Current Research & Field Notes
A living desk for new fieldwork, publications, interviews, archival discoveries and technical developments connected with the search.
Current Research / Site-wide Desk
What Is Active Right Now?
ArkSearch uses this page for substantive field updates, new publications, archival discoveries, and revisions that change how a dossier should be read. At present, the most active field-testing stream documented here is the 2026–27 Durupınar program. Other locations appear here when new primary documentation or research warrants an update.
Durupınar
Radar interpretation, soil and material analysis, and direct drilling are being compared against older claims and geological models.
Cudi Dagh
Historical geography, field documentation, regional archaeology, and source mapping remain active research areas. New entries will be added here when they materially change the case.
Mount Ararat
ArkSearch continues to track documentary, expeditionary, imagery, and material claims while distinguishing new evidence from renewed publicity around older claims.
Current file
Durupınar: What We’re Watching
What I’m Watching at Durupinar Right Now
The current project is producing new radar, soil and drilling data. The key question is whether physical testing confirms the interpretations being placed on geophysical anomalies.
What Comes Next
Core logs, independent mineralogical identification, raw geophysical data, repeat sampling, matched controls and evidence of worked or constructed materials are the kinds of results that can move the discussion forward.
Field Dispatch / 31 October 2026
Durupınar 2026: Where the Evidence Stands
The summer field season has ended. Radar interpretations are now being compared with physical cores and laboratory samples, including recently reported burnt/charred wood fragments. The important caution is equally clear: species identification, radiocarbon results, core analysis and full radar interpretation are not finished.
What changed this year?
Sivas Cumhuriyet University’s permitted project moved the site into a more testable phase: precise mapping, grid control, GPR, soil sampling and dry core recovery inside and outside the formation. Project leaders say the resulting laboratory and technical analysis will continue into 2027.
GPS/grid work, detailed mapping and digital modeling, high-resolution subsurface radar, systematic soil sampling and deep dry core recovery.
Small burnt/charred wood fragments have now been reported and sent for species identification and radiocarbon work, but no published result yet establishes their age, provenience or relationship to a vessel. No laboratory result has identified worked ship construction material beneath the formation.
Corridor-, layer- and void-like radar features are targets for testing. Even project director Cenker Atila has publicly allowed that some may prove to be geological.
Documented core logs, independently identified material, matched outside controls, reproducible geophysical geometry and published laboratory methods/results.
Research Methods Console / Interactive
What Can the Instruments Actually Tell Us?
Select a method to see its real evidentiary reach. This keeps a technical result from being translated into a stronger archaeological conclusion than the instrument itself supports.
Ground-Penetrating Radar
Subsurface contrasts, reflectors, discontinuities and geometry that may justify targeted testing.
That a reflector is timber, a wall, a deck, a room or an archaeological structure.
Future feed
A Living Research Stream
This page is structured to become the ArkSearch update stream: field dispatches, new papers, interviews, expedition announcements, archive finds and revisions to existing dossiers.