Purdue Researchers Hunt for Amelia Earhart's Plane Amid Giant Crabs

A team of seventeen expeditioners and a boat crew have arrived at the remote, uninhabited island of Nikumaroro in the Western Pacific to investigate a potential breakthrough in aviation history. Supported by Purdue University, the researchers are examining whether a submerged anomaly known as the Taraia Object is the remains of the Lockheed Electra 10E flown by Amelia Earhart and Fred Noonan when they vanished nearly nine years ago. Over a five-day window, the team plans to deploy sonar, maritime archaeology techniques, a magnetometer, and a water induction dredge to inspect the structure resting in shallow lagoon waters.

The investigation follows decades of speculation surrounding the disappearance of the pioneering American aviator and her navigator during their attempted round-the-world flight. A 2018 analysis of human bones discovered on the island indicated a high likelihood of belonging to Earhart, while 1930s artifacts found nearby point to the duo's presence. In 2020, an amateur researcher identified the Taraia Object via Apple Maps satellite imagery, setting the stage for the current on-site archaeological mission led by Rick Pettigrew, executive director of the Archaeological Legacy Institute.

Gaining access to the target site will prove exceptionally difficult due to environmental obstacles and the local wildlife population. The island is heavily populated by Birgus latro, commonly called coconut crabs, which rank as the world's largest land-dwelling arthropods with leg spans reaching up to three feet. Because these massive, bird-hunting arthropods are highly active at night, researchers cannot sleep onshore and must commute daily from their vessel. Furthermore, ongoing El Niño effects threaten to complicate daily boat travel and limit shore access depending on tides and sea conditions.

If environmental factors cooperate, the team will begin operations by surveying surface artifacts on the peninsula's sand spit before deploying technical gear. Magnetometers and sonar will scan for ferrous metals and buried structural components beneath the lagoon sediment. Researchers will then utilize hydroprobes and water induction dredges to reveal the depth, orientation, and composition of the submerged object. While the Taraia Object sits close to the shore in roughly five feet of water at low tide, deep layers of sediment may heavily shroud the potential historical wreckage.