Hands-On Sensory Activities Exploring the Importance of Soil - Project Learning Tree (2024)

Hands-On Sensory Activities Exploring the Importance of Soil - Project Learning Tree (1)

Soil is essential in our daily life, supporting everything from the food we eat to the water we drink. The dirt underneath our feet is also important in keeping our landscapes healthy and our communities safe.

Teaching students not only about the importance of soil but about the challenges we face in maintaining healthy soil — erosion and contamination are two big ones for starters — is critical to a holistic understanding of our planet.

These lessons give students a primer in soil education and what they can do on the ground level to become better stewards of the environment.

Touch

Who doesn’t like getting their hands a little dirty?

There are six main types of soil: chalky, loamy, sandy, silty, peaty, and clay.

And soil types aren’t just important to gardeners!

They’re important to understand how to maintain healthy soil. Clay soil, for example, is less susceptible to drought because it retains moisture so well.

Soil Stories

The focus is on sand, silt, and clay with the following experiment, but you can adjust the activity if other soil types are more accessible in your community. Compare and contrast different types of soil by looking at the size of their particles. Create an easy partner activity where you can match students with varied learning styles to use both physical and visual skills to complete the assignment.

Check out our abridged hands-on kids activity “Soil Stories” (English and Español), part of the K-8 Activity Guide’s 50 activities.

Get your copy of the full activity at an in-person professional development workshop near you, through an online PLT training, or from PLT’s Shop!

Hands-On Sensory Activities Exploring the Importance of Soil - Project Learning Tree (2)

Allow students to get up close and personal with soil samples from their immediate environment.

Targeted questions can start simple, such as looking at the color and feel of the soil and get more complex with older students who can better describe consistency.

Other activities from the K-8 Activity Guide to support learning about soil include:

  • Soil Builders and the accompanying “Making a Soil Shake” student pages allow kids to explore differences in soil types and what those differences mean to people and plants.
  • Fallen Log (a free simplified version of this activity is available in both English and Español) and watch a video demonstration of the activity for tips to help students develop their data collection skills.
  • Here We Grow Again allows older students to conduct inquiry-based experiments and includes student pages to keep a journal about plant growth.
  • Field, Forest, and Stream(a free simplified version of this activity is available in both English and Español) explores how physical factors like sunlight, wind, and water influence the suitability of an area for plant and animal life.

Here are a few more hands-on activity ideas focused on the sensations of physically touching soil:

Soil Discovery

These sensory activities are perfect for younger children who benefit from getting their hands dirty. We mean this in the most literal way! Introduce concepts of different types of soil most simply by allowing them to touch, feel, and play with soil. These activities work best with samples from the surrounding environment for that added layer of connection.

Mud Bricks

Soil becomes an engineering tool with this activity. Use different types of dirt and different consistencies as the base for your bricks to show that not all soils are suitable for building. Students who are a little older may connect with materials used by early civilizations.

Painting with Mud

This activity connects playing with mud to popular children’s books that feature mud and dirt as plot points. You can start with paintbrushes, but little ones will likely want to use their hands at some point to finish their works of art. Prepare for things to get messy!

Mud Sensory Bin

Use this customizable activity to teach kids about soil consistency by having them decide how much water to add to their sensory bins. Incorporate different hands-on tools for them to stretch their imaginations, too.

Soil Sensory Bin

Sensory bins are already a popular activity to explore students’ hand-eye coordination and creative thinking. Using dirt and found natural objects is a great way to include a little environmental awareness in sensory play. Add toy bugs for an added dose of realism.

Taste

Soil Cakes

Ever tried a dirt cake? After a recent PLT Facebook post about a soil layer cake received nearly 400 likes and shares, we realized we might be on to something!

Soil cakes (complete with gummy worms!) and other tasty lessons are easy to modify to better resemble the soil in your community. For example, if you live near wetlands with high clay content in your soil, you may want to include more butterscotch pudding in your recipe. Just make sure to use clear containers to better see all of the layers!

Check out these other soil-inspired cakes and other tasty treats:

Sound, Sight, and Smell

Through both outdoor and indoor activities, younger children explore nature using their senses.

Our newest resource was created for caregivers and preschool and kindergarten teachers who work with ages 1-6. The guide contains 12 hands-on activities and hundreds of ideas for fun sensory experiences to connect young children to nature.

Trees & Me: Activities for Exploring Nature with Young Children allows children to explore their environment through sound, sight, and scent.

Learn more about the 170+ pages of the guide, purchase a copy fromShop.PLT.org, or receive a copy by attending one of the many in-person and virtual professional development opportunities offered by PLT State programs.

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Activities to Explore Erosion

Older students with a base knowledge about the importance of soil to the health of our plant communities can now dive into a big challenge for us when it comes to soil: erosion.

These activities explorethe natural processes behind erosion, including the cause and effects, and whether we can protect our soil from its unintended consequences.

Composting Experiments

Composting can take place in your classroom, kitchen, backyard, neighborhood, or community. Learning about compost can be a hands-on activity, and you don’t need much space to get started!

