Usha and the Big Digger

by Amitha Jagannath Knight, Sandhya Prabhat (Illustrator)

Overview

Celebrate diversity, math, and the power of storytelling!

When sisters Usha and Aarti look up at the stars, they see different things. Aarti sees the Big Dipper, but Usha sees the Big DIGGER. And cousin Gloria sees the Big Kite! Could they all be right? A playful introduction to geometry and spatial relationships, featuring Indian American characters and a note about cultures and constellations.

Storytelling Math celebrates children using math in their daily adventures as they play, build, and discover the world around them. Joyful stories and hands-on activities make it easy for kids and their grown-ups to explore everyday math together. Developed in collaboration with math experts at STEM education nonprofit TERC, under a grant from the Heising-Simons Foundation.

Product Details

ISBN-13:	9781623542016
Publisher:	Charlesbridge
Publication date:	08/03/2021
Series:	Storytelling Math Series
Pages:	32
Sales rank:	478,533
Product dimensions:	9.20(w) x 9.30(h) x 0.20(d)
Lexile:	AD360L (what's this?)
Age Range:	3 - 6 Years

About the Author

Amitha Jagannath Knight has lots of experience with sister squabbles, as she grew up with an identical twin. (They are still best friends.) Amitha lives in Massachusetts with her husband, two children, and two cats. This is her debut book.

Sandhya Prabhat is an independent animator and illustrator from India. She has published nearly a dozen picture books. She also animates videos and designs e-stickers.

Editorial Reviews

06/21/2021

In this picture book debut by Knight—part of the Storytelling Math series—Usha, a brown-skinned girl who is obsessed with trucks, yearns to learn how to turn a cartwheel. When her attempts land her outside, supine next to her older sister Aarti, Aarti shows Usha the asterism known in the U.S. as the Big Dipper. But Usha, laying in a different orientation from Aarti, sees the Big Digger instead. And when cousin Gloria comes over the next night and the trio lies in a circle, Gloria sees the Big Kite, continuing a gently imparted lesson on geometric and spatial concepts, including orientation, perspective, and rotation. Knight maintains playful energy through an onomatopoeic refrain describing Usha’s failed cartwheels: “Flippety thump. Flippety thump—SPLAT!” Dynamic digital art by Prabhat, rendered in vibrant jewel tones, emphasizes Usha’s determination in mastering cartwheels, as well as relatable family dynamics in this endearing portrait of one Indian American family learning to embrace differing perspectives. Back matter includes an author’s note and an exploration of the math involved, with recommended activities. Ages 3–6. (Aug.)

Publishers Weekly

2021-06-16
Usha loves two things: trucks and cartwheels (although she’s still not quite sure how to doa cartwheel).

When her big sister, Aarti, points out the Big Dipper while stargazing, Usha doesn’t see a scoop at all; instead, she sees a truck. Usha confidently tells her sister that the constellation (or, more accurately, as Knight notes in the backmatter, the asterism) she’s seeing isn’t a big dipper—it’s a big digger. Things get even more complicated when the girls’ cousin Gloria comes over the next night. Gloria doesn’t see the constellation as a scoop or a truck; she sees it as a kite! Through all of this, Usha practices her cartwheels. Each of the girls is convinced that the others are seeing the stars in the wrong way, until Usha flops on the ground after a failed cartwheel and realizes that the constellation is, in fact, a scoop, a truck, and a kite, depending on its orientation. This latest edition to the Storytelling Math series features stunning illustrations of dark-skinned South Asian protagonists, with Gloria apparently biracial (Black/South Asian). The book bursts with charming images of endearing kids, and the story’s presentation of the girls’ varying, equally valid perspectives is a valuable tool for promoting empathy. However, its success at demonstrating the principle of orientation via a constellation is imperfect; any of the concrete examples in the backmatter would have worked better.

Read for the illustrations and the characters (but not the math). (Picture book. 3-6)

Kirkus Reviews