Hi-Five Tetris Lesson Plan

As we have worked on developing programming to help our visitors engage with our special exhibition, Skin: Living Armor, Evolving Identity, we have also adapted those programs into classroom-style lessons that classroom teachers, home school teachers, or any educator can use to expand their students’ learning before and after visiting the museum. 

In this lesson, we are getting curious about why and how our skin conducts electricity, and how it compares to other conductors. Your students will play a video game controlled by hi-fives, then test different conductors to make their own controller!

Use the links below to access the lesson plan and any accompanying files or printouts: 

Hi-Five Tetris Curriculum

Conductivity Worksheet 1 (Younger Students)

Conductivity Worksheet 2 (Older Students)

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Pipette Pointillism Lesson Plan

As we have worked on developing programming to help our visitors engage with our special exhibition, Skin: Living Armor, Evolving Identity, we have also adapted those programs into classroom-style lessons that classroom teachers, home school teachers, or any educator can use to expand their students’ learning before and after visiting the museum. 

In this lesson, we are getting curious about the tools biologists use when they study skin. Your students will learn how to use micropipettes by filling in a pointillist paint-by-numbers, dispensing one drop of paint into each square of a grid. This lesson also teaches about pointillism and its connections to microbiology: just as our bodies are made up of organs which are made up of tissues which are made up of cells which are made up of organelles, pointillist paintings invite you to look closer at the components making up each figure.

Use the links below to access the lesson plan and any accompanying files or printouts: 

Pipette Pointillism Curriculum

Pipette Pointillism Presentation

Micropipette User Guide

Pointillism Grid Seurat Numbers

Pointillism Grid Seurat Colors

Pointillism Grid Blank

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Micro Drawing Lesson Plan

As we have worked on developing programming to help our visitors engage with our special exhibition, Skin: Living Armor, Evolving Identity, we have also adapted those programs into classroom-style lessons that classroom teachers, home school teachers, or any educator can use to expand their students’ learning before and after visiting the museum. 

In this lesson, we are getting curious about the tools biologists use when they study skin. Your students will learn how to use a microscope to make a tiny piece of art, then create a tiny class gallery!

Use the links below to access the lesson plan and any accompanying files or printouts: 

MicroDrawing Curriculum

Microscopy Intro Handout

Microscopy Intro Slides

Micro Gallery Frame

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Camouflage Menagerie Lesson Plan

As we have worked on developing programming to help our visitors engage with our special exhibition, Skin: Living Armor, Evolving Identity, we have also adapted those programs into classroom-style lessons that classroom teachers, home school teachers, or any educator can use to expand their students’ learning before and after visiting the museum.

In this lesson, we are getting curious about how animals use their skin to avoid predators. Your students will explore the advantages and disadvantages of having skin that is designed to camouflage with a specific environment by coloring in paper animals and hiding them in plain sight around your space!

Use the links below to access the lesson plan and any accompanying files or printouts:

Camo Menagerie Curriculum

Camo Menagerie Templates

Hide and Seek Slideshow

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The Neuroscience of Cooperation   

Post written by Jenny Hannifin, Archive Assistant

The Neuroscience of Cooperation     

Back in May 2020 we posted a blog called “The Neuroscience of Discovery.” Based on observations from The Brain in Context (by J.D. Moreno and J. Schulkin), that blog highlighted – in scientific terms – how our brains are wired for discovery and exploration. 

Turns out that our brains are also wired for cooperation and empathy. Here are a few excerpts from the book

  • “Perceiving another’s misfortune, their psychic or literal pain, requires a wide array of both cortical and sub cortical tissue.” (p 53-4)   
  • “Human evolution, like our cultural development, is marked by many neural/cognitive events, but social capabilities [are involved in] most of them.” (p 183)   
  •  “Cooperation is as critical as competition [in science], because we need to learn from one another and to develop new ideas.” (p 192)  

So, what does this mean to you and me? 

It means that humans evolved through expression of social behaviors, and through the integration of those behaviors within the very functioning of our brain.   

It means that adapting socially, and being good at interacting with others, is at the heart of our evolution as a species. 

It means that “although we may think of ourselves as individuals, the truth is that we are designed to work together, revealing our evolutionary drive toward social cooperation and our neurodevelopmental proclivity toward shared decision-making.” (Moreno and Schulkin p 199) 
 
It means that we are wired to cooperate, and to work at understanding each other.   
 
