Table of Contents
- Introduction
- What Are Natural Resources?
- Activity 1: The Cookie Mining Challenge
- Activity 2: Solar Oven S’mores
- Activity 3: The Oil Spill Cleanup Simulation
- Activity 4: Wind-Powered "Land Sailors"
- Activity 5: Creating a Natural Water Filter
- Connecting Natural Resources to the Kitchen
- The Role of the Arts in Natural Resource STEM
- Why Hands-On Learning Matters for Environmental Science
- Age-Appropriate Guidance for Natural Resource Activities
- Tips for Parents and Educators
- Managing the "Edutainment" Experience
- Final Thoughts on Natural Resource Activities
- FAQ
Introduction
Every parent and educator has faced that moment of wonder when a child asks a big question about the world. Maybe they are watching the rain pour down and ask where all that water goes. Perhaps they notice a solar panel on a neighbor's roof and want to know how the sun makes the lights turn on. These moments are the perfect entry points for a natural resources STEM activity that turns curiosity into real-world understanding.
At I'm the Chef Too!, we believe that the best way to learn about the planet is to get your hands messy. Whether you are at the kitchen counter or in a classroom, exploring how the earth provides for us is a foundational part of science education. This post covers creative, hands-on ways to teach children about renewable and non-renewable resources through cooking, building, and experimenting.
By the end of this guide, you will have a toolkit of activities that blend science, technology, engineering, and math with the arts. We want to help you make these complex environmental topics feel tangible and exciting for your learners.
What Are Natural Resources?
Before we dive into the projects, it is helpful to have a simple way to explain what we are studying. Natural resources are materials or substances that occur in nature and can be used for economic gain or survival. This includes everything from the air we breathe and the water we drink to the coal burned for electricity and the gold used in jewelry.
Quick Answer: A natural resources STEM activity is a hands-on project that teaches children how humans interact with the earth's materials. These activities focus on identifying, using, and conserving resources like water, wind, sunlight, minerals, and fossil fuels.
We generally group these resources into two main categories: renewable and non-renewable. Understanding the difference is the first step in any natural resources STEM activity.
Renewable Resources
These are resources that can be replenished naturally over a short period. Think of things that do not "run out" if we use them wisely.
- Solar Energy: Sunlight that we capture for heat or electricity.
- Wind Energy: Moving air used to turn turbines.
- Water: The hydrologic cycle constantly moves water around the planet.
- Biomass: Plants and organic materials that grow back.
Non-Renewable Resources
These resources exist in a finite amount. Once they are used up, they take millions of years to form again.
- Fossil Fuels: Coal, oil, and natural gas.
- Minerals and Metals: Iron, copper, and aluminum.
- Nuclear Fuels: Uranium found in the earth's crust.
Key Takeaway: Teaching the distinction between renewable and non-renewable resources helps children understand why conservation and innovation are so important for the future of our planet.
Activity 1: The Cookie Mining Challenge
This is a classic natural resources STEM activity that uses a favorite treat to explain a complex industrial process. It teaches children about the "cost" of extracting resources from the earth, both in terms of money and environmental impact.
The Concept: In this activity, a chocolate chip cookie represents a plot of land. The chocolate chips are the "ore" or minerals (like coal or gold) hidden beneath the surface.
What You Will Need:
- Hard chocolate chip cookies (one per participant)
- Toothpicks or paperclips (your "mining tools")
- A piece of paper and a pencil
- Small "fines" (optional: tiny sprinkles to represent land restoration)
Step 1: Purchasing the Land.
Give each child a cookie and tell them they have "bought" this land. Have them trace the shape of their cookie on a piece of paper. This represents the original state of the environment before mining begins.
Step 2: The Mining Process.
The goal is to remove the chocolate chips using only the toothpicks. They must try not to break the cookie "land" while they work. This mimics real-life mining where engineers try to get the minerals out while keeping the surrounding area stable.
Step 3: Assessing the Damage.
Once the chips are out, have the children place their broken cookie pieces back inside the circle they traced earlier. Most will find that their "land" looks very different now. It might be crumbled or smaller.
Step 4: Reclamation.
Ask the children to try to "fix" the cookie land. Can they put it back together exactly as it was? This leads to a great discussion about land reclamation and how mining companies must try to restore the earth after they are finished.
The STEM Connection: This activity teaches economics (the value of the chips), engineering (how to use tools effectively), and environmental science (impact of extraction).
Bottom line: Using food to model environmental impact makes abstract concepts like "resource extraction" feel personal and understandable for elementary-aged children.
Activity 2: Solar Oven S’mores
If you want to teach renewable energy, there is no better way than using the power of the sun to make a snack. This natural resources STEM activity demonstrates how we can harness solar radiation for heat.
