Timeline of the Search
Move through the history of Ark traditions and investigation as a connected chronology rather than a collection of isolated stories.
Interactive chronology
Search Through Time
Utnapishtim’s vessel rests on Nimuš / Nisir
The Babylonian Flood tradition preserves a named landing mountain separate from the biblical Ararat terminology; later scholarship often associates ancient Nisir with the Piramagrun/Pir Omar Gudrun region.
Jubilees names Mount Lubar
The Jewish Book of Jubilees identifies Lubar as the mountain where the Ark rested and calls it one of the mountains of Ararat.
Nicolaus of Damascus preserves Mount Baris
Nicolaus describes a great mountain called Baris above Minyas in Armenia where an ark survivor came ashore and timber was reportedly preserved.
Josephus preserves older Ark traditions
Earlier reports of surviving remains and landing geography enter a historical text that will be repeatedly re-read by later searchers.
Apamea Kibotos mints Noah-and-Ark imagery
Roman provincial coins show that a localized Noah Flood tradition had become part of Apamea’s civic and religious identity in Phrygia.
al-Jūdī enters the Qur’anic record
Qur’an 11:44 names al-Jūdī as the place where the vessel settled, creating a distinct textual geography carried through Islamic commentary and regional tradition.
Cudi geography develops in medieval sources
Writers and geographers connect Cudi with the Jazira, Mosul and Cizre world, while traditions of sacred sites and Ark remains continue to circulate.
Marco Polo describes the Armenian mountain tradition
His travel account describes a great snow-covered mountain in Greater Armenia associated with Noah’s Ark and regarded as inaccessible near the summit.
Parrot & Abovian reach the summit
The first recorded modern ascent of Ağrı Dağı introduces published expedition narrative, named participants and scientific measurement.
Nakhchivan’s Noah tomb tradition enters travel records
European travelers and regional investigators describe a local shrine identified as Noah’s tomb, giving the tradition a documented nineteenth-century history even though popular place-name etymologies remain disputed.
James Bryce climbs Ağrı Dağı
Bryce’s ascent and high-altitude timber story become part of later Ark literature—and a useful lesson in the problem of provenance.
Gertrude Bell documents Cudi Dagh
Bell’s diary and photographs preserve the landscape and summit ruins as a primary field record from the early twentieth century.
Navarra and the wood-search era
Expeditions focused on alleged high-altitude timber help define the modern popular search for a physical Ark on Ağrı Dağı.
İlhan Durupınar identifies the formation
While reviewing aerial photographs for Turkey’s General Directorate of Mapping, Captain İlhan Durupınar notices the boat-shaped feature near Üzengili. Contemporary Turkish newspaper coverage follows within days.
LIFE publishes the first ground investigation
An Archeological Research Foundation team reaches the formation, digs and blasts into it, reports no visible archaeological remains and largely judges the feature natural. LIFE’s photographs make Durupınar internationally famous.
Ron Wyatt revives the Ark interpretation
Wyatt begins repeated field visits. After the 1978 earthquake opens a crack through the formation, his 1979 samples are analyzed by Galbraith Laboratories and later cited as evidence of decayed or petrified timber.
Geophysics moves below the surface
Wyatt, Fasold, Baumgardner, Bayraktutan and others conduct metal detection, radar, magnetometry and seismic studies. A 1987 joint Atatürk University/Los Alamos project records 71 GPR transects across the site.
Four core holes test the formation directly
Core drilling recovers no identified wood. Two holes reportedly transition into layered ophiolitic material at roughly five metres, creating an important subsurface baseline for later work.
Fasold reverses course with Collins
Former advocate David Fasold and geologist Lorence Collins publish a peer-reviewed reassessment arguing that the supposed walls, metal, wood and anchor stones have natural geological explanations.
Sabalan enters modern Ark literature
Bob Cornuke and David Halbrook propose Mount Sabalan in northwestern Iran as part of an expanded “mountains of Ararat” geography.
The Iranian search shifts to Takht-e Suleiman
After the Sabalan proposal, Cornuke’s BASE Institute promotes beam-like rock forms in the Alborz/Takht-e Suleiman region as possible mineralized Ark remains.
Avcı publishes the Telçeker earthflow model
Engineering geologist Murat Avcı explains the ship-like form as a resistant limestone block displaced and reshaped by mass movement, abrasion, meltwater and dissolution.
Modern imaging revives structural claims
Electrical resistivity, GPR, LiDAR and photogrammetry generate new subsurface models. Advocates interpret some linear and angular anomalies as walls, corridors and decks.
Humphreys proposes the western Zagros
Russell Humphreys argues from Genesis 11:2 that Noah’s post-Flood base camp lay east of southern Iraq and suggests Zard Kuh as one possible high peak within a broader Zagros search region.
Clarey proposes Kağızman Ridge
Tim Clarey uses ICR’s Flood-stratigraphic model to place Ark grounding on a high paleo-ridge west of modern Mount Ararat rather than on the volcanic cone.
Gamigaya folklore enters UNESCO’s tentative-list record
Azerbaijan’s submission documents local “ship-rock” oral tradition at Gamigaya as cultural heritage, without treating the folklore as archaeological verification of Ark remains.
The Babylonian World Map becomes an Ark headline
Irving Finkel discusses a damaged outer-region passage and rare Flood-vessel terminology on BM 92687; popular coverage strengthens the nuanced reconstruction into claims of ancient “directions to Noah’s Ark.”
Soil chemistry becomes a new line of argument
A reported 88-sample comparison finds higher organic matter and potassium and lower pH inside the formation, raising a new debate over decayed timber versus soil, vegetation and drainage effects.
University-led drilling returns to ground truth
Sivas Cumhuriyet University leads an officially permitted program of mapping, radar, soil sampling and core drilling. Twelve interior and four control boreholes are reported, with laboratory work and final analysis continuing into 2027.
Nate Loper publishes a critical reassessment
Loper’s peer-reviewed paper argues that current observations are worth testing but remain compatible with natural geology, and calls for predicted drill targets, independent data review and published laboratory results.
Reported burnt wood goes to laboratories
Project director Cenker Atila reports small burnt/charred wood fragments sent for species identification and radiocarbon dating while cautioning that no Ark conclusion can be drawn before the analyses are complete.
Remote reconnaissance expands
Searchers can revisit glacial zones, reported anomalies and inaccessible terrain across aerial and satellite imagery rather than relying on one expedition season.