Comprehensive analytical capabilities for geoarchaeological investigation
Thin-section analysis of undisturbed soil samples enables high-resolution investigation of depositional processes, post-depositional alterations, and anthropogenic activities. We employ polarizing microscopy to identify microstratigraphic features, burned materials, construction debris, and organic inclusions at microscopic scales.
Applications: Site formation analysis, activity area identification, taphonomic assessment, construction technique documentation
Learn MorePrecise chronometric frameworks are fundamental to archaeological interpretation. We provide comprehensive radiocarbon dating services including sample selection consultation, pretreatment protocols, AMS dating coordination, and Bayesian chronological modeling to construct robust temporal sequences.
Applications: Site chronology development, phase sequencing, event dating, paleoenvironmental correlation
Learn MoreSedimentological analysis characterizes depositional environments, energy regimes, and sediment provenance through particle size distribution, morphology assessment, and fabric analysis. These data illuminate landscape dynamics, erosional events, and anthropogenic landscape modification.
Applications: Alluvial chronology, coastal change reconstruction, erosion assessment, anthropogenic impact evaluation
Learn MoreGeographic Information Systems provide powerful platforms for spatial data integration, analysis, and visualization. Our GIS services encompass field data capture, remote sensing interpretation, predictive modeling, and production of publication-quality cartographic outputs.
Applications: Site mapping, landscape analysis, visibility studies, resource distribution modeling, heritage management planning
Learn MoreUnderstanding site formation and degradation processes informs effective preservation strategies. We assess burial environments, identify threats to archaeological deposits, and provide evidence-based recommendations for conservation interventions and sustainable heritage management.
Applications: Preservation assessment, monitoring protocols, impact evaluation, conservation planning, community engagement
Learn MorePortable X-ray fluorescence (pXRF), inductively coupled plasma mass spectrometry (ICP-MS), and soil chemistry profiling reveal anthropogenic signatures including phosphate enrichment, heavy metal accumulation, and organic matter distribution patterns that delineate past activity areas.
Macrobotanical remains, pollen, phytoliths, and charcoal analysis reconstruct past vegetation, agricultural practices, fuel use, and paleoclimatic conditions. These proxies provide essential environmental context for understanding human adaptations and land management strategies.
Aerial photography, LiDAR, multispectral imagery, and geophysical prospection data are integrated with ground-based observations to map subsurface features, identify anthropogenic landscape modifications, and guide targeted excavation strategies.
Stable isotope analysis of carbon, nitrogen, oxygen, and strontium from soil carbonates, organic matter, and archaeological materials provides insights into paleoclimate, paleo vegetation, hydrological cycles, and human mobility patterns.
All analytical procedures follow established protocols and international standards. We maintain comprehensive documentation of sampling strategies, analytical methods, instrument calibration, and quality control measures to ensure reproducibility and comparability with published datasets.
Strategic sampling plans are developed in consultation with project directors to address specific research questions while maximizing information recovery. We emphasize representative sampling, appropriate control samples, and consideration of taphonomic factors.
Standardized laboratory procedures minimize contamination, ensure sample integrity, and produce reliable results. Regular participation in inter-laboratory comparison exercises validates analytical accuracy and precision.
All analytical data are archived in structured databases with comprehensive metadata, ensuring long-term accessibility and facilitating integration with broader regional and chronological datasets for comparative research.
We provide consultations on methodology, sampling strategies, and analytical approaches
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