The Concept: Students build a simple solar cooker to trap heat and melt chocolate and marshmallows. It turns the kitchen-science experience into a lesson on thermodynamics.
What You Will Need:
- A pizza box or similar cardboard box
- Aluminum foil
- Plastic wrap
- Black construction paper
- Graham crackers, chocolate, and marshmallows
Step 1: Creating the Reflector.
Cut a flap in the top of the pizza box lid. Cover the inside of that flap with aluminum foil, making it as smooth as possible. This will act as a mirror to reflect sunlight into the box.
Step 2: Building the Heat Trap.
Line the bottom of the box with black construction paper. Black absorbs heat, while white or light colors reflect it. Cover the opening created by the flap with plastic wrap, sealing it tightly with tape. This creates a "greenhouse effect" inside the box.
Step 3: The Cooking Process.
Place your s'mores ingredients inside the box. Set the box in direct sunlight. Angle the foil flap so it reflects the sun directly into the plastic-covered opening.
Step 4: Observation.
Check back every ten minutes. Ask your child to observe which ingredient melts first. Why does the box get so hot?
The STEM Connection: This project covers solar energy (renewable resources), heat transfer, and insulation. We often use similar concepts in our Galaxy Donut Kit, where we explore the wonders of the solar system and how the sun affects everything in our reach.
Activity 3: The Oil Spill Cleanup Simulation
Understanding how humans impact natural resources is a major part of modern science curriculum. This activity focuses on the challenges of protecting our water and wildlife when non-renewable resources like oil are transported.
The Concept: Create a "miniature ocean" and simulate an oil spill. Children must then use various tools to try and clean it up, discovering which methods work best.
What You Will Need:
- A large shallow bin or tray
- Water (dyed blue with food coloring)
- Vegetable oil (mixed with cocoa powder to make it look like crude oil)
- Cleanup tools: cotton balls, sponges, spoons, dish soap, and feathers
Step 1: Set the Scene.
Fill the tray with blue water. Place a few feathers in the water to represent aquatic birds. Pour a small amount of the "crude oil" into the center. Watch how it spreads.
Step 2: The Cleanup Challenge.
Ask the children to try and remove the oil without removing too much water. Give them the sponges and cotton balls first. Do they work? Is the oil gone, or did it just move around?
Step 3: The Chemical Reaction.
Introduce a small drop of dish soap. Watch how the soap breaks up the oil. This is a great moment to explain "dispersants" used by real environmental engineers.
Step 4: Wildlife Impact.
Pick up the feathers. Are they oily? Try to clean the oil off the feathers with soap and water. This shows how difficult it is to save animals after a real-world spill.
The STEM Connection: This covers fluid dynamics, chemical reactions, and the ethical side of engineering and resource management.
Myth: Cleaning up an oil spill is as simple as vacuuming the water.
Fact: Oil bonds to surfaces and spreads rapidly. Even with advanced technology, it is nearly impossible to remove 100% of the oil from an ecosystem.
Activity 4: Wind-Powered "Land Sailors"
Wind is one of our most powerful renewable resources. This natural resources STEM activity asks children to become engineers by designing a vehicle that moves using only the power of moving air.
The Concept: Students build small cars or boats and use a fan (or their own breath) to see how far they can travel.
What You Will Need:
- Recycled materials: cardboard scraps, plastic bottle caps, straws, or skewers
- Paper or fabric for sails
- Tape and glue
- A small desk fan
Step 1: Design the Chassis.
The "chassis" is the body of the car. Encourage the children to think about weight. Will a heavy car move faster in the wind, or a light one?
Step 2: Engineering the Wheels.
Using straws as axles and bottle caps as wheels is a great way to practice fine motor skills and basic mechanical engineering. The wheels must spin freely for the car to work.
Step 3: Catching the Wind.
This is the "natural resource" part of the project. Have the children experiment with different sail shapes. Does a square sail work better than a triangle? What happens if the sail is too big for the car?
Step 4: The Testing Phase.
Line the cars up and turn on the fan. Measure how far each car travels. If a car doesn't move, ask the child to "troubleshoot" the design. Is there too much friction? Is the sail facing the wrong way?
The STEM Connection: This activity teaches children about aerodynamics, friction, and how we can convert the kinetic energy of wind into mechanical energy to do work.
Activity 5: Creating a Natural Water Filter
Water is perhaps our most precious natural resource. In many parts of the world, people must find ways to clean water before it is safe to use. This activity demonstrates how the earth itself acts as a filter.
The Concept: Use layers of natural materials to turn "dirty" water into "clear" water. (Note: Remind children that while the water looks clear, it is not safe to drink because of microscopic bacteria!)
