Measure the Movement of Plates

Measure the Movement of Plates

You'll need to have a lot of patience for this project. If you stick with it, you'll have a great understanding of how the continents move! Ask an adult to help you find a location where it is safe and acceptable to use pins that will remain undisturbed for at least a month. You don't want to use a nice wall in the house!
Download a Printer-Friendly PDF
Design a Seed

Design a Seed

From Keystone Plants and Fungi

Use the engineering design process to design a seed!

View
Decomposers at Work

Decomposers at Work

From The Carbon Cycle

Yeast is a single-celled fungus. Like other decomposers, yeast feeds on organic material (sugar). The decomposition process produces CO In this activity, you'll see a decomposer (yeast) at work!

View
The Ocean is Salty

The Ocean is Salty

From The Ocean

One of the ocean's best-known characteristics is that it is salty. The ocean's salinity affects both the water's density as well as the temperature at which it freezes. See for yourself!

View
Design a Wildlife Corridor

Design a Wildlife Corridor

From Conservation Success

Wildlife crossings provide safe passages for animals moving between habitats. Time to think like an engineer and a conservationist to design a crossing near you!

View

Reviews

Mother Daughter Bookclub
“Why do earthquakes occur? What contributes to the eruption of volcanoes? How do tectonic plates move against each other? The answers to these questions and others related to how our planet formed mountain ranges, ocean trenches, certain types of rock and more can be found in Fault Lines & Tectonic Plates by Kathleen M. Reilly.

It’s the kind of nonfiction book that’s great for budding geologists or scientists of any kind, but particularly those who are curious about the physical world around them. Filled with fun facts and words to know, Fault Lines & Tectonic Plates also has 25 projects that kids can do at home. I recommend it for readers aged 9 to 12.” Read the complete review online.

School Library Connection
“Upper elementary students who are fascinated by the forces of nature may find this title filled with the information they crave. Teachers will find helpful activities to use in their classrooms. Recommended.”

National Science Teachers Association Recommends
“Fault Lines & Tectonic Plates by Kathleen M. Reilly is a wonderful resource for the study of plate tectonics. Not only does it have awesome pictures to explain what it is saying, but the descriptions are very clear and easy for all students to read and understand. As a teacher I appreciate that it also provides a bunch of lab ideas to help explain various aspects of plate tectonics. I am especially excited to try the underwater volcano lab and the edible volcano model.” Read the complete review online.

Publishers Weekly
“Reilly provides a detailed examination of the movements of tectonic plates, and the effects of those movements, in this addition to the Built It Yourself series. Throughout, Reilly poses relevant questions ("Are there any benefits to earthquakes? Do they serve a valuable purpose for our planet?"), discusses scientists' hypotheses about Earth, and invites readers to get involved via 25 activities, which include cooking molten rock candy, making a cardboard box seismograph, and creating a Jackson Pollack-style painting of an erupting volcano. Thompson's cartoon spot illustrations break up the book's substantial text. It's a solid starting point for readers interested in Earth's geology”.  Read the complete review online.

School Library Journal
“Reilly uses the theory of plate tectonics to explain earthquakes, volcanoes, and more in this comprehensive look at earth science. Each chapter concludes with several hands-on activities to encourage understanding of the concepts discussed. The volume covers a lot of ground in a conversational tone and avoids sounding dry or textbook like. VERDICT A solid addition to earth science collections or where the series is popular.”

Booklist Online Exclusive
“Most people never consider what is happening in the ground beneath their feet, but in reality, there is a tremendous amount of science going on deep in the earth. Twenty-five hands-on experiments focus on the movement of tectonic plates, the formation of volcanoes, potential seismic energy, and the very real threat of earthquakes. Readers can generate potential energy, make their own edible volcano model, or chart fault lines around the globe. Essential questions introduce each chapter and set a contextual purpose for reading. Real-life events, relevant terms, and fun facts accompany each project, while very detailed scientific explanations are offered to guide budding scientists' observations. Scannable QR codes and keyword search suggestions offer easy access to electronic primary sources about the scientists and discoveries that have added to the field of seismography. This multidisciplinary STEM resource appeals to multiple modalities and learning styles and covers more obscure topics in physical geography and science.”

 

Detailed Book Description

If there's one thing you can rely on it's the surface of the earth, except when it moves, which is all the time! In Fault Lines and Tectonic Plates: Discover What Happens When the Earth's Crust Moves, readers ages 9–12 learn about earthquakes and volcanoes and how the earth's surface is always changing.

  • Natural disasters that happen around the world or close to home will become more understandable to children.
  • Introduces the relevant topics of geological principles to students in grades 4–6.
  • Explores the intersection between geology, engineering, and human needs.
Available In:
Hardcover, $22.95
9781619304611
Paperback, $17.95
9781619304659
Includes: Table of Contents | Timeline | Charts | Maps | Glossary | Resources | Index | Metric Conversions Chart
Specs: 8 x 10 size | 4-color interior | 128 pages
Subject: Science
Content Focus: Earth Science

TABLE OF CONTENTS

Timeline

Introduction
Discover Plate Tectonics!

Chapter 1
The Movement of Tectonic Plates

Chapter 2
Earthquakes

Chapter 3
Volcanoes

Chapter 4
Ridges and Trenches

Chapter 5
Plate Science History

Chapter 6
The Future of Plate Tectonics

Glossary
Metric Conversions
Resources
Essential Questions
Index