STEM Tuesday

STEM Tuesday– Glow in the Dark — Book List

Ever wonder about fireflies or glowing ocean waves? Scientists are discovering just how many plants and animals use biofluorescence, bioluminescence, and ultra-violet light and how we might use these phenomena in the future.  

Mysterious Glowing Mammals: An Unexpected Discovery Sparks a  Scientific Investigation by Maria Parrott-Ryan

When a forest ecologist took an ultraviolet flashlight outside one night, he discovered something unexpected – a flying squirrel that glowed bright pink! The squirrel wasn’t making its own light using chemicals. Instead, it absorbed UV light and released it as the pink glow. This book dives into biofluorescence in animals and outlines future directions for scientific study.

Nature at Night by Lisa Regan

This visually stunning photo-illustrated book explores the ways plants and animals use biofluorescence, bioluminescence, and ultra-violet light for hunting, mating, or camouflage. In addition to aquatic animals, it also examines some unusual land-based ones, such as fungi, click beetles, chameleons, polka dot tree frogs, swallowtail butterflies, scorpions, and puffins. Texturing on a number of pages provides a glow-in-the-dark feature and the pronunciation guides in the text and glossary help with the scientific terminology.

Curious Creatures Glowing in the Dark by Zoë Armstrong, illustrated by Anja Sušanj

A fascinating lower middle grade text, which combines an evaluation of biofluorescence and bioluminescence with a wide range of historic and recent research by scientists and some intriguing future possibilities. The engaging text, detailed illustrations, and “Just Like You“ sidebars relate the numerous animal’s use of light to human actions. 

Glow Down Deep: Amazing Creatures That Light Up by Lisa Regan

In this second glow-in-the-dark book, which focuses on biofluorescence and bioluminescence in the ocean, stunning close-up photographs stand out against dark backgrounds. Ranging from tiny krill to delicate sea pens and fanged dragonfish to the unusual chain catshark, this stunning book discusses many well-known and also lesser-known sea creatures and the myriad of reasons they use light, including unique methods of defense. Intriguing facts, pronunciation guides, “Did You Know” sidebars, and a glossary create a really engaging book on glowing sea life.

Living Light: Conserving Bioluminescent Plants and Animals (Orca Wild) by Stephen Aitken

This book explores light made and used by living organisms, from fireflies to fungi to creatures in the darkest deep ocean. It also shines a light on research using bioluminescence to learn more about cancer and other diseases in humans. It ends with environmental threats, and actions people can take to conserve habitats that glow-in-the-dark creatures depend on.

Glow: The Wild Wonders of Bioluminescence  by Jennifer N R Smith

An oversize overview of bioluminescent organisms. From fungal fairy lights to denizens of the deepest sea, this book shows how light is used to communicate, attract, protect, and warn. One section features the anatomy of bioluminescence, another highlights current research.

Lights on! Animals that glow (series) by Joyce Markovics

This series of six books highlights fireflies, octopuses and squid, deep sea fish, jellyfish, shrimp and krill, and plankton. Easy-to-understand explanation of how bioluminescence works, animal adaptations, and conservation issues.

DK Bioluminescent Animals by Ruth Musgrave

A great high-low reader about fascinating glowing creatures. This photo-illustrated book offers a quick note about glowing snails, fireflies, and railway worms, then dives into a look at bioluminescent animals in the sea. Exposing many using light to hide, form glowing goo, trick predators or prey, and stump scientists. Lots of detailed information and a glossary make this a great introduction to the science of  bioluminescence.

Cold Light: Creatures, Discoveries, and Inventions That Glow by Anita Sitarski

The conversational tone of this fascinating photo-illustrated book creates an easily accessible evaluation of the many scientists involved in the creation and study of the science of bioluminescence from 1602 to the invention of chemical luminescence and LEDs.   


This month’s STEM Tuesday book list was prepared by:

Sue Heavenrich, author

Sue Heavenrich, who writes about science for children and their families on topics ranging from space to backyard ecology. Bees, flies, squirrel behavior—things she observes in her neighborhood and around her home—inspire her writing. Visit her at www.sueheavenrich.com.