(If you want to learn more about recent developments in neuroscience, here’s a link to The Brain in Context: A Pragmatic Guide to Neuroscience by Jonathan D. Moreno and Jay Schulkin)

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Animal Love Languages

Animal Love Languages

Love is in the air, and humans aren’t the only romantics in the world. Today we’re looking at the courtship rituals of the animal kingdom!

Do you know what your love language is? Is it words of affirmation like a sweet letter, quality time like a romantic night in, receiving gifts of flowers and jewelry, acts of service, or physical touch like a hug or a cuddle? Humans have different ways of showing affection, and so do animals. But instead of things like poetry, romantic getaways, and chocolates, animals have their own unique love languages. Which animal love language do you relate the most with?

The Singer
Much like the romantic poet, some animals like to shout their love from the rooftops. Frogs, birds, crickets, and even whales use their songs to attract mates, constantly trying to out-do their competition with the loudest and most attractive voice. Frogs even have regional dialects – members of the same species may have different croaks if they have originated from different places where their local songs are slightly different. And in places where there are several different species of frogs all singing at once – like in Florida, where the invasive Cuban tree frog has been introduced into the territory of native American green tree frogs – the frogs will purposefully alter their croaks to differentiate between species and avoid confusion.

The Dancer
But maybe you’re more of a visual person. There are plenty of animals whose main courtship rituals involve elaborate dances and displays of beautiful fur and feathers. But some animals forget the flashy outfits and just focus on their moves. Hirtodrosophila mycetophaga is a species of australian fly which performs mating displays on shelf mushrooms. The males wave their wings around and perform a dance – but only on lighter-colored fungi, as these mushrooms act as a better backdrop for their performances. On darker fungi, they blend in too well, and females pass them by!

The Show-off
Not to be outdone, some animals go all in, with song, dance and color! Take the peacock spider: while you may be familiar with this small jumping spider’s namesake and its colorful plumage, this arachnid goes a step further and incorporates sound and movement into its mating display.

While displaying their brightly-colored abdomen, they wave their legs in an elaborate dance and create deep rumbling vibrations while they perform. The males who put the most effort into their displays, including both the dancing and vibrating, are more likely to get the girl.

The Collector
Some animals speak the love language of gift-giving. Native to New Guinea and Australia, bowerbirds build elaborate ‘bowers’ from nature to attract mates. First, the male Bowerbird gathers sticks and arranges them into an upright structure, often in the shape of an arch or an avenue. Then, he populates his bower with brightly-colored objects. These can be shells, flowers, even pieces of plastic and metal that he finds. Some bowerbirds even have favorite colors, and will collect only pieces that fit into their preferred color scheme! When she’s ready to find a mate, the female bowerbird tours the bowers of all the local males, and chooses the bird with the best crib to be her mate.

The True Romantic
But maybe you’re a real classical romantic. You want long walks on the beach, hand-holding, and slow-dancing. Don’t worry. Not everything is about flashy displays. Some animals like to take it slow, and build up deep bonds with their mates. Seahorses have an elaborate courtship process, with each step of the ritual being repeated again and again, often over the course of days. First, they meet and change colors, brightening in turns at each other. Then they grab hold of the same anchor-point and spin around each other in an elaborate dance with many distinct moves and steps, including leaning away, pointing, quivering and spinning. Finally, they end their dance by floating up through the water column together. While they might only be fish, seahorses are quite the romantics – they mate for life, and their specialized tails, used to anchor themselves to coral and seaweed, also allow them to “hold hands” with their significant other.

Happy Valentine’s Day from all of us at FCMoD!

Post written by Willow Sedam, Live Animal Husbandry Team Member

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Mindful Mondays: Do Animals Feel Emotion?

Written by Willow Sedam, Animal Husbandry Staff

Mindful Mondays: Do Animals Feel Emotion?

Throughout history, humans have been asking questions about the natural world. But there’s one we keep coming back to with endless curiosity: do animals feel?

The ancient Greek philosopher Pythagoras was an early ponderer of this very question. A vegetarian, Pythagoras believed that animals and humans had the same souls, and should be treated equally. He was even known for going into markets and purchasing live animals, only to set them free. But Pythagoras’s ideas were controversial – the later philosopher Aristotle created his own theory, a ranked view of nature that put humans at the top and the lesser, “irrational” animals below them. For Aristotle, and many thinkers who followed in his footsteps, the idea of animals having souls or feeling pain, let alone emotion, was a strange one.

 

But is it really that odd to imagine that animals might feel emotions like we do?

