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  1. While ammonite shells are abundant in the fossil record, it was only recently that scientists have found a very rare fossil of the soft parts of an ammonite. However, fossilised evidence of ammonite arms is yet to be found. Until now, a lot of what we know about ammonites has been inferred based on what we see in living cephalopods.

  2. 1840s England, acclaimed but overlooked fossil hunter Mary Anning and a young woman sent to convalesce by the sea develop an intense relationship, altering b...

  3. 13 de nov. de 2020 · Ammonite: Directed by Francis Lee. With Sarah White, Liam Thomas, Sam Parks, Kate Winslet. 1840s England, acclaimed but overlooked fossil hunter Mary Anning and a young woman sent to convalesce by the sea develop an intense relationship, altering both of their lives forever.

  4. Ammonite is a 2020 romantic drama film written and directed by Francis Lee. Loosely inspired by the life of British palaeontologist Mary Anning , played by Kate Winslet , the film centres on a speculative romantic relationship between Anning and geologist Charlotte Murchison , played by Saoirse Ronan .

  5. 8 de jul. de 2023 · These variations in shell morphology make ammonite fossils important tools for scientists to study and understand ancient marine ecosystems and geological time. One of the remarkable features of ammonites is their ability to evolve rapidly, leading to a wide diversity of species throughout their long existence.

  6. Ammonite (2020), interpretada por Kate Winslet y Saoirse Ronan. Reconozco mi falta de objetividad frente a esta cinta, porque me confieso admirador entregado de Soirse Ronan y su elegancia entreverada de delicadeza y buen gusto natural (nótese aquí mi rendida admiración hacia la actriz de Lady Bird) a la hora de interpretar cualquier personaje, así como esa capacidad de sugestión y poder ...

  7. The ammonite’s shell was divided into chambers separated by walls known as septa (singular: septum). These strengthened the shell and stopped it from being crushed by the external water pressure. Ammonites could probably not withstand depths of more than 100 m.

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