Maria Marshall, a children’s author, blogger, and poet who is passionate about making nature and reading fun for children. When not writing, critiquing, or reading, she watches birds, travels the world, bakes, and hikes. Visit her at www.mariacmarshall.com.

STEM Tuesday — Inventions that Changed the World — Author Interview with Sarah Aronson

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

Today we’re interviewing Sarah Aronson, author of the award winning book: Just Like Rube Goldberg The book is a fascinating look at the journey of a trained engineer who decides to take a job at a newspaper instead. His drawings of ridiculous inventions doing simple tasks became so popular, people use them as a starting point for creating their own “Goldberg” inventions.

Rube Goldberg Cover

Aronson notes that Goldberg ‘drew comics to make us look closer’; fittingly, this thoughtful, playful picture-book biography does just that, with whimsical pencil, ink, and digital illustrations capturing the machines’ intricacies.” – The Horn Book

 

Christine Taylor-Butler: Sarah, you are a prolific writer for both children’s fiction and nonfiction. But you didn’t start out as a writer?

Sarah Aronson: I didn’t. I taught fitness then trained to become a physical therapist.  When you are working with someone that has had a traumatic brain injury there is no book that explains how that individual person moves. You have to figure out the solution to helping that specific person being more functional. Now I think of writing and revision as rehab. When you take that sense of imagination and foresight and put it into whatever you are doing, you are doing STEM.

CTB: How did you get the idea for this book?

Sarah: When I was 7 years old, I was watching the movie, Chitty, Chitty Bang Bang. The breakfast machine is a Rube Goldberg contraption. I couldn’t believe how cool that was. I was a child with a lot of energy so I tried to make a breakfast machine with my mom’s best dishes. Here’s a tip – use plastic.

CTB: What happened to the dishes?

Sarah: I broke them all. Luckily mom wasn’t so found of that pattern. After seeing that, my dad began sharing Rube Goldberg cartoons with me. Later, while working for Jack La Lanne Health Clubs, I thought about those chain reactions when I was making my aerobics routines. How do we make a chain reaction with our bodies? How do we make ourselves stronger? I went back to college and got my Masters in Physical Therapy. I became a therapist and thought about physics while working. Once I became a writer I thought, who would I write about if I were going to write a biography? Ding! Why not Rube Goldberg?

CTB: He didn’t want to do an ordinary job.

Rube GoldbergSarah: He loved drawing. But is father didn’t want him to be a starving artist. And I remembered thinking, I’m a lot like Rube. My Dad is an economist and when I switched to writing he said, “you’re supposed to take a job that makes more money.” He was speaking out of fear. But he ultimately understood what I was trying to do and that I had something to say. I didn’t study engineering but Rube did. When he looked around he was latching on to creativity. He was worried that giving people all these machines was going to give people less opportunities for ingenuity. For thinking out of the box. He lived in the industrial age and he worried what was happening to curiosity.

We see this with our laptops and AI. Rube would go bananas. He would say “why are you giving away your brain to a machine that will never be as creative as you are.

Rube errand boy

 

CTB: I once read that DaVinci suggested that everyone should create art because it was a way of developing the manual dexterity needed to do their jobs. We don’t get that when we allow machines to do it for us.

Sarah: Yes – when you look at Rube Goldberg’s cartoons, you see humor. You see his desire to have fun with this idea of making machines that make simple things complicated. He’s trying to say “Use your brain!”

He wanted to be an artist. But like many parents his father wanted him to have a steady job. So he went to college and studied engineering. But he didn’t want to do that kind of job. So he took a job at a newspaper and worked his way up creating cartoons of complicated machines.

rube newsroom

 

CTB: So that’s his superpower and his appeal. These unusual drawings of inventions that do more than needed to do a simple job.

Sarah: The power of Rube Goldberg inventions is that it’s not like the machines in engineering school. These complicated contraptions weren’t practical in the real world. They weren’t there to solve real world problems. They were to tickle the imagination. Rube drew comics to make us look closer. More important than any pile of nuts and bolts, it challenged people to use their brains. He was awarded a Pulitzer Prize and he’s included in the dictionary.

