I’ve always thought there’s a difference between learning about something and actually experiencing it.
Think about when we were kids in science class. We learned about plants, photosynthesis, roots, and everything plants need to survive. But how much of that information did we actually remember?
Now imagine growing your own plant, watching its roots develop, and seeing what happens when you change how much light or water it gets.
I think that’s where learning becomes a lot more interesting.
Instead of just memorizing information for a test, students get to see how things work for themselves. They get curious, ask questions, make mistakes, and figure things out along the way.
At Feed Our Soul, we want to encourage that kind of learning. We want students to experience science in a way that feels real and connected to the world around them.
So, What Exactly Is Hydroponics?
If you’ve never heard of hydroponics, it’s a way to grow plants without soil. In Latin, “Hydro” means water. Instead of getting nutrients from soil, plants receive what they need through water mixed with nutrients.
Pretty cool, right?
When we think about growing food, most of us probably picture a garden, a backyard, or a farm with rows of crops. We don’t usually imagine plants growing with their roots sitting in water.
That’s what makes hydroponics such an interesting way to introduce students to science. It gets them thinking about things they might have never questioned before. Do plants actually need soil? What happens if they don’t get enough sunlight? How do we know if a plant is healthy? Why do some plants grow faster than others?
And instead of giving students all the answers, we can let them explore.
By measuring how much their plants grow or checking water levels to observe changes, they’re more likely to understand what’s happening and retain that information because they experienced it firsthand. They’re learning science without it feeling like another worksheet they have to finish that goes in one ear and out the other.
Learning by Actually Doing
Something I really appreciate about hands-on learning is that it gives students a chance to take ownership of what they’re doing. When you’re responsible for keeping a plant alive, you have to pay attention.
You can’t just plant something and expect it to grow perfectly on its own. You have to take care of it, make sure it has what it needs, and sometimes figure out why things aren’t going the way you expected. That’s a lesson in accountability that Feed Our Soul cultivates in its students.
Maybe a student’s plant isn’t growing as quickly as everyone else’s. Maybe the leaves are starting to change color. What could be causing that?
Instead of immediately giving them the answer, we can encourage them to investigate. Is it getting enough light? Are the nutrient levels right? Is something happening with the water?
It’s a chance for students to practice problem-solving, patience, and responsibility without necessarily realizing how many skills they’re developing. And those skills aren’t just useful in science class. They’re useful in everyday life.
Connecting Science to the Food We Eat
Another thing I find interesting about hydroponics is how it connects science to something we all share: food.
Most of us eat fruits and vegetables without thinking much about how they were grown. We go to the grocery store, pick out what we need, and go home. But what if kids had the opportunity to grow some of that food themselves? What if they could see how much time, care, and attention goes into producing something as simple as lettuce? I think that experience could change how they see food.
It also opens up conversations about our communities.
Not everyone has a backyard or enough space to grow a traditional garden. In some neighborhoods, access to fresh produce is already limited. Hydroponics offers another way to think about growing food, especially where space is limited. While it won’t solve food insecurity on its own, it can help students start asking bigger questions.
Where does our food come from? Why is fresh food easier to find in some neighborhoods than others? What can we do to make healthy food more accessible?
These are real issues affecting families and communities, and I think it’s important for students to understand how science connects to them.
Growing More Than Just Plants
I think one of the most rewarding parts of education is seeing someone realize they’re capable of doing something they didn’t think they could do. For a student, that might be successfully growing their first plant.
It might seem like something small, but think about everything that went into it.
They had to learn something new, pay attention, make adjustments, and be patient enough to see the results. And when that first plant finally grows, they get to look at something they created. That’s pretty meaningful.
At Feed Our Soul, we want to create more opportunities for students to have those experiences. Not just to learn about hydroponics, but to become more curious about science, food, nature, and the world around them.
Because education should be more than remembering information long enough to pass a test. It should help us understand the world we live in and recognize that we can help make it better. And sometimes, that can start with something as simple as growing a plant.
Learn more about Feed Our Soul at www.feedoursoul.org.
Source: https://www.lsuagcenter.com/profiles/lbenedict/articles/page1565883364196?utm_source%27