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  1. Hace 4 días · Michelle Pfeiffer, American actress, noted for her beauty and air of vulnerability. She received Academy Award nominations for her performances in Dangerous Liaisons (1988), The Fabulous Baker Boys (1989), and Love Field (1992). Learn more about Pfeiffer’s life and career.

    • David E. Kelley

      David E. Kelley (born April 4, 1956, Waterville, Maine,...

  2. Hace 2 días · The original version of the song, featured in the narrative portion of the film, is performed by Sally Dworsky, Michelle Pfeiffer, and a children's choir soloist Andrew Bryan.

  3. en.wikipedia.org › wiki › Rachel_WeiszRachel Weisz - Wikipedia

    Hace 1 día · Rachel Hannah Weisz (/ v aɪ s /; born 7 March 1970) is a British actress.Known for her roles in independent films and blockbusters, she has received several awards, including an Academy Award, a BAFTA Award, a Golden Globe Award, and a Laurence Olivier Award.. Weisz began acting in stage and television productions in the early 1990s, and made her film debut in Death Machine (1994).

  4. Hace 1 día · Listen to Deep End (from "Aquaman and the Lost Kingdom") by X Ambassadors. See lyrics and music videos, find X Ambassadors tour dates, buy concert tickets, and more!

  5. en.wikipedia.org › wiki › Hudson_RiverHudson River - Wikipedia

    Hace 16 horas · Some sections there are around 160 feet deep, and the deepest part of the Hudson, known as "World's End" (between the US Military Academy and Constitution Island) has a depth of 202 feet (62 m). The Hudson and its tributaries, notably the Mohawk River, drain an area of 13,000 square miles (34,000 km 2), the Hudson River Watershed.

  6. Hace 5 días · After a 10-year absence from Hollywood, Dedee Pfeiffer is back starring on the new David E. Kelley helmed drama "Big Sky." Premiering on ABC this fall, the series is set in rural Montana where private detectives search for two sisters who have been kidnapped by a truck driver on a remote highway.

  7. Hace 5 días · The study, a collaboration between researchers at Imperial College London and GNS Science, suggests that reducing plastic pollution by 5% per year would stabilize the level of microplastics – plastics less than 5 mm in length – in the surface oceans.