Shohreh Aghdashloo
dob- 1952-05-11
placeofbirth- Tehran, Iran
Shohreh Aghdashloo (born May 11, 1952) is an Iranian American actress. After establishing a theatre and film career in Iran, Aghdashloo moved to England during the Iranian Revolution in 1979, and subsequently became a citizen of the United States. After several years playing supporting roles in television and film, her performance in House of Sand and Fog (2003) brought her several film critics' awards and a nomination for an Academy Award for Best Supporting Actress. She has continued to play supporting and character roles in film and television and won an Emmy Award for her work in the television drama House of Saddam (2008). Description above from the Wikipedia Shohreh Aghdashloo, licensed under CC-BY-SA, full list of contributors on Wikipedia.
4 Found For "Shohreh Aghdashloo"
- Season 1
In season one, the disappearance of rich-girl-turned-political-activist Julie Mao linked the lives of Ceres' detective Joe Miller, accidental ship captain James Holden and U.N. politician Chrisjen Avasarala. Amidst political tension between Earth, Mars and the Asteroid Belt, these three individuals unravel the single greatest conspiracy of all time. Read More
- Season 2
Season 2 kicks off with interplanetary tensions at an all-time high, the cold war between Earth and Mars is on the brink of an all-out battle. Read More
- Season 3
As the Rocinante crew digs deeper into the search for Prax's missing daughter, the war between Earth and Mars turns deadly in ways the solar system has never seen. But a new threat in the outer reaches of the Belt could prove much more dangerous, threatening to test the very future of humanity. Read More
- Season 4
With the Ring Gates now open to thousands of new planets, a blood-soaked gold rush begins, igniting new conflicts between Earth, Mars, and the Belt. Meanwhile, on one unexplored planet, the Rocinante crew gets caught in a violent clash between an Earth mining corporation and desperate Belter settlers as deadly, new threats from the protomolecule emerge. Read More