Body and Image: Explorations in Landscape Phenomenology 2

Christopher Tilley

Sep 2016 · Routledge

About this ebook

The understanding and interpretation of ancient architecture, landscapes, and art has always been viewed through an iconographic lens—a cognitive process based on traditional practices in art history. But ancient people did not ascribe their visions on canvas, rather on hills, stones, and fields. Thus, Chris Tilley argues, the iconographic approach falls short of understanding how ancient people interacted with their imagery. A kinaesthetic approach, one that uses the full body and all the senses, can better approximate the meaning that these artifacts had for their makers and today’s viewers. The body intersects the landscape in a myriad of ways—through the effort to reach the image, the angles that one can use to view, the multiple senses required for interaction. Tilley outlines the choreographic basis of understanding ancient landscapes and art phenomenologically, and demonstrates the power of his thesis through examples of rock art and megalithic architecture in Norway, Ireland, and Sweden. This is a powerful new model from one of the leading contemporary theorists in archaeology.

About the author

Christopher Tilley is Professor of Material Culture in the Department of Anthropology, University College London. He has written and edited over twenty books on material culture and archaeology and is a founding editor of the Journal of Material Culture. He has conducted field research throughout much of Europe and in the South Pacific. He is currently co-director of the Stonehenge Riverside Project and director of the East Devon Pebblebeds Project. He is presently completing an ethnography of gardens and gardening in England and Sweden as well as conducting archaeological field research. Some recent books include Metaphor and Material Culture (1999), The Materiality of Stone (2004), Handbook of Material Culture (ed., 2006), and Stone Worlds: Narrative and Reflexivity in Landscape Archaeology (with B. Bender and S. Hamilton, 2007).