Integrating remote datasets to identify precontact architecture and settlement patterns along the Wampu River system, Eastern Honduras
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Summary
This summary is machine-generated.This study reveals extensive Indigenous settlements in Honduras using lidar and satellite data. It identifies 72 archaeological sites, highlighting water, topography, and seasonality as key settlement factors.
Area Of Science
- Archaeological remote sensing
- Indigenous landscape archaeology
- Tropical settlement patterns
Background
- Integrating diverse datasets is crucial for understanding threatened Indigenous landscapes.
- Eastern Honduras remains understudied, necessitating large-scale archaeological synthesis.
Purpose Of The Study
- To synthesize settlement archaeology in the Wampu River system using multiple data sources.
- To connect airborne lidar and pedestrian survey data for comprehensive analysis.
- To identify settlement patterns, characterize the anthropogenic landscape, and guide future research.
Main Methods
- Airborne lidar surveys
- Satellite imagery analysis
- Pedestrian survey data integration
- Geospatial analysis of archaeological sites
Main Results
- Identification of 72 archaeological sites, with 55 previously unreported.
- Development of a preliminary site organization classificatory scheme.
- Preliminary findings suggest water, topography, and seasonality influenced settlement patterns.
- Emerging patterns in Indigenous site orientation observed.
Conclusions
- Eastern Honduras exhibits significant potential for uncovering extensive pre-European settlements.
- This research contributes to a more nuanced understanding of Indigenous population extent and diversity in the Americas.
- Findings inform broader discussions on tropical settlement dynamics and landscape use.

