Additional information
by Anne Marie Pace (Author), Christopher Denise (Illustrator)
★ "February holidays collide in this warm and funny story... A showstopper." --Publishers Weekly, starred review
"A great choice for storytime." --School Library Journal This heartwarming picture book combines two much-loved holidays--Groundhog's Day and Valentine's Day--and shares a message about the importance of friendship and community. Moose is having a Valentine's Day party, and all his friends are excited! Everyone except Groundhog, that is. If Groundhog sees his shadow outside, he'll hide in his hole for six more weeks and miss the party! Determined to have their friend join them, Moose, Squirrel, Bunny, and Porcupine put their heads together and come up with a clever plan. With cozy illustrations by Caldecott Honor award-winning creator Christopher Denise, this season-inspired picture book is perfect for readers who are bursting for spring or snuggling up for six more weeks of winter. "Magical." --Kirkus ReviewsAuthor Biography
Anne Marie Pace is the author of Vampirina Ballerina, Vampirina Ballerina Hosts a Sleepover, and Vampirina at the Beach, as well as several other picturebooks. She lives in Charlottesville, Virginia, with her husband and children, most of whom like hugs. She invites you to visit her online at annemariepace.com.
Christopher Denise is the award-winning creator of Knight Owl, which was a New York Times bestseller; a Caldecott Honor Award winner; an ALA-ALSC Notable Book for Children; a Zena Sutherland Award winner for Excellence in Children's Literature; was hailed as a "contemporary classic" by NPR; and was named one of the best books of the year by The Washington Post, NPR, Kirkus Reviews, BookPage, and Good Housekeeping, among many other honors. He invites you to visit him online at christopherdenise.com.
Number of Pages: 48
Dimensions: 0.2 x 10.5 x 7.9 IN
Publication Date: January 14, 2025
Accelerated Reader:
Quiz Name: Groundhug Day
Interest Level: Lower Grades, K-3
Reading Level: 2.6
Point Value: 0.5
