Werel (Alterra)
| Werel | |
|---|---|
| Universe | Ekumen |
| Created by | Ursula K. Le Guin |
In the 'Ekumen' science fiction stories of Ursula K. Le Guin, Werel is the colloquial name for Alterra, a fictional planet of the star Gamma Draconis. It is one of two planets called Werel in that series. The name is an informal (though standard) one and means just "the world".
It is the setting for Planet of Exile, and its later history is given in City of Illusions. The third planet of the star Gamma Draconis, it has an elliptical orbit lasting sixty Earth-years. Also a moon with an orbit 400 days long, leading to some wild weather. It was settled after the invention of the ansible and was planned as a defence against the enigmatic 'enemy'. But there was no contact after the first ship, consisting entirely of people from Earth. These colonists settled in a town called Landin, and tried to co-exist with the native high-intelligence life forms.
As Alterra, Werel is also mentioned in The Left Hand of Darkness and Four Ways to Forgiveness. Le Guin has made clear that it should not be confused with the Werel of Four Ways to Forgiveness, which is a planet with very different characteristics.
At first the Earth-human population dwindled. Then they formed a close alliance with one of the native tribes and also found that they could interbreed, which had previously been thought impossible. On this basis, they recover and unify the world.
After 1200 years, the Alterrans send a ship to Earth in City of Illusions, using a near-light-speed system. They are attacked and all but two perish. One of these outwits the alien Shing, oppressors of Earth, and returns to fetch help. Presumably he succeeds: Genly Ai in The Left Hand of Darkness comes from Earth and remembers the 'Age of the Enemy' as something terrible, but also now over.
The long orbit is scientifically correct, since Gamma Draconis is a giant star and a habitable world would have to be much further away from its sun. Eltanin, a name given in City of Illusions, is one of the star's traditional names. Its distance from Earth is given as 142 light-years, which is close to the current estimate.
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