Job title:
Teaching Fellow
Office:
R 03a, Hunter Building
Research Output:
Edinburgh Research Explorer linkI studied geology at the universities of Thessaloniki, Greece (BSc Honours) and Edinburgh (PhD: sedimentation, tectonics, and sea-level change), and education for sustainability at London South Bank University (PGCE). Before joining ESALA, I worked for many years in social care (as a support worker) and taught earth-science courses in Edinburgh’s lifelong-learning programme (Centre for Open Learning).
After my postgraduate studies, I developed an interest in the long-term evolution of inhabited landscapes and the application of earth science methods in archaeological/anthropological research (geoarchaeology). As a researcher at the University of Stirling (School of Natural Sciences), I worked on the geological record (in the broader sense of the term ‘geological’: sediments, soils, and landforms) of the interaction between earlier human societies and the rest of the earth system.
I joined ESALA in 2019 as a GH tutor in the MLA programme (landscape theory); later I became involved in other theory courses and design studios across the landscape architecture programme (undergraduate & postgraduate. Working with landscape architecture colleagues here (students and staff) has with transformed my perspective on the landscape quite markedly.
Research interests
My teaching varies from year to year. Currently, I teach, or contribute to the teaching of, the following courses:
My overarching research interest is the geological record of the production of landscape: what can the sediments, soils, and landforms in inhabited landscapes reveal about the historical interaction between the mode of production in human societies, non-human lifeforms, and geological processes? Within this theme, I am especially interested in the long-term evolution of tropical landscapes; the formation, sediments, and habitation history of caves; coastal landscape change, high-resolution stratigraphy at archaeological sites, the taphonomy (burial history) of human remains, and, increasingly, the geology of capitalism, labour, and class struggle.
In my earlier work at Stirling, I analysed sediments, soils, and landforms from archaeological sites to reconstruct landscape evolution, past human practices of inhabitation, and the interplay between human socioecological practices (e.g., forest foraging, subsistence farming) and geomorphic processes. Most of my work was on landscapes in the Indian Ocean littoral (Sri Lanka, Tanzania, Kenya), on routes of human migration and sociocultural interaction over the past 120,000 years, across phases of climate and sea-level change and socioecological transformations. In addition, I worked on the question of the emergence and landscape dynamics of early settlements in Iran's arid Central Plateau 8–7000 years ago. With colleagues from Scotland and abroad, we analysed sediments and soils from caves (Sri Lanka, Zanzibar, Pemba, eastern Kenya), coastal settlements (Unguja Ukuu, Zanzibar), early human burial sites (Kenya), and settlement mounts – long-term accumulations of the residue of prehistoric village life – in Iran (Tepe Sialk, Tepe Ghabristan). Integrated with analyses of material culture and human, animal, and plant remains, and various geochronological records and proxies of past climate and ecological conditions by other colleagues, this work informs new understandings of the response of tropical landscapes to climate change and human habitation; the ecological context of technological change in early prehistory (e.g., microlithic industries in Sri Lanka, the transition from Mid- to Late Stone Age in East Africa); the taphonomy (burial history) of human remains and the emergence of ritual practices (e.g., an 80,000 years-old child burial in East Africa); the cycles of material production and discard in early villages, and the interaction of these villages with their wider landscape dynamics (e.g., Sialk and Ghabristan, Iran); and the ways human settlement and socieoeconomic and politcal shifts (integration to transoceanic trade networks) drove the transformation of island landscapes (e.g., Zanzibar). It also feeds on the wider discussion on the formation and geological evolution of cave systems (e.g., Zanzibar, Kenya, Sri Lanka).
At the other end of the temporal spectrum, I am developing an interest in the geology of early capitalism in Scotland: the geological record of landscape transformation over the last 400 years, driven by capitalist agriculture (enclosure, evictions, commodity farming), fossil-fuel extraction, urbanisation, industrialisation, and class struggle. This is a theme I am keen to develop more systematically in the coming years.