 

After all, it’s not hard to find instances of animal behavior that appear to be driven by emotion. Take your dog to the vet or start up the vacuum cleaner around him, and you’ll see a response that looks a lot like anxiety, fear, or even anger. If animals appear to feel negative emotions, couldn’t they feel positive ones as well? Might they feel a similarly wide range of emotions to ours?

Elephants and whales have both been observed behaving unusually around dead herd members, guarding the bodies of fallen friends for days, or carrying deceased calves with them for miles. And great apes have even been able to communicate their own emotions to researchers. Koko, a gorilla who had been taught sign language, responded “Bad, sad, bad, frown, cry, frown, sad, trouble” when learning her adopted kitten had died.

Koko with her kitten, photo from the Los Angeles Times

 

It’s no surprise that these animals – some of the smartest in the world – would be able to feel; but it’s not just the big-brained mammals like us who display signs of emotion.

 

Parrots and crows are exceptionally bright birds, and their intelligence seems to extend to the complexity of their emotional lives as well. Crows have been known to form bonds with humans who feed them, and grudges against those they don’t like. They will even bring gifts to humans they like, and teach other crows to attack those they don’t. And parrots can get so bored in captivity that, without anything to occupy their clever brains, they will develop compulsive behaviors similar to neurosis in humans, such as plucking out their own feathers.

Some fish have even been observed to exhibit individual personalities. In a study where new and possibly dangerous things were introduced to a school of fish, some fish would approach aggressively, some curiously, and some would simply hide. Each new item saw the same fish approaching in the same manor – the aggressive one continued to act aggressively, the shy one continued to act shy. Each fish had their own unique temperament!

And let’s not forget invertebrates – those animals without a backbone like insects, worms, and squids. You might not think them very smart or emotionally deep, but you would be doing them a great disservice. Octopuses are renowned for their intelligence, despite their short and solitary lifestyle. Captive octopuses enjoy playing with humans – and will attack ones they don’t like. They’re smart enough to get bored, and smart enough to escape their tanks looking for something more interesting. That’s a lot of complexity for an animal so closely related to slugs.

 

So, problem solved: animals do feel, and they feel quite a lot! …Right?

 

Unfortunately, the scientific jury is still out in this case. While there are plenty of behaviors that we observe in animals that might look like what we think of as emotions, we can’t exactly ask a lizard how it’s feeling. So, we rely on assumptions – assumptions that could be wrong.

The biggest problem we face when trying to answer these questions about animal emotions is called anthropomorphism, the action of projecting human traits onto animals, plants, or even inanimate objects. It’s a bit like seeing faces in clouds – they’re not really there, but we’re so used to looking for them that we conjure them up anyway. While an action or expression might mean one thing to a human, it could mean something completely different to another animal. While humans smile when happy, chimpanzees bare their teeth as a threat display. And while a dog wagging its tail may be excited or happy, a cat wagging its tail is definitely not. It’s easy to misread these behaviors and displays, and easier still to project a human idea of an emotion onto an animal who may experience the world in a vastly different way from us.

 

But just as it is important not to project our own emotions onto animals and their behavior, it’s important, too, to not assume that animals are mindless or emotionless drones. It’s tempting to think that animals experience less than we do – that they don’t feel pain, sorrow, or joy. But nature has proven time and time again that intelligence and emotion come in all shapes and sizes. And hey, it doesn’t hurt to be kind – to your human and non-human neighbors.

 

To stay informed on the latest Mental Health: Mind Matters programs and experiences, visit the Mind Matters webpage and follow us on Facebook, Instagram, Twitter. Don’t forget to tag us in your experiences when you visit the museum to help us #MakeItOk. 

We look forward to welcoming you to FCMoD to experience this amazing exhibit!  

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Mindful Mondays: Animal Enrichment

Written by Willow Sedam, Animal Husbandry Staff

Mindful Mondays: Animal Enrichment

Just like us, animals can get bored. Have you ever been bored stuck inside on a rainy day? Imagine if you lived your entire life in your house –  many animals kept in captivity in zoos, aquariums, and even our own homes do spend their whole lives in one place. And without proper enrichment, animals can get bored quickly!

 

So, what is enrichment?

Behavioral, or environmental, enrichment, is anything that makes an animal’s life more interesting! It could be training a dog to sit and stay, or giving an octopus a complex puzzle to solve. It can be rearranging an animal’s cage for a change of scenery, or introducing new and exciting sounds or scents to them.

