Posts Tagged science

STEM Tuesday– Tectonics: Volcanoes, Ring of fire– Writing Tips & Resources

How to Start a Story

What’s one of the hardest parts of writing? Writing very first paragraph (like this one)! The first paragraph of any piece of writing, also called the “lead,” has to accomplish a lot. It must give the reader an idea of what the piece is about. And it must pique the reader’s interest and encourage them to keep reading. How do writers do it?

To find out, I studied the openings in several books from this month’s book list.

Start with a Question

Did you notice I used this technique to begin this blog post? It’s the same technique Kathleen M. Reilly uses to open her book, FAULT LINES & TECTONIC PLATES:

“Did you know that the surface of the planet Earth is similar to one enormous puzzle? A puzzle is made up of anywhere from a few pieces to thousands of pieces. And each piece has a very specific shape that allows it to fit perfectly against another piece of the puzzle, right?

Take a close look at the shape of the continents on our planet. If you study them very carefully, you’ll see that they kind of look like puzzle pieces. …”

What else do you notice about Reilly’s beginning? She uses second-person point of view (you) to address the reader directly. That makes you feel like you’re part of the story. She also introduces the analogy of the puzzle, which she builds on subsequent paragraphs. It helps her explain plate tectonics in a reader-friendly way.

But are questions the only way to start a story? Nope. Read on.

Start with a Scene

In THE BIG ONE, Elizabeth Rusch starts her story this way: “At first you don’t notice the shaking. You think a bus or truck is rumbling by. But the trembling doesn’t start. A few seconds later, paintings and photos on the wall swing slightly. Glasses and dishes rattle. Thud. Bang! Objects all around you – cellphones, water bottles, books – slide off surfaces and clatter to the ground. …”

What do you notice about this opening?

Just like Reilly, Rusch has used second-person POV to put the reader in the story. But she’s gone even farther. She’s put the reader in the middle of the action – an earthquake! She’s used details from the five senses to help us see, feel, and hear what it would be like to experience an earthquake as it happens. And the action is unfolding minute-by-minute, like a television or movie. It’s a captivating opening for sure.

Make It Personal

Johanna Wagstaffe starts with a personal recollection in FAULT LINES: “When I was four years old, I lived with my family in Tokyo, Japan. I remember seeing the polite nods and warm smiles in the crowded subways, riding on the back of my mother’s bicycle through the alleys of the city, and wishing we could visit the five-story Sanrio store. I also remember the regular earthquake drills in our kindergarten class. We would scramble to get under the desks and then line up and march outside. It seemed like a fun game at the time, but there was a seriousness about it.

I first felt the ground move one day when I was playing at home after school. …”

Wagstaffe goes on to relate her first-hand experience of an earthquake.

What is your response to this opening?

Like Rusch, Wagstaffe paints a scene filled with vivid details, but instead of having us imagine ourselves in the middle of the action, four-year-old Wagstaffe is the main character. And she’s the main character and a character in real trouble – an earthquake. What will happen to her? We have to keep reading.

Your Turn

Grab several nonfiction books and study the first paragraph of each. How does the story start? Has the author used one of the techniques we’ve discussed or something different? Did the opening give you an idea of what the book is about and get you excited to read more? Why or why not?

Whenever you’re stuck, remember all these options for openings. Test some out and see what works.

More great posts about story beginnings:

Kirsten Williams Larson author

Kirsten W. Larson

Websitekirsten-w-larson.com

Biography

Kirsten used to work with rocket scientists at NASA. Now she writes books for curious kids. She is the author of  WOOD, WIRE, WINGS: EMMA LILIAN TODD INVENTS AN AIRPLANE, illustrated by Tracy Subisak (Calkins Creek), an NSTA Best STEM BOOK, A TRUE WONDER: The Comic Book Hero Who Changed Everything, illustrated by Katy Wu (Clarion), which earned two starred reviews, and the forthcoming, THE FIRE OF STARS: The Life and Brilliance of the Woman Who Discovered What Stars Are Made Of, illustrated by Katherine Roy (Chronicle, Spring 2022), as well as 25 nonfiction books for the school and library market. Find her at kirsten-w-larson.com or on Twitter and Instagram @KirstenWLarson.

STEM Tuesday– Tectonics: Volcanoes, Ring of fire– In the Classroom

What’s going on in the ground underneath our feet? Why does Earth stretch, shake, and sometimes spit out molten rock? There are a lot of great books to help students learn more about Earth, how it moves, and what causes earthquakes and volcanoes. They are an excellent starting point for activities and discussion in the classroom. Let’s dig in and get ready to rock!