Composting is an excellent way to learn about how nature recycles nutrients back into the soil with the help of decomposers. These STEM activities teach students about producers, consumers, and decomposers.

Preschool Dirt Lab

Involve students in this activity from start to finish as you lead them on a mission to collect the materials they’ll need to investigate the properties of different soil types. Offer leading questions to have them compare and contrast consistency, the feel, and even the smell of what they find.

Seed Sprouting Experiment

Explore which soils are best for growing plants with this simple experiment. Students of any age can guess which soil is best for seed sprouts ahead of the activity. A classroom vote can work well with the younger set.

Wormery Journal

Embrace environmental education in your outdoor classroom by creating a wormery! Wormeries are typically used as a form of natural composting. In this activity, students will document what they see as the worms doing their important work.

For more hands-on activities to help teach children about the environment, purchase PLT’s Trees & Me and Explore Your Environment: K-8 Activity GuidesatShop.PLT.organd/or attend aprofessional development training in your state.

  • Bio

Hands-On Sensory Activities Exploring the Importance of Soil - Project Learning Tree (4)

Rebecca Reynandez

Rebecca Reynandez is a Marketing and Communications Consultant and Principal of Spring Media Strategies, LLC. She has worked with nonprofits for the past 10 years and currently focuses on working with environmental organizations. She is based in Minneapolis, MN.

Hands-On Sensory Activities Exploring the Importance of Soil - Project Learning Tree (2024)

FAQs

What are the activities that takes place on the soil? ›

Organisms: Living organisms, including plants, animals, and microorganisms, have a significant impact on soil composition. Their activities, such as root growth, nutrient cycling, and organic matter decomposition, contribute to the formation and fertility of soil.

What is the activity of the soil? ›

The activity of the soil is given by the ratio of the plasticity index (Ip) and the percentage of clay fraction (C) in the soil. It indicates water absorption capacity or indicates swelling and shrinkage characteristics.

What are the activities of soil conservation? ›

Chemical-free methods of soil conservation and nutrient management include the plowing of residues, crop rotation, growing green manure, applying a lot of compost and manure, and using microbiological fertilizers.

How do you teach soil? ›

Invite students to observe the bags of soil individually. Here teachers can direct students to touch and feel the different types of soil by saying: “Here are three different bags of soil. I want you to touch the soil. Look at the colours.

Why is soil important explanation for kids? ›

Soil lets plants grow, allows gas exchanges to happen between the land and air, provides habitat for most of the organisms on Earth, holds and cleans water, recycles nutrients, and is used for constructing structures like buildings and roadbeds.

What is the importance of learning about soil? ›

Soil science provides an understanding of how soil properties relate to and can be managed for optimal agricultural production, forest, range, and wetland management, urban land use, waste disposal and management, and reclamation of drastically disturbed sites, such as mines.

What is the learning objective of soil? ›

Identify the factors of soil formation and distinguish between the active and passive factors. Describe how soil forming factors may interact to produce a soil seen in different places in the landscape. Define the basic chemical and physical processes of soil formation.

What is the value of activity of soil? ›

Activity value is used as an index for identifying the swelling potential of clay soils. Skempton (1953) suggested three classes of clays according to activity: i) inactive, AI less than 0.75, ii) normal, AI between 0.75 and 1.25 and iii) active, AI greater than 1.25.

Why is it important to control soil activity? ›

95 percent of the food we eat is grown in the fertile topsoil that is fast being degraded by human activity. Soil degradation, where soil loses the physical, chemical, or biological qualities that support life, is a natural process but it is being accelerated by human activity.

How can we improve soil activity? ›

Higher levels of soil water will enhance microbial activity. Greater soil porosity increases the ability of plant roots to extend further through the soil profile. More roots provide greater surface area and increase rhizosphere activity.

What are the 5 examples of soil conservation? ›

Soil conservation practices are tools the farmer can use to prevent soil degradation and build organic matter. These practices include: crop rotation, reduced tillage, mulching, cover cropping and cross-slope farming.

How can we conserve soil for kids? ›

Soil Conservation
  1. Encourage your parents and local farmers to use organic pesticides.
  2. Help local groups stabilize rivers and lakes during times of flooding so the bank doesn't erode into the water.
  3. Keep storm drains in your neighborhood free of litter and debris.
  4. Start a compost pile of leftover food.

What are 3 soil conservation methods? ›

Soil conservation techniques can fall into three main types: physical, biological, and chemical. Each offers a unique approach to maintaining and enhancing soil health but varies in their methods, sustainability, and environmental impact.

What are the 4 main processes in soil formation? ›

Four basic processes occur in soils— additions, losses, transformations (changes), and translocation (movement).

What is an example of biological activity in soil? ›

The biggest factor in biological activity in the soil is the amount of organic matter present. Examples for improving biological activity: improving drainage, balancing fertilizer use,reducing compaction, adding manure/compost, reducing soil disturbance or planting a cover crop.

What activities do humans do that harm or help the soil? ›

Irrigating in dry climates can cause a buildup of salt, a process called salinization. Few crops can tolerate salt. The soil in this region still remains too salty to grow crops. Other activities that degrade the soil include contamination, desertification, and erosion.

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