Posts Tagged cross-curricular

STEM Tuesday — Deep Space and Beyond — Writing Craft & Resources

Interesting Intros

If you are like me, by the time you’ve read the first page or two, you’ve already decided if you’ll finish a book. The beginning, the intro, the hook, those are crucial to a reading experience.

blank page, book, textbook, university, wisdom, writingSo crucial, in fact, that when a nonfiction author writes a book proposal (an overview, outline, comparable books, audience information, author platform, etc.) the writing sample that accompanies the proposal almost always includes the introduction. Editors don’t ask to see the chapter that will require the utmost skill in handling technical information – in the space books featured this month that could include trajectories, subsystems, eight letter acronyms, and numbers too large for the human brain to grasp. They don’t ask to see the conclusion chapter – the one that is likely to require the greatest artistic ability to tie up the loose ends of in-depth concepts, inspire the reader, and launch them into further inquiry. No, editors want to see the introduction. The one that requires both art and craft, wound together skillfully enough to hook a young reader.

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So, how do successful writers begin? Let’s take a look at the choices made by Mary Kay Carson, Elizabeth Rusch, and Catherine Thimmesh in Mission to Pluto: The First Visit to an Ice Dwarf and the Kuiper Belt, Impact: Asteroids and the Science of Saving the World, and Team Moon: How 400,000 People Landed Apollo 11 on the Moon.

Setting the Mood

The first spread of Mission to Pluto is filled with a photo, a room packed with adults waving American flags and cheering. Support Independent Bookstores - Visit IndieBound.orgThe text is all about setting the scene. Author Mary Kay Carson could have chosen just about any detail:

  • the phones clicking pictures
  • the type of stick the flags were attached to
  • the hair styles of the individuals

But instead she picked details that accentuated her subject matter:

  • a nine-sided mission patch
  • a robotic spacecraft
  • a dwarf planet

She selected characters such as Bill Nye, the Science Guy, whose inclusion emphasized the magnitude of the occasion. And, she chose a quote (“Now we’re finally going to find out what really…”) that focused a spotlight on the mood in the room – a mood of anticipation. Thanks to the author’s skill, the text oozes that mood and lures me into flipping that page.

Building Anticipation

When you open Impact, you’ll be gazing deep into the starry sky. Support Independent Bookstores - Visit IndieBound.orgLike Carson, Rusch puts us right into a scene. From the text, we get concrete information like the date and location (a Russian city) but we get much more. People are “bundled up tightly;” they “crunched their way through the snow.” When I read “At 9:20 a.m.” – not “That morning” or “Sometime that day” – my readering radar goes off because that specificity is a clue that something is about to happen.

In the next bit, the words: “a strange bright point” followed by mysterious smoky trails tell us just enough to imply impending action. Not yet willing to give away the action, Rusch then artfully turns our attention to a class of fourth graders. Who’s the intended audience of this book? Fourth graders. Brilliant. Only then, when the scene is set, the anticipation built, and the relatable characters introduced, only then does the author unleash the action.  “Duck and cover!” Eager to know what happens to these kids, we flip the page.

Using the Unexpected

Team Moon begins with a full-page, labeled image of the flight path of Apollo 11. Support Independent Bookstores - Visit IndieBound.orgBecause the path is not nearly as straight forward as I had anticipated, my finger immediately starts tracing the white and then the blue lines and purple arrows. That image is coupled with a simple intro “The Dream . . . ” and a teaser “And the Challenge . . .” which has me charging forward to learn more.

The next page is not at all what I had expected, either. There is no traditional introductory sentence, no watered down overview of the lesson we are about to receive, no generalizations what-so-ever. Instead there is an unexpected photograph (black and white, a crowd of men huddled around a tv set), lots of specific verbs (dominate, transmit, clicked), and language that gushes with enthusiasm (flat-out miracle, wonder of wonders, flush with anticipation).

Applying These Lessons

Close reading of these introductions has me reflecting on my own writing. Could I make use of more specific verbs? How can I build the anticipation? Which of the many characters in a science story will be the best hook for my target audience? I’m grateful for mentor texts such as these.

By Heather L. Montgomery

Heather L. Montgomery writes for kids who are WILD about animals. She reads and writes while high in a tree, standing in a stream, or perched on a mountaintop boulder. www.HeatherLMontgomery.com


 

O.O.L.F.

