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Studying Micro-Scale Socio-Ecological Development In Marginal Zones: An Integrated Methodology


The proposed research is to develop a multi-disciplinary approach to investigate socio-ecological networks in marginal regions at local scale. Locality and marginality have been often overlooked but are focal points in understanding the complex relationships between environment and human populations. Marginal alluvial zones bore witness to the development of agricultural and subsequently urban societies, and continue to represent one of the most exploited (but fragile) environments on our planet. The case study of this proposal focuses on the unique alluvial system of the 'oasis' environments of Central Asia. This research will develop a novel approach in order to identify and interpret local and sub-regional
environmental, and ecological 'niches' and their possible role in social
change. The small scale approach recognises that there are dynamic local mechanisms, both environmental and anthropogenic, that have often been missed in more traditional 'macro-level' approaches; it is essential to recognize and understand these processes in order to fully grasp the dynamics of marginal occupation. In addressing these questions, the research utilises an integrated method combining remote sensing,
geoarchaeology and palaeogeography in order to develop socio-ecological models applicable for examining broader questions of marginality in
comparative perspective. The first phase of the research employs an investigation of high-resolution and multi-spectral imagery, in
conjunction with digital elevation models, to identify potential micro-environmental regions. Based on these findings, a robust geoarchaeological study will be conducted in order to identify sub-surface characteristics of soils and alluvial sediments. This approach will
facilitate the investigation of diachronic changes and, in conjunction with the remote sensing analysis, will enable the development of a
diachronic socio-ecological model for this marginal region.

Campo scientifico

  • /ingegneria e tecnologia/ingegneria ambientale/telerilevamento

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Meccanismo di finanziamento

MC-IEF - Intra-European Fellowships (IEF)


Calle Serrano 117
28006 Madrid
Tipo di attività
Research Organisations
Contributo UE
€ 166 336,20
Contatto amministrativo
Alberto Sereno Alvarez (Mr.)