Research
High-precision geological and topographic analysis. Documenting the Durupınar formation through systematic, non-destructive survey.
Investigative Parameters
The primary objective of this ongoing survey is the systematic documentation of the formation using high-fidelity, non-destructive scanning methodologies. The approach grounds all findings in verifiable, quantifiable spatial data.
By layering contemporary photogrammetry over the survey record, the research maintains a precise digital model of the site. This allows rigorous structural analysis without disturbing the geological context.
The programme approaches all observations with strict scientific scepticism. Its mandate is to map, measure and publish, not to authenticate historical or religious claims. The sole output is peer-reviewable geophysical documentation.
Methodology Framework
Geological Survey
Subsurface composition analysis using ground-penetrating radar grids, calibrated for mineralized volcanic soil.
Topographic Mapping
High-resolution elevation modelling through aerial LiDAR, mapping terrain against expected erosion patterns.
Scan Documentation
Volumetric point-cloud generation for digital preservation, cross-referenced with the survey record.
Field Photography
Calibrated optical capture to texture and contextualize spatial data across the survey corridor.
Survey Timeline
Site preparation
Reference stations, grid stake-out and instrument calibration for the survey window.
Grid survey
GPR and resistivity transects across the formation, flown LiDAR passes over the perimeter.
Processing
Filtering, migration and alignment of returns with the site reference frame.
Independent review
Datasets and sections prepared in open formats for reviewing institutions.
Publication
Documentation released through the archive: figures, notes and method records.