What Do We Know About Crop Circles?

The What Do We Know About? series explores the mysterious, the unknown, and the unexplained. Are the geometric field patterns fact, myth, or legend?

What Do We Know About Crop Circles? lets curious young readers learn about the phenomenon of crop circles and how they came to be one of the most studied mysteries of the natural world. Read about all of the rational and fanciful explanations for these flattened patterns in crops all over the world, from the United Kingdom to Australia. Artists and hoaxers alike have claimed credit for these massive projects, but some people think that the source could be paranormal. Are these circles an elaborate prank, or could they be something more?

Series Overview: Following the same format as the #1 New York Times Best-Selling Who Was? series, the What Do We Know About? books explore the histories of famous cryptids, mysteries, and phenomenons.

About the author

Ben Hubbard is an accomplished non-fiction author for children and adults with over 130 titles to his name. He has written about many subjects, including Space, the Samurai and Sharks, to Poison, Pets and the Plantagenets. His books have been translated into over a dozen languages and can be found in libraries around the world.
 

Summary

The What Do We Know About? series explores the mysterious, the unknown, and the unexplained. Are the geometric field patterns fact, myth, or legend?

Product details

• Authors: Ben Hubbard, Andrew Thomson, Who HQ
• Assisted by: Andrew Thomson (Illustration)
• Publisher: Penguin Young Readers US
• Languages: English
• Age Recommendation: ages 8 to 12
• Product format: Paperback / Softback
• Released: 16.08.2022
• EAN: 9780593386750
• ISBN: 978-0-593-38675-0
• Dimensions: 135 mm x 195 mm x 5 mm
• Series: What Do We Know About?; Who HQ
• Subjects: Children's and young people's books > Non-fiction books / Non-fiction picture books > History, politics; JUVENILE NONFICTION / Curiosities & Wonders, JUVENILE NONFICTION / Social Science / Folklore & Mythology