What You Will Need:
- A clear plastic bottle (cut in half)
- Coffee filters or cotton balls
- Sand
- Small gravel or pebbles
- Activated charcoal (optional, found in pet stores)
- "Dirty" water (mix water with dirt, old leaves, and bits of paper)
Step 1: The Base Layer.
Invert the top half of the bottle (the neck side) into the bottom half. Place the coffee filter or cotton balls in the neck first. This will catch the smallest particles.
Step 2: Layering the Materials.
Add a layer of activated charcoal, then a layer of fine sand, and finally a layer of gravel. These layers mimic the way rainwater filters through the ground into underground aquifers.
Step 3: The Filtration Process.
Slowly pour the dirty water into the top. Watch as it moves through the layers. The gravel catches big sticks, the sand catches dirt, and the charcoal helps remove odors and chemicals.
Step 4: Comparing Results.
Look at the water that drips into the bottom of the bottle. Compare it to the original dirty water. Why did it change?
The STEM Connection: This is a lesson in earth science and environmental engineering. It shows how the layers of the earth provide a natural service that we often take for granted.
Bottom line: Understanding the water cycle and filtration helps children appreciate the complexity of the natural systems that provide our drinking water.
Connecting Natural Resources to the Kitchen
At I'm the Chef Too!, we love showing how the kitchen is a living laboratory. Almost every ingredient we use and every tool we turn on is connected to a natural resource.
When we bake, we use energy. If your stove is gas, you are using a non-renewable fossil fuel. If you have an electric oven, that power might come from a wind farm, a hydro-dam, or a coal plant. Even the ingredients themselves are resources. Flour comes from wheat (a renewable plant resource), and salt is a mineral mined from the earth.
Cooking as a STEM Observation
Next time you are in the kitchen with your child, try these quick observations:
- The Heat Source: Discuss where the "fire" or "heat" comes from.
- Water Usage: Talk about how much water is needed to grow the vegetables you are eating.
- Packaging: Look at the plastic or metal containers. Those are made from petroleum or mined ores. Can they be recycled to save resources?
One of our favorite ways to explore geology and earth science is through our Erupting Volcano Cakes Kit. It allows children to build a chocolate volcano and witness a "chemical eruption." While they are baking and experimenting, they are also learning about the geothermal heat inside the earth—a powerful natural resource that can actually be used to generate electricity in places like Iceland or Hawaii!
The Role of the Arts in Natural Resource STEM
We often talk about STEM, but we prefer STEAM—adding the "Arts" into the mix. Creativity helps children visualize things they cannot see, like energy or the deep layers of the earth.
Visualizing the Invisible
How do you draw "wind"? How do you paint "heat"? Asking a child to create an art piece based on a natural resource forces them to think deeply about its properties.
- Ecosystem Dioramas: Use a shoebox to create a scene of a forest or an ocean. Identify the natural resources in that specific environment.
- Resource Posters: Create a "Renewable vs. Non-Renewable" collage using magazine cutouts.
- Nature Rubbings: Use crayons to take rubbings of bark, stones, and leaves. This connects the child to the textures of the renewable resources around them.
In our Wild Turtle Whoopie Pies kit, children don't just bake; they also learn about sea turtles and their natural habitats. By creating a treat that looks like an animal, they build empathy for the wildlife that depends on us to manage our natural resources responsibly.
Why Hands-On Learning Matters for Environmental Science
You might wonder why we don't just read a book about trees or watch a video about solar power. While those are great tools, they are passive. A child might remember a fact from a book, but they will never forget the time they built a solar oven that actually melted their chocolate.
Tangible Learning
When a child touches sand, pours water, or feels the heat of a lamp, their brain forms stronger connections. This is called "tactile" or "kinesthetic" learning. It is especially important for complex topics like natural resources because these things can often feel "too big" for a child to grasp.
Building Confidence
When a child successfully cleans an "oil spill" or builds a water filter that works, they feel like a problem-solver. This confidence is what leads them to become the scientists, engineers, and informed citizens of tomorrow. We designed our school and group programmes with this in mind, ensuring that every participant feels like an active explorer rather than just an observer.
Screen-Free Engagement
In a world of tablets and televisions, a natural resources STEM activity is a breath of fresh air. It requires focus, patience, and physical movement. It encourages families to talk to one another and work together toward a common goal.
Age-Appropriate Guidance for Natural Resource Activities
Not every activity is right for every age. Here is how you can tailor these concepts so they are challenging but not frustrating.
Preschool and Kindergarten (Ages 3-5)
At this age, focus on simple identification.
- Go on a "Resource Scavenger Hunt." Can they find something made of wood? Something that needs water?
- Play with shadows. This introduces the idea of the sun as a source of light and energy.