Rube_32-33SS

CTB: So his goal is to give people more freedom.

Sarah: Yes. This is what we need in education – a freedom to explore, discover, be curious and creative. And to try things where we don’t know what is going to happen in the end.

When we let go of the product and engage truly in the process, that’s why Rube’s concept of making something silly endures. It taps into what we are missing in education – to give kids a voice.

CTB: We want people to see, “Look at the joy, this person got from this process!” And also the author’s joy in writing this.

Sarah: I talk about that a lot. When we address writing with joy and openness and not being wedded to the ending. We then discover something. And we can apply it. All of the scientific models apply to everything in life. You’re thinking and connecting dots. That’s STEM. You’re dreaming about something that doesn’t feel obtainable. That’s STEM. I ask teachers to give their students 5 minutes a day to write in a curiosity journal. And I ask teachers not to look at it. To let students explore on their own. For example, if they are studying Abe Lincoln, they can ask questions, or just wonder what is inside that big hat.

Sarah at school session

CTB: That’s it. Just 5 minutes each day without rules.

Sarah: Yes. Give students a way to find their path to learning. That’s something 5 minutes a day can do. That’s how I start my own day. Writing in my curiosity journal. Lately, I’ve been drawing the view from my window. They’re not good. But they’re not for anyone but me and it gets my brain swirling. That sets me up for the day. That’s STEM. So that is what I try to help my writers get to. Don’t be so serious. Enjoy every step.

Celebrate when something works.

Celebrate when it doesn’t work.

CTB: One quick shout-out to your award winning illustrator, Robert Neubecker.

Sarah: Yes. His artwork is amazing. I tell authors not to get involved in the illustrations. You often get things back you can’t have imagined. Robert’s work is beautiful.

Rube_12-13SS

CTB: So what are you working on now? Anything we should be looking forward to?

Sarah: Right now I’m working on a picture book about Christopher Reeves. He was a superhero so I’m writing it about his super powers. But in the middle I am talking about spine injury and why he couldn’t recover and walk again. Thinking about the body I’m wearing my old physical therapy hat again.

There’s a movie coming out. It’s been 20 years since he died. He died young so he’s frozen in time. He would be in his 70’s now.

CTB: Christopher Reeve’s public outlook was so positive.

Sarah: I think how I go about writing a biography . It is because I loved how a person is. Reeves is so embedded in the miraculous. He’s almost unreal. When I wrote the book Head Case it was because my patients who had head injuries couldn’t get complete coverage. Christopher Reeves was able to get everything he needed. He was inspiring.

CTB: And you have a finished picture book coming out.

AbzugSarah: I also have a book about Bella Abzug. It is gorgeous. It will be out in a few weeks. She was one of my childhood heroes. I was fascinated by this woman who was loud, and Jewish, and said what she wanted. That just blew my heart open. My first title was originally, “Bela knows everything.” She was an activist and lawyer before she ran for Congress at the age of 50. She was the first to run on a woman’s platform and she was a co-conspirator with Shirley Chisholm. They didn’t agree on everything but they worked together and that really inspired me. She was raised by parents who thought charity was good, but teaching people to help themselves is better.

A woman’s place is in the house – the House of Representatives.” – Bela Abzug

Advice from Sarah:

The most important thing I want people to get is that STEM is learning, STEM is fun, STEM is discovery and it’s integral to everything we do. I was a kid who didn’t think I could ever do STEM. I thought it was about being a doctor, or being really smart. Even when I took physics for Physical Therapy. I didn’t get it until I dissected a human. Messing up with your hands is how we learn. Crumbling a piece of paper and throwing it in the garbage is how I grow. It means I had and idea, but now I have a better one.

“Strive for something that seems impossible. Like a yoga pose. When you are striving and reaching and losing your balance, you’re gaining strength.”

 

Aronson

Sarah Aronson is the award-winning author of books for young people. She has earned an MFA in Writing for Children and Young Adults from Vermont College of Fine Arts. Her work includes novels and picture books, fiction and nonfiction. She also teaches writing for Highlights Foundation.