Fault Lines: Understanding The Power Of Earthquakes by Joanna Wagstaffe

A thorough discussion of the science behind earthquakes, advances in monitoring and predicting them, and the numerous subsequent events (such as aftershocks and liquefaction) all framed within the first hand experiences of a female seismologist/meteorologist. Full of photographs, graphics, and specific examples, it also includes a wonderful chapter of preparedness.

Classroom activity: Why does the ground shake during an earthquake? Waves! When an earthquake occurs, energy is released in the earth and sent out in all directions as seismic waves. The shaking that we feel during an earthquake is caused by seismic waves. In this simple activity, students will see how seismic waves called P waves travel through different materials.

You’ll need: a shoebox (without a lid), scissors, string, tape, paper clips

First, use the scissors to make a small hole into opposite ends of the box. Then, run a string through the two holes and secure the ends to the outside of the box with a knot or tape. Attach four or five paper clips to the string inside the box. Next, put the box on a table so that the string is vertical. Then, hit the table with a fist hard enough to make it vibrate.

What happens to the paper clips? Do they vibrate? Why does this happen? Have students explain how this experiment relates to earthquakes. You can change this activity by changing the size of the paper clips and the thickness of the string. Have students explain the new results.

 

Mount St. Helens by Jen Green

After vividly explaining the impressive effects of Mount St Helens’ eruption, the book examines the source, location, and structure of volcanoes around the world. As well as the aftermath and eventual recovery of the area. A glossary and additional resources offer additional information on active volcanos worldwide.

Classroom activity: Did you know that there are more than 65 active volcanoes in the United States? Have students research U.S. volcanoes. Where are they located? Have students create a map that shows volcanoes in the United States. Which volcanoes are considered the most dangerous? Divide students into small groups and assign each group a dangerous volcano to research. Have each group prepare a multimedia presentation for the class about their volcano.

 

Plate Tectonics by Charlotte Luongo

This book begins with the idea that continents were once attached, and showing fossil evidence that supports that idea. Not only do plates shake the Earth, but the concept shook the accepted theories on age of the Earth and how it formed. From there, the book explores undersea evidence for continental drift, and looks at the technologies used to track the movement of Earth’s plates.

Classroom activity: Ask students to define a fault in geology. What types of faults are there? What role do faults have in earthquakes? Divide students into small groups and assign each group a type of fault. Have the students create a model of their assigned fault type. They can create a physical 3-D model or a computer animation. Give a real-life example of this type of fault. What happens when there is movement along the fault?

Looking to explore more and learn how Earth moves? Browse through the pages of these activity books and choose a few to do in class or at home!

Dynamic Planet: Exploring Changes on Earth with Science Projects by Tammy Enz

This book includes seven miniature Earth-shattering experiments that explore different aspects of geology. Experiment topics include plate tectonics, volcanoes, and tsunamis and suitable for classroom or home.

 

 

 

Fault Lines & Tectonic Plates: Discover What Happens When the Earth’s Crust Moves With 25 Projects (Build It Yourself) by Kathleen M. Reilly.

Each of six chapters explores one aspect of plate tectonics: how they move, earthquakes, volcanoes, and more. Sidebars and textboxes highlight words to know, essential questions, and links to primary sources. Activities include making a seismograph and building a shake table to test model structures.

 

 

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Carla Mooney loves to explore the world around us and discover the details about how it works. An award-winning author of numerous nonfiction science books for kids and teens, she hopes to spark a healthy curiosity and love of science in today’s young people. She lives in Pennsylvania with her husband, three kids, and dog. When not writing, she can often be spotted at a hockey rink for one of her kids’ games. Find her at http://www.carlamooney.com, on Facebook @carlamooneyauthor, or on Twitter @carlawrites.

STEM Tuesday– Tectonics: Volcanoes, Ring of fire– Book List

The ground beneath our feet feels pretty solid. But in reality, our Earth is constantly stretching, shaking, and grumbling. Fortunately, there are tons of books for curious kids who want to learn more about earthquakes and volcanoes. Here’s a dozen to get you started:

EARTHQUAKES

The Big One: The Cascadia Earthquakes and the Science of Saving Lives by Elizabeth Rusch.

After examining the oral and geologic history of the Cascadia Subduction Zone earthquakes in the 1700’s and the evidence of resulting tsunamis in Japan, this book explains the science involved in predicting and preparing for (retrofitting) a massive quake along the Pacific coastline. And offers lots of information for surviving such an event and further research.