 

At the museum, we have our own animals – from black-footed ferrets to tree frogs – who all need enrichment. But enrichment comes in all different shapes and sizes!

Our colony of domesticated fancy rats are smart, omnivorous foragers, and need lots to do to keep their brains working. One day, they might get a new toy or a hiding place like a tunnel or wicker ball in their enclosure. The next, they might get peanuts hidden inside of cardboard tubes that they have to sniff out and chew open to get to. One of the keys to enrichment is variability – if an animal gets the same kind of enrichment at the same time every day or week, the novelty can wear off. Switching up enrichment styles and schedules is as important as the enrichment itself!

 

But enrichment isn’t one size fits all. Every animal is different, and so are the things we give them to keep them interested and excited.

 

The museum’s ornate box turtle, Tara, isn’t very good at sniffing out treats or chewing open cardboard boxes, so her enrichment takes a different form. She gets walks – inside the museum when the weather is cold, and out in the big backyard when it’s warmer. She loves her walks, and spends her outdoors time digging, hunting ants, and finding rocks to carry around in her beak. And even Tara likes treats – though instead of peanuts, she gets mealworms, which she chases down and gobbles up! To figure out what kind of enrichment an animal needs, we have to think about what our animals would be doing in the wild; Tara is actually a Colorado native, so spending time foraging in the Big Backyard is the perfect enrichment activity for her.

But what happens when animals don’t get the enrichment they need? Like us, bored animals can become frustrated, restless, or even depressed. They can get lethargic and low-energy, pick fights with other animals in the same cage, or pace the same path over and over again. Enrichment is important for animals of all shapes and sizes, from lions and tigers to little turtles like Tara.

 

Want to try giving your pet enrichment? There are lots of different ways to, and you might already be doing it without realizing! Training your dog to sit and stay, or playing catch-the-string with your cat are some easy ways to get your pet’s mind and body active. You could also introduce your pets to new (pet-safe) foods, or interesting and novel scents. Or, rearrange their cage, move their bed, and hide their toys in new places around the house. You can even make your own puzzle feeder: take a shallow box, cut holes of various sizes in the top, and sprinkle in some treats. See how your pet thinks through the problem to get to its prize – does it fish the treats out with a paw, shake the box until they fall out, or tear it open to get to the food?

There are tons of different fun enrichment projects you and your pet can work on together – so next time you’re feeling bored, consider designing a new toy for your furry (or slimy, scaly, or feathered) friend. You just might discover that it’s just as enriching for you as it is for them!

 

 

To stay informed on the latest Mental Health: Mind Matters programs and experiences, visit the Mind Matters webpage and follow us on Facebook, Instagram, Twitter. Don’t forget to tag us in your experiences when you visit the museum to help us #MakeItOk. 

We look forward to welcoming you to FCMoD to experience this amazing exhibit!  

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Daily Discovery: Endangered & Forgotten

Post written by Alexa Leinaweaver, Live Animal Husbandry Coordinator.

Daily Discovery: Endangered & Forgotten

National Wildlife Day is September 4, 2020! To celebrate, let’s explore some of the less well known endangered species in Colorado.

We hear a lot about endangered species these days, as the climate changes around us and human activities challenge wildlife survival. Often the articles and advertisements you see feature fuzzy and adorable animals like the Giant Panda or the Sea Otter. Here in Colorado, our featured endangered wildlife tends to be appealingly majestic, like the Grey Wolf (whose reintroduction to Colorado is on November’s ballot for 2020) or even FCMOD’s beloved Black-footed Ferrets. These are species that definitely deserve attention – but there are many more of our wildlife neighbors that need our attention and help that may not be so cute or exciting. There are so many ignored species in the world that are in difficult or dangerous situations thanks to habitat loss, pollution, water loss, and many other human activities.

Here are just a few of our Colorado wildlife neighbors in need:

Least Tern (Sterna antillarum), Federally Endangered

The Least tern is the smallest member of the gull and tern family. They’re only 9 inches long. They nest in the summer on sandbars along major rivers in the central U.S., including in Colorado. This bird was listed as federally endangered in 1985. A lot of nesting habitat in the U.S. has been lost to the birds because of the ways that humans have changed the river systems: dams and reservoirs; introduction of invasive plants; stabilizing river banks, hydropower, and diverting water.

