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Seismology & Tectonics in Geology
The Island That Moved: How Shifting Forces Shape Our Earth by Meredith Hooper β€” book cover

The Island That Moved: How Shifting Forces Shape Our Earth

by Meredith Hooper, Christopher Coady, Lucia deLeiris
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Overview

Take one small island. Beautiful. Remote. Explorable. Then follow it on a journey through millions of years. Where did the island come from? Where is it heading? And what does it tell us about Earth's history?

Award-winning science writer Meredith Hooper joins illustrator Lucia deLeiris as they use the story of a single island to introduce the fascinating science of plate tectonics&150the shifting plates that form Earth's surface. It's the story of how the forces that formed the island, of the plants and animals that inhabited the island through time, and of how the island travelled through the ages to its current position by the Antarctic peninsula. With a compelling text and striking illustrations, The Island that Moved provides an intriguing introduction to an amazing science.

Follows an imaginary island on a journey through millions of years to introduce the science of plate tectonics.

Synopsis

Take one small island. Beautiful. Remote. Explorable. Then follow it on a journey through millions of years. Where did the island come from? Where is it heading? And what does it tell us about Earth's history?

Award-winning science writer Meredith Hooper joins illustrator Lucia deLeiris as they use the story of a single island to introduce the fascinating science of plate tectonics&150the shifting plates that form Earth's surface. It's the story of how the forces that formed the island, of the plants and animals that inhabited the island through time, and of how the island travelled through the ages to its current position by the Antarctic peninsula. With a compelling text and striking illustrations, The Island that Moved provides an intriguing introduction to an amazing science.

Wendy Glenn, Ph.D. - Children's Literature

In this science-based tale, readers are exposed to the complex geological forces that have gone into shaping a singular island near the Antarctic Peninsula. The story begins with a description of an island uninhabited by humans but home to penguins, seals, etc. and forever drifting at an indiscernible speed. Readers are then taken beneath the sea and introduced to the effects of shifting molten rock beneath the Earth's crust. In a rather abrupt jump in time and geography, the story moves on to life on the super continent of Pangaea about two hundred million years ago. Here, the idea of plate tectonics is introduced and used to describe the unique location of the initially described island that was once a part of Antarctica. Time passes, the island breaks away from the continent, volcanoes and earthquakes shape the land, the Ice Age takes hold, and, eventually, the thaw results in the island that becoming home to animal life. For reference, further information describing plate tectonics, the super continent, earthquakes, and the inside of the earth, plus a geological timeline for the island and an index are included. Although the scientific precepts in the text are complex and sometimes difficult to connect, the language throughout the text borders on poetry and captures the mystery and beauty of earth processes. The illustrations give visual life to the words—not always beautiful but true to the science behind the story. 2004, Viking, Ages 8 to 14.

About the Author, Meredith Hooper

Meredith Hooper and Lucia deLeiris traveled with scientists on the Antarctic peninsula while researching this book.

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Editorials

Children's Literature

In this science-based tale, readers are exposed to the complex geological forces that have gone into shaping a singular island near the Antarctic Peninsula. The story begins with a description of an island uninhabited by humans but home to penguins, seals, etc. and forever drifting at an indiscernible speed. Readers are then taken beneath the sea and introduced to the effects of shifting molten rock beneath the Earth's crust. In a rather abrupt jump in time and geography, the story moves on to life on the super continent of Pangaea about two hundred million years ago. Here, the idea of plate tectonics is introduced and used to describe the unique location of the initially described island that was once a part of Antarctica. Time passes, the island breaks away from the continent, volcanoes and earthquakes shape the land, the Ice Age takes hold, and, eventually, the thaw results in the island that becoming home to animal life. For reference, further information describing plate tectonics, the super continent, earthquakes, and the inside of the earth, plus a geological timeline for the island and an index are included. Although the scientific precepts in the text are complex and sometimes difficult to connect, the language throughout the text borders on poetry and captures the mystery and beauty of earth processes. The illustrations give visual life to the wordsβ€”not always beautiful but true to the science behind the story. 2004, Viking, Ages 8 to 14.
β€”Wendy Glenn, Ph.D.

School Library Journal

Gr 4-6-The concept of huge portions of the Earth's crust oozing persistently up from fiery depths to slide slowly across the global surface before inexorably thrusting its way back into the world of glowing magma is tough to explain, but Hooper succeeds in doing so. She traces the birth of a composite island, following it from glowing undersea magma to its breaking away from the Gondwanian supercontinent and its subsequent journey as an isolated isle, and the evolution of life upon its convoluted surface. Following this "biography" are informative sections on the Earth's "skin," its internal makeup, a time line for the island, and the breakup of Gondwana. The approachable text is enriched by DeLeiris's colorful, dramatic illustrations. Simpler than Helen Roney Sattler's Our Patchwork Planet (HarperCollins, 1995) or Roy Gallant's Dance of the Continents (Benchmark, 1999), this book is readable and inviting.-Patricia Manning, formerly at Eastchester Public Library, NY Copyright 2004 Reed Business Information.

Kirkus Reviews

Despite some evident seams, this case study in plate tectonics is valuable for its unusual approach. Hooper traces the origin and history of an imaginary Antarctic island. First, its molten material wells up on a primeval ocean floor. Fast forward to 200 million years ago, and it's a shoreline where dinosaurs roam amid lush greenery-then so on, in stages, as it slowly pulls away from the mainland supercontinent, and today, still moving "at the speed a fingernail grows," makes a ruggedly rocky home for mosses, lichens, insects, birds, and penguins. The author describes that supercontinent's breakup, but deLeiris's matching map doesn't show up until much later on-after island scenes abruptly give way to spreads on fault lines, earthquakes, and continental drift in general. A good supplementary purchase, but with staid-looking art and haphazard organization, it's not going to drift past Helen Roney Sattler's Our Patchwork Planet (1995). (Nonfiction. 8-10)

Book Details

Published
May 1, 2004
Publisher
Penguin Group (USA)
Pages
32
Format
Hardcover
ISBN
9780670058822

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