Archaeological Remote Sensing
1 reportArchaeological Remote Sensing is an archaeological method used to locate, date, document, sample, or interpret material evidence. Reliability depends on chronological method, laboratory preparation, and interpretive uncertainty; biased samples, violated assumptions, or measurement error can narrow what the result establishes.
The most informative angles on Archaeological Remote Sensing involve calibration or reference data, while also considering spatial or chronological resolution and validation with excavation evidence. The discussion asks what can be established from blind or comparative tests about spatial or chronological resolution and whether a compatible result appears in integration with excavation records; uncertainty persists because disturbance, contamination, and incomplete context can narrow what the method establishes.
The most informative angles on Archaeological Remote Sensing involve calibration or reference data, while also considering spatial or chronological resolution and validation with excavation evidence. The discussion asks what can be established from blind or comparative tests about spatial or chronological resolution and whether a compatible result appears in integration with excavation records; uncertainty persists because disturbance, contamination, and incomplete context can narrow what the method establishes.
Survey Reveals Monumental Maya City at El Yesal in Campeche
Archaeologists have mapped and documented El Yesal, a major Maya settlement in Mexico's Balam kú Biosphere Reserve, using field survey and excavation to clarify its origins, architecture, and occupation history