Hallucigenia

TV scientist Ben Garrod presents the biggest extinction events ever, told from the point of view of evolution''s superstars, the most incredible animals ever to swim, stalk, slither or walk our planet. Whether you''re 9 or 90, his unique exploration of the most destructive, yet most creative, force in nature makes top level science fun. Here are the superstars of the story of life, from the super-weird to the super-ferocious. Usually a species has 10 million years or so of evolving, eating, chasing, playing, maybe doing homework, or even going to the moon before it goes extinct. Hallucigenia was a super-weird, spiky, armoured worm that lived 450 million years ago. Scientists were, at first, unsure of which way round it went, and which way up. But here you will discover all Hallucigenia''s secrets: where it lived, what it ate, why it was so weird and why it is so important in the story of life. ''Eye-opening science with striking artwork'' Sunday Times ''Best Children''s Books for Summer 2021'' Collect all eight books about animals we have lost in mass extinctions caused by asteroids or mega-volcanoes, clashing continents and climate change. Past brought to full-colour life by paleoartist Gabriel Ugueto.

Product details

• Authors: Ben Garrod, Professor Ben Garrod, Garrod Ben
• Assisted by: Gabriel Ugueto (Illustration)
• Publisher: Head of Zeus
• Languages: English
• Age Recommendation: from age 9
• Product format: Paperback / Softback
• Released: 30.09.2022
• EAN: 9781838935276
• ISBN: 978-1-83893-527-6
• No. of pages: 128
• Dimensions: 154 mm x 216 mm x 10 mm
• Series: Extinct - The Story of Life on Earth; Extinct the Story of Life on Earth
• Subjects: Children's and young people's books > Non-fiction books / Non-fiction picture books > Animals, plants, nature, the environment; JUVENILE NONFICTION / Science & Nature / Fossils, Wildlife (Children's / Teenage), Educational: Biology, Non Fiction, Children’s / Teenage general interest: Wildlife and habitats, Children’s / Teenage general interest: Ecosystems