Posts Tagged homeschooling

STEM Tuesday — Fungi — In the Classroom

Fungi—mostly invisible to us yet found almost everywhere we go! It makes for a really interesting topic for students to explore in the classroom. How do fungi grow? Where can we find fungi? What shapes, colors, and sizes are fungi? And what other fascinating fungi facts can we discover? These books from our STEM Tuesday list inspired the following classroom ideas.

 

Funky Fungi book coverFunky Fungi: 30 Activities for Exploring Molds, Mushrooms, Lichens, and More by Alisha Gabriel and Sue Heavenrich

The engaging narrative, which masterfully incorporates the science of mycology, is brimming with cool facts (like making shoes from fungi) and tons of fun STEAM activities and experiments – beginning with the creation of a “FUNgus” journal. It’s intriguing sidebars, stunning photographs, illustrations, and graphs, and scientist highlights make this a fun read with something for everyone kid and adult alike.

 

 

Fungarium: Welcome to the Museum by Ester Gaya, illustrated by Katie Scott

A stunning, oversized book organized like a museum guide with “galleries” on fungal biology (reproduction and spores), diversity, interactions (Mycorrhizas and termites), and their relationship with humans (pathogens, edible, and pharmaceutical). In addition to engaging facts, vividly detailed images, there are three gorgeous ecosystem illustrations featuring the connection and interactions of fungous within mountains, temperate forests, and tropical forests.

 

 

Mushroom Rain by Laura K. Zimmerman

From what they smell like to who eats them, this is a fun introduction to the diverse and sometimes bizarre world of mushrooms. Older readers will enjoy the information at the back, including how mushrooms can cause rain.

 

 

The Book of Fungi: A Life-Size Guide to Six Hundred Species from around the World by Roberts, Peter and Shelley Evans

Perfect for browsing, this book is as advertised: filled with life-sized photos of mushrooms, plus descriptions and range maps. Written for adults, but a treasure for kids who love to peruse field guides – if you can find it at your library.

 

 

 

Classroom Activities

Go on a mushroom hunt!

Explore outside with students to see which mushrooms they can find. Carry The Book of Fungi: A Life-Size Guide to Six Hundred Species from around the World with you or download a fungi identifying app to your phone or tablet. Or students could bring digital cameras or draw images of the mushrooms they find. Visit a nature area and remind students not to touch mushrooms, as some may be poisonous. Look near rotting trees, on the sides of living trees, or where there are rotting leaves and plants. Have students document what they see and then identify the kind of mushroom they found. If they want, they could make the FUNgus journal described in Funky Fungi. See how many the class can find!

Spore slide investigation

What do spores look like? Students can study them under a microscope in this investigative activity. First prepare some microscope slides for students. Use a variety of fresh mushrooms, cut off the stems, and place the mushrooms gill-side down on top of the slide plates overnight. Make sure to label each slide. The next day, remove the caps and you’ll see that spores have dropped onto the slides. Cover each with slide with a glass coverslip. Next set up some microscopes with the slides and set them at the lowest magnification level. Ask students to view the spores and record what they see for each type of mushroom. Ask them to increase magnification and see how it changes their view. Students can then compare the different kinds of spores. Do they look the same? What are their differences?

Mycelium dig

You can find mycelium just about everywhere in gardens and forests. All you need to do is dig! Provide students with gardening gloves and garden trowels. Make sure they have notebooks or digital cameras to take photos. Now ask them to dig in shady spots to see what they can find. Tell them to look for cobweb-like white material in the soil. Once they. find some, tell them to document what they see. What does the mycelia look like? What else is in the soil? Have students record the location and depth of their hole too. Then students can share their findings with the class.