The Out Of Left Field files this month focus on nonfiction kidlit resources. Readers and teachers, if you have any interesting resources to share, please leave them in a comment below.

https://www.nonfictionminute.org/ The Nonfiction minute offers a searchable archive of 400-word essays written and read by nonfiction kidlit authors. Each is accompanied by lesson suggestions.

https://www.melissa-stewart.com/sciclubhouse/teachhome/teach_home.html Nonfiction author Melissa Stewart offers fabulous nonfiction reading resources, nonfiction writing resources, revision timelines and more. Don’t miss her blog!

https://www.geekwrapped.com/science-books-for-kids 100 great science books for kids!

STEM Tuesday — Deep Space and Beyond — In the Classroom

Let’s launch into nonfiction literacy with this month’s theme, Deep Space and Beyond!

Space is the star of the show this month. From asteroids to zero gravity, there are human interest and general STEM themes interwoven with this theme.  Have a blast as you explore the Solar System and beyond!

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Try a Trio.

Emphasize the human heart of science as you compare and contrast the stories in a trio of books: Team Moon (Catherine Thimmesh), Mission to Pluto (Mary Kay Carson), and Voyager’s Greatest Hits (Alexandra Siy).  Focus on the motivations, challenges, worries, and risks involved in reaching for big, ambitious goals that advance scientific and technological frontiers.  Students can consider which missions they find most interesting; which one they think they would most like to have been involved in; and where else they think humanity should explore. They might also write about what they see as the advantages and disadvantages of  human explorations compared to robotic ones.

Support Independent Bookstores - Visit IndieBound.org Make an Impact.

Elizabeth Rusch’s IMPACT! Asteroids and the Science of Saving the World focuses on professional scientists’ efforts to understand asteroids and their, er, impacts, both past and potential, on Earth. Then Rusch invites readers to get involved in citizen, or amateur, asteroid science. (After reading this book, who wouldn’t want to join the fun?) Page 64 offers resources to help engage your group, or just one motivated kid, in efforts to track asteroids, discover one, or even save the world from an asteroid! Rusch provides tips for meteorite collecting, but it might be easier to collect tiny micrometeorites. Their incredibly long adventures through space can end on rooftops and in downspout debris. They’re ready for pick-up by the well-informed, slightly lucky, prepared amateur with a magnet. Check out Popular Science’s DIY article for details. (Be sure to get all the appropriate permissions and scout only in safe areas when collecting!)

 

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Readers zipping through Dr. E’s Super Stellar Solar System  (Bethany Ehlmann with STEM Tuesday’s Jennifer Swanson) might appreciate the mind-boggling size of the solar system after they make and revise solar system models to various scales. Get started with a scale and relevant data for a football field-sized model, found on page 18. Before heading out to the gridiron, however, help students map out the model.

Begin by sketching the football field on cm-grid graph paper and locating the planets’ orbits on it. (Each cm represents one foot on the field and 5 million miles in real space.) At this scale, students will find the field is too small for all orbits; students will need to adjust the scale so all planets can fit. New map in hand, head outside. Students can position themselves at the scaled planetary distances from the Sun.

Reading on, as students find that the solar system extends farther than the planetary orbits, they can track distance data for all Solar System features mentioned in the book. At the scale students used before, where in the community beyond the field would these features have to be placed?

For more depth, consider the scale of the objects and other models.

  • Is the model of the Sun (an orange) the right size for this scale?
  • If not, what would be?
  • What are the strengths and limitations of various 3D and illustrated visual models of the solar system that students have encountered?

 

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Metaphors and imagery help scientists flesh out ideas for themselves. Piggy-backing new ideas onto ones we already grasp is also important in science communication, especially when it comes to fascinating but abstract, challenging concepts related to black holes.

Keep a class log of the metaphors, analogies, and other comparisons used by scientists and the authors—including Sara Latta, author of Black Holes: the Weird Science of the Most Mysterious Objects in the Universe and me, author of A Black Hole is NOT a Hole. You’ll find some, for example, on page 35 of Black Holes, where Latta quotes Neil deGrasse Tyson describing galactic (and black hole) cannibalism : “…the big galaxies get bigger; the little ones get eaten”. By contrast my book begins by challenging  such anthropomorphism (“monstermorphism”?); soon, starting on page 8, the text compares a black hole to a whirlpool.

  • What other examples can readers find of scientists or writers using metaphorical language to describe black holes and related ideas?
  • In what ways does each metaphor work as a model and in what ways does it break down? What metaphors do students come across in other science contexts?
  • Based on their own world experience, what metaphors can students develop for the science concepts they are learning?