Bonytail Chub (Gila elegans), Federally Critically Endangered

The bonytail is a freshwater fish that lives in the Colorado River basin. It can grow up to 2 feet long and can live up to 50 years. It was added to the endangered list in 1980, and is now the rarest big-river fish in the Colorado. The bonytail, along with numerous other fish species in the Colorado, suffered drastic population declines after the construction of Hoover Dam and other human projects that divert water from the river and change how the water flowed and pooled. These fish also suffer from competition from non-native fish species that humans have introduced into bonytail habitat. At this time, there is no self-sustaining wild population of these fish, and human-run hatcheries are all that maintains the species.

North Park Phacelia (Phacelia formosula), Federally Endangered

The North Park Phacelia only exists in one place in the entire world: the North Park area in Jackson County. It likes to grow on bare slopes and eroding rocks in ravines in the North Park area, where few other plants are able to survive. This phacelia was listed as federally endangered in 1982. It is threatened by livestock, off-road vehicles, commercial and residential development, and petroleum exploration. It also suffers from the loss of pollinating insects in the area, which it depends on to reproduce.

You may be wondering what you can do to be a better neighbor to these species, and the other species in our beautiful state that are threatened or endangered. Here are some steps that you can try:

Educate yourself. Learn about the different kinds of wildlife that live in Colorado with us, and what kinds of things we humans are doing that are putting them at risk.

Take action. Think about how much water you use, or whether the plants in your yard are native or invasive. Consider how much energy you use leaving on lights in an empty room, or streaming your favorite songs rather than downloading them. Look at how much gas your vehicle uses, or how many plastics or other petroleum products you use on a daily basis. Even a small change you can make in your own behavior can be a help to our endangered neighbors.

Talk to your friends and family about why this wildlife is in danger, and why it’s important to you. Your friends and family care about your thoughts and opinions. Help them to understand how important it is to help all.

Contact your representatives in government. These threatened and endangered species do not have a voice in our government, but you do. If you are old enough, vote for candidates that pay attention to wildlife. But at any age, you can make your voice heard! Make sure that your representatives know how important it is that we are good neighbors to all the wildlife in Colorado, in the country, and in the world.

Follow along with our Daily Discovery! Click here for all activities that you can do at home.

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Daily Discovery: Optical Illusions & Color Vision

Post written by Hannah Curtis, Education Assistant.

Daily Discovery: Optical Illusions & Color Vision

Is your brain playing tricks on you? Optical Illusions can use color, light and patterns to create images that can be deceptive or misleading to our brains. The information gathered by the eye is processed by the brain, creating an interpretation or reality, and may not match the true image. Our brains are slow, well only by one-tenth of a second, but in that time it computes, translates, reacts and process information.

Perception refers to the interpretation of what we take in through our eyes. Optical illusions occur because our brain is trying to interpret what we see and make sense of the world around us. Optical illusions simply trick our brains into seeing things which may or may not be real.

See if your brain believes your eyes with some optical illusions below. Learn how they are perceived by your eyes and interpreted by your brain!

Face Recognition

From a young age, our brains are trained to recognize and remember faces. Infants smile and react when they see a face they recognize more than a strangers face. We are able to recognize friends and family in a crowded room, and identify the sex of an individual based on slight facial features. Our “face sense” ability relies on the neurons within the fusiform gyrus in the brain.  Injury to this area can cause face blindness which prevents an individual from recognizing close relatives, or even themselves in the mirror. Location of the Fusiform Gyrusin the Brain; Labroots.

Our brains are also tricked when two faces are displayed to us at the same time. Our eyes see two face shapes, but our brain struggles to perceive them separately and will morph them together. See for yourself with this celebrity face morph experiment.

Color Illusions

Our eyes do much more than observe our surroundings, they also allows us to see those surroundings in color! The photoreceptors, respond to light, dark and color wavelengths. The rods are sensitive to changes in light and dark environment and are used more often at night. Cones are sensitive to bright light color wavelengths and are used mainly during the day. There are three different types of cones which are receptive to red, green, and blue light. The colors we see are perceived when the cells within the cones fire together sending messages to the brain for interpretation.

Just like the muscles in our body, the cone receptors can become fatigued when you stare at a color for a long period of time. The cone becomes less sensitive to that color of light and when you look away other the colors opposite on the color wheel are what we briefly see.

On a contemporary color wheel, the colors opposite orange and green are red and blue, allowing you to see the flag in it’s red, white and blue fashion!

Follow along with our Daily Discovery! Click here for all activities that you can do at home.

Educational opportunities like this are supported in part by Fort Fund.

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