Oxford Reading Tree Treetops Greatest Stories: Oxford Level 8: Tall - and Tin

When a duke's daughter is kidnapped, King Arthur sails across the sea to take on the terrifying giant who lives on Mont-Saint-Michel. When a farmer and his wife wish for a son, they don't expect him to be thumb-sized, but Tom Thumb makes up for his height with his enormous character. A charmingly illustrated retelling of two folk stories set in the time of King Arthur: one about a giant as big as a mountain, and the other about a boy as small as your thumb.TreeTops Greatest Stories offers children some of the worlds best-loved tales in a collection of timeless classics. Top children's authors and talented illustrators work together to bring to life our literary heritage for a new generation, engaging and delighting children.The books are carefully levelled, making it easy to match every child to the right book.Each book contains inside cover notes to help children explore the content, supporting their reading development. Teaching notes on Oxford Owl offer cross-curricular links and activities to support guided reading, writing, speaking and listening.

Product details

• Authors: Jeanne Willis, Willis Jeanne
• Assisted by: Nicolas Aznarez (Illustration), Nicolás Aznárez (Illustration), Michael Morpurgo (Editor of the series), Morpurgo Michael (Editor of the series), Kimberley Reynolds (Editor of the series), Reynolds Kimberley (Editor of the series)
• Publisher: Oxford University Press
• Languages: English
• Product format: Paperback / Softback
• Released: 12.05.2016
• EAN: 9780198305842
• ISBN: 978-0-19-830584-2
• No. of pages: 24
• Series: Oxford Reading Tree; Oxford Reading Tree TreeTops Greatest Stories; Oxford Reading Tree; Oxford Reading Tree TreeTops Greatest Stories
• Subjects: Education and learning > Schoolbooks, general education schools; English, JUVENILE NONFICTION / Readers / Beginner, For National Curriculum Key Stage 2, For National Curriculum Key Stage 2 (England and Wales), Educational: English language: readers & reading schemes