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"Long
before it's in the papers" RETURN TO THE WORLD SCIENCE HOME PAGE Homer’s Ithaca possibly found Jan. 10, 2007 British researchers say they may have solved a centuries-old mystery: the location of Ithaca, homeland of the hero of Homer’s
The Odyssey. Upon coming home to his
wife Penelope in Ithaca, Ulysses slaughtered a group of suitors who had
been tormenting her for years. This 1812 painting of the scene is by Louis-Vincent-Léon Pallière.
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British researchers say they may have solved a centuries-old mystery: the location of Ithaca, homeland of the hero of Homer’s The Odyssey. The epic poem describes Ithaca as the birthplace of King Ulysses, who wandered decades at sea before a long-awaited homecoming to his queen, Penelope. A modern island of Ithaca exists, and for centuries classicists have thought it was the one in the story. But there was always a glitch: Homer asserts that the island was the westernmost of the Ionian archipelago. But the westernmost island is really Kefalonia, which is also much bigger than the place Homer described. The research team included businesmann and amateur archaeo logist Robert Bittlestone, heir to a tradition to which another businessman, the famous Heinrich Schliemann—discoverer of the homeric city of Troy—belongs. With Bittlestone worked classicist James Diggle of Cambridge University and geologist John Underhill of the University of Edinburgh. They found that Ithaca is indeed today’s Kefalonia; but only the westernmost part of it, which is now a peninsula. Three millennia ago, in Homer’s Bronze Age, this peninsula was an island, they said. Landslides and rockfalls from earthquakes filled in the gap between the two islands since then. Geologic tests announced this week by the team have confirmed this theory, initially based on geographic considerations only, the researchers added. The group said they conducted extensive geological and geo physical studies on the southern end of the strip of land between the peninsula and the rest of Kefalonia. There, they drilled a 122-meter (133-yard) borehole. The drill never hit bedrock but instead plunged through loose sediments, rockfall and landslide material, reaching well below sea level. The absence of bedrock and presence of very young marine fossils in the borehole sediments show that this added earth could have filled in the ancient sea channel to create an isthmus, or land bridge, between the once separate islands, the researchers claimed. “Although this is only a first step in testing whether or not this whole isthmus was once under the sea, it is a very encouraging confirmation of our geological diagnosis,” Underhill said. |
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