 

Make It Your Mission. Just as it took 400,000 people—Team Moon–to launch humanity to the moon, it takes a big Team STEM Tuesday to launch kids into getting the most of their STEM and STEM reading experiences. We would love to hear from you.

  • What books on this month’s list do you want to bring to your young readers?
  • Which of this month’s suggestions intrigue you most?
  • What other ideas, thoughts, and questions around using space books with your young learners do you have?

 


portrait of author Carolyn Cinami DeCristofanoSTEM author Carolyn Cinami DeCristofano writes books for kids about space and other topics. Her lively author programs bring engaging science and writing experiences to readers.  As co-founder of Blue Heron STEM Education, she provides teacher professional development and creates curriculum resources for classrooms and other contexts.

STEM Tuesday – Shining the Light on Technology, Engineering, and Math — Interview with Author Elizabeth Rusch

STEM TUESDAY from the mixed up files

Welcome to STEM Tuesday: Author Interview & Book Giveaway, a repeating feature for the fourth Tuesday of every month. Go Science-Tech-Engineering-Math!

Today we’re interviewing Elizabeth Rusch! She’s the author of this month’s featured technology/engineering book, The Next Wave: The Quest to Harness the Power of the OceanThis fascinating installment in Houghton Mifflin Harcourt’s Scientists in the Field series tackles the engineering challenge of turning ocean waves into useable electricity. As Horn Book‘s glowing review explains, “Rusch fully explores the engineering process, capturing the determined, entrepreneurial spirit of the profiled engineers as well as the need for creative problem-solving and ingenuity, a test-and-retest mentality, a high tolerance for failure, and perseverance through the quest for research funding.” The Next Wave received starred reviews from both Kirkus and School Library Journal.

Mary Kay Carson: Why did you decide to write The Next Wave?

Elizabeth Rusch: I keep a folder of clippings of newspaper and magazine articles that interest me. Once in a while, I read through them to see if there are any topic hiding in there that I might want to cover. About ten years ago I found that I had clipped a bunch of articles on scientists developing these cool devices to harness the movement of ocean waves and turn it into electricity. One Oregon scientist Annette von Jouanne was not only inventing clever devices but also finding ways to support other engineers and inventors in their work. I thought she would be a perfect place to start. I interviewed her and accompanied her as she tested a new device that bobbed up and down in the water and wrote an article about her work for Smithsonian magazine. As I was reporting and writing that piece, a little voice kept saying: Kids would find this fascinating – they love the beach, the ocean, invention, and environment. So I expanded my research to include the stories of other ocean energy inventors, such as “The Mikes” —Mike Morrow and Mike Delos-Reyes—childhood friends who were developing and refining a device that sits on the ocean floor that they first designed in college.

MKC: What was writing about engineering like?

Elizabeth: I loved covering a new, evolving renewable energy field. Engineers have already pretty much figured out great ways to harness solar and wind energy but ocean energy was and is still wide open. We don’t yet know the best way to take the up and down motion of waves and turn it into electricity. That means that all devices being invented and tested are wildly different. So I got to witness history in the making. Mike Morrow invited me to his lab, which was big cluttered shed in his backyard. It was like being in the garage with Steve Jobs as he invented his computer. I also observed tests in these huge wave flumes and basins and out the open ocean. Each test was really suspenseful because no one knew how the devices would perform. So I was crossing my fingers and cheering right along with the engineers.

Download an accompanying Common Core Guide and Discussion and Activity Guide for The Next Wave.

MKC: Are STEM topics especially interesting to you?

Elizabeth: I don’t actively set out to write STEM books. I am drawn to important, compelling stories that have been overlooked – and it just so happens that many of those stories are in STEM fields. I love stories of invention because they are at their core stories of the human spirit and our quest to understand the world and solve problems we face. To me, inventing something is essentially an adventure requiring creativity and heroic effort in the face of daunting obstacles. A fun example is my recent book The Music of Life: Bartolomeo Cristofori and the Invention of the Piano. While it is a picture book biography about music and history, I was delighted to see it was named a Best STEM Trade Book by NSTA-CBC.  So I guess what I’m saying is that to me STEM is just in integral part of the human story – and I love telling human stories.

Win a FREE copy of The Next Wave!

Enter the giveaway by leaving a comment below. The randomly-chosen winner will be contacted via email and asked to provide a mailing address (within the U.S. only) to receive the book.

Good luck!

Your host this week is Mary Kay Carson, fellow science nerd and author of Mission to Pluto and other nonfiction books for kids. @marykaycarson