- Sort items into "From the Earth" (rocks, sticks) and "Man-Made" (plastic toys, metal spoons).
Elementary School (Ages 6-10)
This is the "Golden Age" for activities like the ones listed above.
- Introduce the concepts of "Renewable" and "Non-Renewable."
- Start using measurements. How many milliliters of water did we filter? How many inches did the wind car travel?
- Discuss the "Why." Why do we need to save water? Why is the sun better for the air than burning coal?
Middle School (Ages 11-14)
Older kids can handle more complexity and data.
- Track the data. Have them create a graph showing the temperature increase inside their solar oven over an hour.
- Research local resources. Where does your specific town get its water and electricity?
- Debate. Discuss the pros and cons of different energy sources. Every resource has a "trade-off," and middle schoolers are ready to understand that nuance.
Key Takeaway: Start with the "what" for younger kids, and move into the "how" and "why" as they get older. This builds a scaffold of knowledge that lasts a lifetime.
Tips for Parents and Educators
Bringing STEM into the home or classroom does not have to be stressful or messy (though a little mess is usually a sign of good learning!).
- Prepare the Space: If you are doing the Oil Spill or Water Filter activity, lay down some old towels or newspaper first.
- Ask Open-Ended Questions: Instead of giving the answer, ask "What do you think will happen if we add more sand?" or "Why did the chocolate melt faster on the black paper?"
- Embrace Failure: If the wind car doesn't move, that is a great thing! It is an opportunity to practice the "Engineering Design Process." Ask the child to "Redesign" and "Try Again."
- Connect to the Real World: After doing the Cookie Mining activity, look around the house for things made of metal. Remind your child that someone had to mine the earth to get the materials for their bike or their spoon.
Managing the "Edutainment" Experience
The word "edutainment" is at the heart of everything we do. It is the idea that education and entertainment should not be separate. If a child is having fun, they are more likely to stay engaged and retain what they have learned.
Our The Chef's Club subscription is built on this philosophy. Each month, we deliver a new adventure to your door that blends a specific STEM topic with a delicious cooking project. One month might be about space, and the next about the deep blue sea or the prehistoric world of dinosaurs.
By making these kits accessible and easy for parents to lead, we take the "prep work" out of the equation. Each kit comes with pre-measured dry ingredients and specialty supplies, so you can spend your time on the "aha!" moments instead of searching for the right size of gravel or the perfect brand of cocoa powder.
Final Thoughts on Natural Resource Activities
Teaching children about the earth's resources is one of the most important things we can do as parents and educators. It goes beyond simple science facts; it is about raising a generation that understands its connection to the planet.
Through a natural resources STEM activity, you are giving your child the tools to see the world differently. You are turning a simple walk in the park or a session in the kitchen into a deep exploration of how our world functions. Whether you are building a solar oven, mining a cookie, or filtering water, you are creating memories that taste as good as they feel.
At I'm the Chef Too!, our mission is to make learning an adventure that the whole family looks forward to. We want to spark that initial flame of curiosity and keep it burning through hands-on, delicious experiences.
Key Takeaway: Natural resources are the building blocks of our world. When we teach kids how to use them wisely through STEM, we are giving them the keys to a more sustainable and innovative future.
Ready to start your next adventure? Join The Chef's Club and pick one activity from this list to try this weekend. You might be surprised by how much you learn alongside your child!
FAQ
What is the easiest natural resources STEM activity to start with?
The "Natural Resource Scavenger Hunt" is the simplest way to begin. Take a walk around your neighborhood or backyard and have your child identify things that come directly from the earth (like wood, water, and stones) versus things that are man-made. It requires zero setup and immediately builds awareness of the resources surrounding us every day.
How do I explain renewable vs. non-renewable resources to a five-year-old?
Use a "Cookie Jar" analogy. Tell them that renewable resources are like a magic cookie jar that refills itself every night (like the sun and wind). Non-renewable resources are like a regular cookie jar—once you eat all the cookies, they are gone forever, and you have to wait a very, very long time for more. This makes the concept of "scarcity" easy to understand.
Why is cooking considered a STEM activity for natural resources?
Cooking is a perfect example of resource management. It involves using thermal energy (natural gas or electricity), water for cleaning and boiling, and biological resources (plants and animals) for ingredients. By observing how these elements change during the cooking process, children see the practical application of natural resources in their daily lives.
Can these activities be used in a homeschool or classroom setting?
Absolutely! Most of these activities align with national science standards regarding human impact on the environment and earth systems. They are designed to be "low-prep" but "high-engagement," making them ideal for small groups, classroom stations, or a rainy-day homeschool lesson. For larger groups, our school and group programmes are a natural fit.