Spore art

Mushrooms can make some beautiful art! Here’s what students need to create some spore art in the classroom:

  • fresh mushrooms from the store, with gills covered as much as possible
  • cutting board and sharp knife
  • thick white card stock
  • water
  • cardboard box
  • markers or colored pencils
  • hairspray

Steps:

  1. Have students cut the bottom part of their mushroom to expose the gills.
  2. Then place the mushroom cut-side down on the white card stock. Add a few drops of water to the top of the mushroom.
  3. Cover the mushroom and card with an upside-down cardboard box and let it sit overnight.
  4. Remove the box and the mushroom the next day. You should see a pattern of spores that look like the gills and shape of the mushroom. Be careful to not disturb the spores!
  5. Spray some hairspray on top to secure the spores. Students can draw around the spore design. They can label their art too with the type of mushroom they used. Beautiful!

Hope you enjoy trying these activities out. Here are a few other sites to explore to find more fungi activities or videos for students:

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This month’s STEM Tuesday classroom activity list was prepared by:

Karen Latchana Kenney loves to write books about animals, and looks for them wherever she goes—from leafcutter ants trailing through the Amazon rain forest in Guyana, where she was born, to puffins in cliff-side burrows on the Irish island of Skellig Michael. She especially enjoys creating books about nature, biodiversity, conservation, and groundbreaking scientific discoveries—but also writes about civil rights, astronomy, historical moments, and many other topics. She lives in Minnesota with her husband and son, and bikes, hikes, and gazes at the night sky in northern Minnesota any moment she can. Visit her at latchanakenney.wordpress.com.

STEM Tuesday — Fungi — Book List

Fungi are all around us – in the yard, clinging to branches and tree trunks, and sometimes in the back of the fridge. Scientists are discovering new fungi every year … it’s a mushrooming field.

Funky Fungi: 30 Activities for Exploring Molds, Mushrooms, Lichens, and More by Alisha Gabriel and Sue Heavenrich

The engaging narrative, which masterfully incorporates the science of mycology, is brimming with cool facts (like making shoes from fungi) and tons of fun STEAM activities and experiments – beginning with the creation of a “FUNgus” journal. It’s intriguing sidebars, stunning photographs, illustrations, and graphs, and scientist highlights make this a fun read with something for everyone kid and adult alike.

It’s a Fungus Among Us: The Good, the Bad & the Downright Scary by Carla Billups & Dawn Cusick

Fungi come in so many shapes, sizes, and colors. Some are good: they’re a food source for wildlife, they help clean up pollution, and trees depend on them to share water and food with others. We even eat fungi and use some as medicine. Other fungi cause food rot and disease. And some turn animals into zombies!

Forest Talk: How Trees Communicate by Melissa Koch

Trees share more than water and nutrients. They share information through an underground network made up of fungi. It’s called the Wood Wide Web for good reason; it’s as complex as our internet. Aimed at older readers.

The Mushroom Fan Club by Elise Gravel

Light-hearted, with comic illustrations, this book will charm readers into clamoring for a nature walk to find mushrooms. The author introduces two essential rules of mushroom-looking (protect their environment and don’t eat them!) and introduces major mushroom players.

Fungarium: Welcome to the Museum by Ester Gaya, illustrated by Katie Scott

A stunning, oversized book organized like a museum guide with “galleries” on fungal biology (reproduction and spores), diversity, interactions (Mycorrhizas and termites), and their relationship with humans (pathogens, edible, and pharmaceutical). In addition to engaging facts, vividly detailed images, there are three gorgeous ecosystem illustrations featuring the connection and interactions of fungous within mountains, temperate forests, and tropical forests.

Humongous Fungus: The Weird and Wonderful Kingdom of Fungi by Lynne Boddy, illustrated by Wenjia Tang

Like most DK books, this is a feast for visual learners and those who love pages full of factoids. It examines the life cycle of numerous fungus (mushrooms, lichen, mold, moss), their effect and relationship to nature and humans (both beneficial and harmful), and even fungus wars.

