The Faithscapes Dynamic Matrix - A Visual-Ethnographic Method for Analysing Overdetermined Spaces

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Authors: R. Ramesh
Cited by: 0

Abstract

This paper introduces the Faithscapes Dynamic Matrix (FDM), a visual–ethnographic method for analysing overdetermined spaces in which ritual, media, history, and everyday practice intersect. Developed through long-term fieldwork in Varanasi and Kolkata and grounded in visual anthropology, cultural geography, and practice-as-research, the FDM provides a comparative framework for studying how spaces are lived, seen, and made meaningful under conditions of temporal layering and visual saturation. The matrix is organised along two axes—past to future and lived experience to visual perception—allowing photographs, archival materials, interviews, and observations to be situated within a single relational field. Rather than classifying sites as traditional or modern, sacred or secular, the FDM reveals how multiple temporalities and visual regimes operate simultaneously within the same place. It treats images not as illustrations but as actors that shape memory, authority, and spatial practice. Two worked case studies from the Ganges river cities of Varanasi and Kolkata demonstrate how the FDM exposes mechanisms of ritual labour, managed visibility, and symbolic power. A further demonstration using the Singapore River shows the framework’s transferability beyond explicitly religious contexts, establishing its relevance to heritage zones, festival spaces, tourism districts, and other image-saturated urban environments. The Faithscapes Dynamic Matrix is offered as an open but attributable analytic framework for researchers, artists, and scholars working across anthropology, visual culture, cultural geography, and urban studies. It provides a disciplined yet flexible way to think with images about how belief, infrastructure, and media co-produce contemporary spaces.

Fields of Study & Subjects

Religious Tourism and Spaces Anthropological Studies and Insights Geographies of human-animal interactions

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
2 January 2026
Language
EN