George Washington De Long
- Died:
- October 30, 1881, Siberia [Russia]
George Washington De Long (born August 22, 1844, New York, New York, U.S.—died October 30, 1881, Siberia [Russia]) was an American explorer whose disastrous Arctic expedition gave evidence of a continuous ocean current across the polar regions.
De Long conceived of a plan for reaching the North Pole while serving with a polar expedition that sailed around Greenland in 1873. Setting sail from San Francisco in July 1879, he took the Jeannette through the Bering Strait and headed for Wrangel Island, off the northeast coast of Siberia. At the time, many believed that Wrangel was a large landmass stretching far to the north, and De Long hoped to sail as far as possible along its coast and then to sled to the Pole. On September 5, however, the ship became trapped in the pack ice near Herald Island (now Gerald Island), east of Wrangel. While drifting northwestward for 21 months, De Long discovered the limited extent of Wrangel.
At 77°15′ N, 155° E, northeast of the New Siberian Islands, the Jeannette was crushed by ice (June 12, 1881) and sank the following day. The crew, including De Long, escaped with most of their provisions and three small boats. Their destination, the Siberian coast, lay some 600 miles (1,000 km) away. They endured extreme hardships for the next two months as they crossed the ice. After reaching open water, one of the boats and the men aboard were lost. The remaining boats became separated; De Long’s reached the eastern side of the Lena River delta, and his engineer, George Melville, reached the western side. Melville’s party was rescued, but De Long and his men died of exposure and starvation.
De Long’s journal, in which he made regular entries until shortly before his death, was found a year later and published as The Voyage of the Jeannette (1883). Three years after the Jeannette was sunk, wreckage from it was found on an ice floe on the southwest coast of Greenland, a discovery that gave new support to the theory of trans-Arctic drift.