Fungi: Colorful Clean-Up Crews (Tell Me More! Science) by Ruth Owen

A quick introduction to fungi for curious kids at a second-grade reading level. From fungus basics to their job cleaning up dead stuff, and how they contribute to the ecosystem

The Book of Fungi: A Life-Size Guide to Six Hundred Species from around the World by Roberts, Peter and Shelley Evans

Perfect for browsing, this book is as advertised: filled with life-sized photos of mushrooms, plus descriptions and range maps. Written for adults, but a treasure for kids who love to peruse field guides – if you can find it at your library.

Every now and then we come across a picture book perfect for the 8-10 crowd. This month we found two.

Mushroom Rain by Laura K. Zimmerman

From what they smell like to who eats them, this is a fun introduction to the diverse and sometimes bizarre world of mushrooms. Older readers will enjoy the information at the back, including how mushrooms can cause rain.

Rotten Pumpkin by David Schwartz

This book shows how fungi help decompose a pumpkin after it’s happy life as a jack-o-lantern. Great photos of fuzzy mold.

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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 –Community Science – Writing Tips & Resources

The community bit to science is often the ignored, undervalued piece of the scientific process. Collective knowledge needs to be collected and then dispersed among the collective.

Totally confusing, right? 

Well, it is if you think about science as we’ve been generally taught…as a static thing. We’ve been ingrained to think of science as only a rather dull series of steps. How many times have you had to list the steps of the SCIENTIFIC METHOD on a test? I wish I had a dollar for every time I did!

  • Observation
  • Discovery
  • Hypothesis
  • Test
  • Conclude
  • Communicate

Sarah Greenwood, CC BY 4.0 <https://creativecommons.org/licenses/by/4.0>, via Wikimedia Commons

 

But science is so much more than just a few memorized steps in a process. What has often been overshadowed in science is the “aliveness” of science. We too often think about science as an individual or small group activity of people isolated in a laboratory, office, or at a site going about their business. We think of science as static. The same misconception holds true for technology, engineering, and mathematics. Lifeless and mundane egghead stuff.

But STEM is so much more. It’s vibrant and alive! It’s all around us. It affects all of us. Science is a tool we use to explain the world around us. Technology, engineering, and mathematics are the tools we use to help science define our world and then manipulate it. And STEM needs you

As much as science affects the community, community affects science. Whether it’s an individual or group participating in a scientific study to collect data points for a research group or science information being presented to a population, the community plays a vital role.

It’s TEAMWORK!

What better way to learn and appreciate science than by participating in science? Shared experience. Now, that’s the value of community science. With many eyes, bodies, and brains at work, the more alive the science is. Community science spreads the load in both directions. It helps cover the necessary ground to turn an unknown into a known by gathering and then distributing the information.

Within the realm of community science, there is a multitude of opportunities covering just about any interest. From open code sourcing software to bird counts, to data analysis, to at-home CRISPR gene-editing, there’s something for everyone. Find your particular jam and give it a shot.

Community Science for the win!

  • Teamwork
  • Spread the load
  • Cover the ground
  • Gather the information

Teamwork makes the dream work!

 

Mount Rainier NPS, CC BY 2.0 <https://creativecommons.org/licenses/by/2.0>, via Wikimedia Commons

 

 

Mike Hays has worked hard from a young age to be a well-rounded individual. A well-rounded, equal opportunity sports enthusiast, that is. If they keep a score, he’ll either watch it, play it, or coach it. A molecular microbiologist by day, middle-grade author, sports coach, and general good citizen by night, he blogs about sports/training-related topics at  www.coachhays.com and writer stuff at  www.mikehaysbooks.comTwo of his science essays, The Science of Jurassic Park and Zombie Microbiology 101, are included in the Putting the Science in Fiction collection from Writer’s Digest Books. He can be found roaming around the Twitter-sphere under the guise of @coachhays64 and Instagram at @mikehays64.

 


The O.O.L.F Files

This month’s version of the O.O.L.F.(Out of Left Field) Files provides resources to get involved in community science projects. 

Looking for a community science project? Check out these resources!

The one and only Audubon’s Christmas Bird Count!

CRISPR at Home – Gene editing for anyone!

The Cornell Ornithology Lab