The Science of Natural Disasters: When Nature and Humans Collide
Mary Leakey, Paleontologist
Mary Leakey, Paleontologist, introduces children ages 5 to 8 to Mary Leakey, a paleontologist who lived and worked for much of her life in Africa, making discoveries that change the face of paleontology forever. Age-appropriate vocabulary, detailed illustrations, simple STEM projects such as drawing specimens, and a glossary all support foundational learning. Perfect for beginner readers or as a read$9.95 - $16.95
The Science Behind Melting Glaciers and Warming Oceans with Hands-On Science Activities
Updated edition includes the latest scientific research and problem-solving strategies in climate science! In Climate Change: The Science Behind Melting Glaciers and Warming Oceans with Hands-On Science Activities, readers ages 9 to 12 take a deep dive into the science behind the changing climate in order to best contribute to the methods underway to solve$17.95 - $22.95
Explore Rivers and Ponds!
With 25 Great Projects
From puddles to lakes, streams to rivers, and bogs to swamps, each body of water contains an amazing treasure chest of life! Explore Rivers and Ponds! with 25 Great Projects, introduces a child to the fascinating world of freshwater habitats and the creatures they contain. Combining hands-on activities with ecology and science, kids will have$12.95
Eruptions and Explosions
Real Tales of Violent Outbursts
The energy released when volcanoes erupt, engines combust, or bombs explode both thrills and fascinates people. But this power also kills. Eruptions and Explosions: Real Tales of Violent Outbursts recounts the history of five blowups that continued to rattle the world long after the smoke had cleared and embers cooled. The latest book in the Mystery$9.95 - $19.95
School Library Connection
“What is a natural disaster, how can I prepare for one, and what should do when one strikes are all questions the author addresses in this informative book. . . .The author provides many examples of each natural disaster, illustrating how these disasters are connected to the earth that we live on and how they can sometimes be a result of one another. Support material in the book includes QR codes, timelines, diagrams, highlighted fact boxes, focus vocabulary, and scientific experiments. This book would pique the interest of casual readers as well as hold the interest of the more focused researcher. The projects and learning activities included provide a springboard to integrate this title into science and technology curricula by providing tools for student researchers to be both informed and empowered readers. Recommended”
Praise for more titles by Diane C. Taylor
The Renaissance Artists With History Projects for Kids
Booklist STARRED Review
“This is a wonderfully enticing introduction to the Renaissance via the lives of five artists: Michelangelo, da Vinci, Titian, Botticelli, and Raphael. An accessible introduction offers a concise overview of just what exactly the Renaissance was, establishing social and historical context, and then five chapters explore the contributions and lasting impact of each painter. This appealing package will attract browsers and be a boon to student researchers and their teachers.”
World War II: From the Rise of the Nazi Party to the Dropping of the Atomic Bomb
The Children’s War Blog
“. . . If you are a teacher or just interested in WWII history, I can't recommend these books highly enough.”
For educators! Download a packet of essential questions, mentor texts, and Common Core State Standards to use in classrooms and libraries.Classroom Guide
Looking for more? Take a look at related books in these collections!
Download a free activity from this book!Download a free activity from this book!
Detailed Book Description
Have you heard news reports about wildfires in California? Have you ever had a flood in your town? Have you ever been in a tornado?
The Science of Natural Disasters: When Nature and Humans Collide examines the science behind earthquakes, volcanoes, hurricanes, tornadoes, floods, and wildfires, using historical and current events as case studies, such as Hurricane Katrina in 2005, the floods in China in 1931, and the eruption of Mount Tambora in 1815, which led to what is now called the “year without a summer.”
Natural Disasters may be changing, but they aren’t going away, and Earth science is extremely relevant for our future. In The Science of Natural Disasters, science-minded STEM activities encourage young readers to think like scientists while critical thinking exercises, essential questions, fascinating facts, links to online resources, and more encourage readers to explore the ever-evolving dynamics of this incredible planet.
The Science of Natural Disasters is part of a set of three Inquire & Investigate Earth Science books that explore the earth, the atmosphere, and everything in between. The other titles in this series are The Science of Weather and Climate: Rain, Sleet, and the Rising Tide and Rocks and Minerals: Get the Dirt on Geology.
Try these hands-on science projects!
- Engineer hurricane resistant cities
- Explore twisters in popular culture
- Assess the flood risk of the town where you live
- Report on a natural disaster that is taking place right now
TABLE OF CONTENTS
Introduction: What Is a Natural Disaster?
Research a local natural disaster
Report on a natural disaster that is taking place right now.
Chapter One: Earthquakes
Locate and explore major earthquake hotspots around the world
Explore current research on plate tectonics
Chapter Two: Volcanoes
Research project of a currently active volcano
Navigate The Ring of Fire research project
Chapter Three: Hurricanes
Engineer hurricane resistant cities
Debate: Is global warming affecting the number and type and destructiveness of hurricanes?
Chapter Four: Tornadoes
The unsolved scientific mystery of what triggers the formation of a funnel cloud
Twisters in popular culture
Chapter Five: Floods
Research the history of the Army Corps of Engineers
Assess the flood risk of the town where you live
Chapter Six: Wildfires
Research a wildfire of historical significance
Assess the risk of wildfire in a given location—home, school, town, etc.