Common Core & NGSS

STEM Tuesday Science in Fiction Books– In the Classroom

We’ve taken a few of the titles from last week’s book list – Science in Fiction Books – and found some fantastic ways to use them in the classroom. There are lots of links and places for teachers, students, and parents to go from here!  Have fun!

The Reinvention of Edison Thomas   by Jacqueline Houtman

Science comes easily to Eddy (Edison) Thomas. Social relationships? Not so much. On her website, Houtman shares a number of classroom activities which will prod middle-grade readers toward deeper discovery and understanding. Here are a couple.  See more cross-curricular classroom activities here. 

Design an experiment to test Fact Number 28 (p. 73): Listening to slow music can lower your heart rate, while music with a faster tempo can increase your heart rate. Who would be your subjects? How would you measure heart rate? What other factors might affect your experiment? How would you make sure that you are only measuring the effect of the music?

Find out how the special effects in your favorite science fiction or fantasy movie were done. (Many DVDs come with special feature discs that explain how the effects were achieved, or you can use the Internet.) How have special effects in movies changed in the last 10 years? 30 years? 50 years? How did they do special effects before there were computers and computer animation?

Eye of the Storm  by Kate Messner

A summer at science camp turns into a life-or-death situation for Jaden and her new friends Risha and Alex in this thrilling science-packed middle-grade novel.  Teachers can find a thorough Eye of the Storm Discussion Guide on author Kate Messner’s website as well as a link to a gallery of Eye of the Storm Resources on Pinterest. 

Is there a Placid Meadows in your state?  Use data from the national weather service to look at where tornados or super storms have occurred in your state in the past year. Map locations and decide if there is a spot that, like the fictional Placid Meadows, seems immune from such disasters. Or, is there a “tornado alley” or path that seems to attract severe weather time and time again?

Using gripping fiction like  Eye of the Storm in conjunction with nonfiction books about climate change and super storms can add a personal element to research and discussion of these topics.

The Same Stuff as Stars by Katherine Paterson

Truly a story of discovery, this novel takes readers along with Angel, the 11-year-old main character, on a journey in which she’ll find out things about herself and about the universe that she never believed possible.

The National Children’s Book and Literacy Alliance (NCBLA) has created a wonderful teacher’s resource for The Same Stuff as Stars here.  (Scroll past the resources for one of Paterson’s other books, but tuck those away for another day!)

As Angel learns more about the constellations, teachers and parents can help young readers do the same with websites such as KidsAstronomy.com and NASA Kids Club.

The Great Hibernation by Tara Dairman

Every great story and every great scientific discovery have started with the same question:  “What if?” So, what if every adult in the whole town of St. Polonius fell asleep and the children were left to run the town?

There’s so much fun to be had with a story that mixes science and problem-solving with  politics and mystery.

The Investigative Process and Premise –  Scientists begin their investigative process by asking questions.  Authors create a premise before drafting a novel. They are both asking and answering the “What if” question. Take a look at the books your class had read this year. What is the “what if” question posed by the author. Now, take a look the science topics you’ve discussed this year. What questions did the scientists ask for their investigations?  Now ask your students the following questions:   Can your science topics lead to new fictional story ideas?  Can fiction stories lead you to further investigate a science topic?

What is hibernation? Using the unexpected hibernation of the adults in St. Polonius to launch a study of real hibernation. Which animals hibernate and why? Where and when do animals hibernate?  Use facts found at How Stuff Works  to chart your findings on graphs or maps.

Add to the list!  If you have a classroom activity to accompany a sciencey-fiction book you’ve read, post it in the comments below. We love sharing your ideas!

Michelle Houts is the author of ten books for young readers. Her Lucy’s Lab series is another example of science-filled fiction. Find Lucy’s Pinterest page with classroom activities and experiments here.

STEM Tuesday Winner of Copy of Patricia Newman’s Book

Congratulations to Katie G.!  You have won a copy of Patricia Newman’s book:

 

Watch your email for information on how to get us your address.

Thanks to everyone who read the post and commented. We are thrilled that you stopped by. If you have comments/suggestions/ or just want to give us a shout out, feel free to email us at stemmuf@gmail.com

Don’t forget to tune in this Tuesday to join us when we kick of our month of “Science in Fiction Books”.

We have some amazing books to share with you!

#STEMRocks!

STEM TUESDAY: Zoology – In the Classroom

 

Welcome to the Second STEM Tuesday of the Month!
This inaugural post offers some really wild ideas for connecting zoology books, activities, and kids. With this month’s selections and ideas, your students can spy on animals, find connections to scientists (and each other), and spread enthusiasm for zoology as they model a disease outbreak.

Cover of Beastly Brains: Exploring How Animals Think, Talk, and FeelHelp kids channel their inner Jane Goodall. Budding zoologists will soon be organizing and interpreting their observations like the pros when they read Nancy Castaldo’s Beastly Brains: Exploring How Animals Think, Talk, and Feel and hit the schoolyard to conduct scientific observations of animal behavior.