Daring Earthquake Rescues by Amy Waeschle

Highlighting six earthquakes, this book shows how rescue teams work in the disaster zone. It highlights sniffer digs, discusses how scientists measure earthquake strength, and outlines steps to stay safe during a quake. There’s also a checklist for a basic earthquake survival kit that kids can put together from easy-to-obtain items.

Fault Lines: Understanding The Power Of Earthquakes by Joanna Wagstaffe

A through discussion of the science behind earthquakes, advances in monitoring and predicting them, and the numerous subsequent events (such as aftershocks and liquefaction) all framed within the first hand experiences of a female seismologist/meteorologist. Full of photographs, graphics, and specific examples, it also includes a wonderful chapter of preparedness.

Earth’s Core and Crust by Barbara J. Davis.

This thin book is packed with information about drifting continents, plate tectonics, earthquakes, and volcanoes. There’s a good section on deep ocean rifts and vents. Sidebars dive into details on such things as mapping Earth’s layers, ocean exploration, and more.

VOLCANOES

Volcano Geo Facts by Izzi Howell

Highlighting half a dozen volcanoes, this book provides an overview of what volcanoes are and how they form on land and underwater. There’s an explanation of volcanic rocks, the effects of volcanoes on the landscape and on climate, and an examination of pros and cons of living near a volcano.

How Does a Volcano Become an Island? by Linda Tagliaferro

If you want an island, you might begin with a volcano. This book explores the Ring of Fire in the Pacific Ocean, and provides an overview of how volcanoes form and, over time, become populated by plants and animals.

Mount St. Helens by Jen Green

After vividly explaining the impressive effects of Mount St Helens’ eruption, the book examines the source, location, and structure of volcanoes around the world. As well as the aftermath and eventual recovery of the area. A glossary and additional resources offer additional information on active volcanos worldwide.

Earth Shattering Events by Robin Jacobs

The first half of this book focuses on geological disasters, with an overview of plate tectonics and good explanations of earthquakes (and a bit on the role of fracking). Chapters include volcanoes, tsunamis, as well as meteorological disasters. Ends with discussion on how climate change affects geological disasters through melting ice caps and releasing pressure on faults.

GEOLOGY/PLATE TECTONICS

Geology is a Piece of Cake by Katie Coppens

What a genius idea – using the analogy of a cake and cooking to explain geology. Writing a recipe for Granite (heat feldspar, quartz, & amphibole to 900 degrees, then cool for a million years), like one would for Carrot cake (included too), is such a fun and accessible way to explain rocks and minerals. Lava cake anyone? Continuing with this format, the book explores the rock cycle, rock hardness, erosion, sediment, fossils and casts, geologic history, and tectonic plates. Don’t read right before lunch.

Plate Tectonics by Charlotte Luongo

This book begins with the idea that continents were once attached, and showing fossil evidence that supports that idea. Not only do plates shake the Earth, but the concept shook the accepted theories on age of the Earth and how it formed. From there, the book explores undersea evidence for continental drift, and looks at the technologies used to track the movement of Earth’s plates.

ACTIVITY BOOKS

Dynamic Planet: Exploring Changes on Earth with Science Projects by Tammy Enz

This book includes seven miniature Earth-shattering experiments that explore different aspects of geology. Experiment topics include plate tectonics, volcanoes, and tsunamis and suitable for classroom or home.

Fault Lines & Tectonic Plates: Discover What Happens When the Earth’s Crust Moves With 25 Projects (Build It Yourself) by Kathleen M. Reilly.

Each of six chapters explores one aspect of plate tectonics: how they move, earthquakes, volcanoes, and more. Sidebars and textboxes highlight words to know, essential questions, and links to primary sources. Activities include making a seismograph and building a shake table to test model structures.


 STEM Tuesday book list prepared by:

Sue Heavenrich ~ an author, blogger, and bug-watcher who has often wondered whose fault it is when the Earth shakes. She prefers her volcanoes dormant. When not writing, she’s either in the garden or tromping through the woods. Visit her at www.sueheavenrich.com

Maria Marshall ~  a children’s author, blogger, and poet passionate about making nature and reading fun for children. She’s been a judge for the Cybils Awards from 2017 to present. Her poems are published in The Best Of Today’s Little Ditty 2017-2018, 2016, and 2014-2015 anthologies. When not writing, critiquing, or reading, she bird watches, travels the world, bakes, and hikes. Visit her at www.mariacmarshall.com