She loves working with young writers in schools, and grown-up writers at the Highlights Foundation, and Writers on the Net (www.writers.com). Sarah has served as an SCBWI mentor in both Illinois and Michigan, and is now the PAL coordinator for Illinois. She loves sports, overuses exclamation points and when she’s excited, she talks with her hands.

author christine Taylor-butler

Photo by Kecia Stovall

Your host is Christine Taylor-Butler, a graduate of MIT and author of The Oasis, Save the… Tigers, Save the . . . Blue Whales, and many other nonfiction books for kids. She is also the author of the STEM based middle grade sci-fi series The Lost Tribes. Follow @ChristineTB on Twitter/X and or @ChristineTaylorButler on Instagram. She lives in Missouri with a tank of fish and cats that think they are dogs.

 

 

STEM Tuesday — Inventions that Changed the World — Writing Tips & Resources

 

My post is taking a little twist on “Inventions that Changed the World.”  I am looking to the future. When one thinks of inventions, you think – what?  Television, the wheel, steam engine, etc.

Merriam Webster says invention noun: something invented: such as : a device, contrivance, or process originated after study and experiment.

I picture thousands of “inventors” daily going about their jobs as parents, teachers, librarians, child care and elder care workers. People who are dedicated to helping others move into the future as successfully as they can. Each day these frontline workers invent devices, contrivances, and processes that assist themselves and their audience toward a better world.

While there is no substitute for hard work, there are resources that contribute to making the job of “inventing” easier. I advocate for the similarity between the arts and sciences and participating in both can enrich the other.

Scientific process from Science Buddies.  https://www.sciencebuddies.org/science-fair-projects/science-fair/steps-of-the-scientific-method

There are seven steps to the scientific method: Question, Research, Hypothesis, Experiment, Data Analysis, Conclusion, and Communication. Although scientists may modify, reorder, or revisit steps on occasion, scientists generally use this basic logical approach.

Creative process from Study.com. https://study.com/learn/lesson/creative-process-overview-steps.

1. Preparation

2. Incubation

3. Illumination

4. Evaluation

5. Implementation

As you can see, they follow a similar pattern.  A question or idea, do your homework (find out as much as you can, make sketches and plans), more research and experimentation, an “aha” moment when it seems to make sense. Then another look at it. Don’t be satisfied with the first solution. Sometimes this process goes on for a long time.

I have used this comparison as an activity because the procedures are parallel. Doing art projects (painting, drawing, sculpture, etc.) is another way of developing the skills of scientific inquiry in students. With some planning and direction, they can overlap.

You can find many examples in the book How To Become An Accidental Genius by Elizabeth MacLeod, Frieda Wishinsky,  & Jenn Playford (also mentioned in two previous STEM Tuesday posts). I found the book to be FULL of good advice and very relevant examples. Although, I did wonder about the use of the term “genius.” One does not have to be a “genius” to accomplish remarkable things. Or even regular things successfully.

Right on page 7 in the book is a super list of “qualifications.” My particular favorite is tenacity. I myself am no genius but I managed to make a creative career for myself in the arts. Tenacity is so important. I never gave up.

The book goes on to give examples. Some of the successes were through persistence, some were accidental, some were by making unlikely connections, or seeing a need and working to fill it. There is no ONE path and people of all ages and abilities can accomplish by setting goals and by being sensitive to the world around them.

As the poet Marvin Bell said, “Art is the big YES.” Aspiring artists and scientists should not be afraid to go ahead. Google says Thomas Edison was quoted as saying, “I will not say I failed 1,000 times, I will say that I found 1,000 ways that won’t work.” There is knowledge and experience to be gained in all endeavors.

Margo Lemieux worked as a teacher, kick box instructor, tee shirt designer, newspaper correspondent, children’s book author & illustrator, cookie packer, craft vendor coordinator, and a whole bunch of other jobs before retiring as professor emerita from Lasell University. She still actively maintains a career in visual art and writing.

Accidental Genius cover
Accidental Genius