This book provides a comprehensive synopsis of science’s attempt to answer some fascinating questions, such as: What types of feelings, if any, do non-human animals have? Do they plan, anticipate, and think about themselves? How can we know? With the help of the Beastly Brains teacher guide (pages 16-19), segue into some serious fun: watching animals, the zoological way, and try to answer some of those questions. The guide includes instructions and a downloadable template for an observation record (ethogram).

After you cover the basics, practice with your students in the schoolyard or classroom animal center. Then set them loose on self-selected observations (AKA homework)—at a local park, home-based bird-feeder, or even the grocery store. (After all, humans are animals, too!).

Ask critical questions about the experience, such as:

  • Is there anything about this situation that might interfere with the animals’ typical behavior? (For example, captivity or the presence of an observer can influence animals’ behavior.)
  • What do students think might be going on inside the observed animals’ heads?
  • How sure can students be about their inferences?

Drawing from the book’s content, consider the challenges zoologists face as they try to make sure their own interpretations are correct. For another perspective and a simplified version of an ethogram activity, check out Pages 93-94 of the next book in this week’s feature…

IMage of cover of Zoology for Kids: Understanding and Working with Animals, with 21 ActivitiesPlay out a musical chairs-style model of habitat loss. A simplified ethogram activity is one of 21 experiences in Zoology for Kids: Understanding and Working with Animals by Josh and Bethany Hestermann. Providing a broader introduction to zoology than Beastly Brains, this book also offers a wide range of activities, including ecology-based crafts and games.

The Resource Game (p. 106) is worth a special look. Like many of the books on this month’s STEM Tuesday list, Zoology for Kids tackles habitat loss and the need for conservation to support the diversity of animal life on our planet. The Resource Game brings this issue to a concrete level for readers and helps students focus on animals’ needs for water, food, and space. The game may remind you of musical chairs—with a twist—as “animal” players seek out new resources when their own habitats are disrupted.

 

Image of cover of Zoology: Cool Women Who Work with AnimalsBreak the ice before kids “meet” zoologists. While several of this STEM Tuesday’s books introduce readers to animal scientists, Zoology: Cool Women Who Work With Animals, written by STEM Tuesday founder Jennifer Swanson, focuses on several female zoologists. Readers follow these scientists’ varied journeys to this field. With targeted questions, the book also encourages readers to identify with each scientist.

A fun activity called  That’s Me!  is a social ice-breaker often used to foster an inclusive classroom environment. With a tweak or two, it can support Cool Women’s connection-building between readers and featured scientists.
During the game, a leader makes a statement. Listeners decide if the statement describes themselves. Everyone who thinks so pops out of his or her chair and calls, “That’s me!”

Tweak the game for this book with statements that are true of the featured scientists. Aim to select facts that will be true of many of your students. You might start with the following ideas: “If I could, I’d have tons of pets.” “I’m not really sure what I want as my future career.” “I’ve taken care of a particular animal for most of my life.” “I sometimes have a lot of questions.” You can also turn some of the book’s highlighted Essential Questions into That’s Me statements.

Image of cover of Gorilla Doctors: Saving Endangered Great ApesCatch the zoology bug! Model a disease outbreak. Author Pamela S. Turner’s vivid storytelling about a mountain gorilla veterinarian who pays “nest” calls is sure to make Gorilla Doctors a hit with students. Among other topics, readers will learn about threats to gorillas’ survival, including the fact that well-meaning humans–who might not be ill–can pass potentially fatal germs on to our genetic cousins. This is a perfect opportunity to try an infectious disease modeling activity, described by a teacher in a 7-minute Teaching Channel video.

Carrying cups of a white liquid (milk), students “harmlessly” interact—only to find out later that  “germs” have spread from one individual to many. (You have spiked one of the cups with an additive that will change colors with the addition of a readily available solution.)

Want to take this further? Challenge students to consider this experience specifically as a model for the spread of disease between humans and gorillas. What is well represented and not so well represented in this activity? What specific changes could we make in order to improve the model of what is described in the book?

Wolf HowlingPlease join the pack! (It’s your turn to howl.)
Humans are social animals, right? We need each other and we share resources. So, please: Contribute to this blog community! We hope this will be a dynamic space for all of us as adult learners exploring this exciting territory–connecting middle grade readers with STEM books and their important themes.

  • Which ideas seem most intriguing to you?
  • What follow-up suggestions do you have?
  • What works really well with your readers and STEM learners?
  • What else is on your mind?

Carolyn Cinami DeCristofano is often spotted in her semi-wild habitat of Southeastern Massachusettts writing science/STEM books for kids, arranging her author visits, and working as a STEM curriculum and professional development consultant for authors, schools, museums, and anyone else who gives a hoot about science ed. Follow her on Facebook or contact her through her website http://carolyndecristofano.com.