Approach
![[Detail of Indus and Punjab floodplains comprised of ESRI topographic and composite LANDSAT 7 artificially coloured images prepared by C.A. Petrie]](images/tn-remote_sensing.jpg)
![[Site of Bahola (below centre) located on the bank of a ephemeral channel, Haryana—image from GoogleEarth]](images/tn-bahola_site.jpg)
![[Drilling for water close to Mirchpur. Photo: C.A. Petrie]](images/tn-water_drilling.jpg)
![[Bedded fluvial sands of the Yamuna River at Baghpat. Photo:
C.A. Petrie]](images/tn-bedded_sands.jpg)
![[Mound at Alamgirpur. Photo: C.A. Petrie]](images/tn-alamgirpur.jpg)
Three major types of analysis will be carried out for this
project:
- Remote sensing using satellite imagery to carry out high
resolution GIS analysis of the relevant geographical and
archaeological landscapes and to identify the key locations
that are most suitable for collecting high quality geophysical
and archaeological evidence
- Intensive and extensive field work in India -
involving:
- Coring of alluvial and lake sediments for palaeoclimate
analysis
- Examination of sedimentary profiles of rivers and alluvial
plains
- Location and recording of archaeological sites using
satellite imagery, aerial photographs and computer aided
mapping (GIS)
- Excavation of soundings at key archaeological sites
- Analysis of on- and off-site geomorphological
processes
- Collection of palaeo-floral and faunal data, including
evidence for exploitation of wood and seed plants, phytoliths,
and animal species
- Collection of samples for Optical Stimulated Luminescence
(OSL) and accelerator Mass Spectrometric (AMS) radiocarbon
dating
- Collection of evidence of ceramic production, distribution
and use
- Laboratory work and post fieldwork in UK and
India-including:
- Analysis of climate and sedimentological data
- OSL and AMS dating of geographical and archaeological
samples
- Detailed post excavation analysis of cultural material
including geomorphological evidence, faunal and floral remains,
and ceramics