoming these challenges is a prerequisite for maximising the costeffectiveness of geophysical methods, realising the expected benefits of technological investment and allowing broader utility of geophysical methods in the cultural heritage sector. SAGA will build an international network of geophysicists, archaeologists, soil scientists and other experts to develop our capability to interpret geophysical data and promote research collaborations. Our vision is that after four years, SAGA will have created an environment within which emerging field procedures, enhanced data interpretation and a broader understanding of integrated geophysical methods can flourish.