What We're Scared Of

Dive into the gripping story of "What We're Scared Of," a powerful novel that explores the lives of twin sisters, Evie and Lottie. Despite their stark differences—Evie's sharp wit contrasting with Lottie's dreamy nature—they share a deep bond as they navigate the complexities of adolescence and their Jewish identity. This thrilling paperback, published by Scholastic Inc., spans 320 pages and features a compelling narrative that examines themes of sibling rivalry, friendship, and the impact of antisemitism in today’s society. As their mother faces online hostility from antisemitic trolls, the danger escalates, pushing Evie and Lottie to confront their fears and fight back against hate. Experience a poignant and timely story that resonates with modern issues faced by Jewish communities and serves as a reminder of resilience. Perfect for young adult readers and anyone interested in character-driven thrillers, "What We're Scared Of" is a unique addition to your bookshelf. With dimensions of 142mm width and 202mm height, this book is both engaging and thought-provoking, making it an essential read for those looking to understand the nuances of contemporary social challenges. Grab your copy today and join Evie and Lottie on their emotional journey of courage and solidarity.

CONDITION: BRAND NEW
ISBN: 9781407196442
Format: Paperback
Publisher: SCHOLASTIC INC
Number of Pages: 320
Dimensions Width: 142mm
Height: 202mm
Spine: 21mm

Evie and Lottie are twin sisters, but they couldn't be more different. Evie's sharp and funny. Lottie's a day-dreamer. Evie's the fighter, Lottie's the peace-maker. What they do have in common is their Jewishness - even though the family isn't religious. When their mother gets a high-profile job and is targeted by antisemitic trolls on social media, the girls brush it off at first - but then the threats start getting uglier. . . What We're Scared Of is a taut thriller, a tale of sibling friendship and rivalry - and a searing look at what happens when you scratch beneath the surface.