Curated OER
Why Plants Are Green
Learners discover the properties of chlorophyll in plants. In this plant biology lesson, students conduct an experiment to find where the chlorophyll in the plant is located. Learners are split into small groups and study plant parts....
Curated OER
Water's Edge Café
Learners observe water birds feeding at a local wetland, record what they see, and construct an appropriate menu for a "Waterfowl Cafe." They also play a "flocking" game.
Indian Land Tenure Foundation
Gifts from Land and Water
With a series of fun hands-on simulations, young children can learn about conservation and natural resources. Your learners become land detectives, discussing and investigating the gifts that the land and water provide them. They then...
Curated OER
What's Dancing in the Water?
Students learn about watershed, as well as the different forms and uses of water. In this water forms lesson, students brainstorm water sources and uses. Students read the book Water Dance and discuss water examples. Students complete a...
Curated OER
The Living Environment
Young scholars use a spoon, clothespin, scissors, and toothpicks to simulate how animals get food in their environment. For this environment lesson plan, students learn about the adaptations animals make in order to survive.
Curated OER
Plants, Animals and Our Environment
Students draw and label the basic needs of animals. They draw and label the basic needs of plants. Students understand the basic needs of plants and animals are not only the same, but are interrelated. They know that the environment...
Curated OER
PLANT LIFE CYCLES
Student learns about the life cycle of plants by watching a time-lapse video. This activity provides young scholars with further evidence that all living things grow and change as they progress through their life cycle. Student conducts...
Curated OER
What Plants Need in Order to Survive and Grow: Air
Students conduct an experiment to determine whether plants need air in order to survive and grow. They discuss natural resources, analyze slides, and observe and record data from the experiment.
Curated OER
What Plants Need in Order to Survive and Grow: Soil
Students conduct an experiment to evaluate whether plants need soil to survive and grow. They plant two seeds, one with soil and one without, make predictions, and record and analyze the seed germination results on a worksheet.
Curated OER
Endangered Species: Not Only Animals
Young scholars research endangered animals and plants. In this biology lesson, students are read Will We Miss Them? Endangered Species by Alexandra Wright before they begin searching for information to complete an endangered species...
Curated OER
Meet the Plants
Students examine the difference between living and non-living things. In this living versus non-living lesson, students complete a KWL worksheet and a Living and Non-Living Chart. They examine a variety of plants and non-plants before...
Curated OER
Dry-Land Kalo-Growing New Plants from Stems
Students explore Hawaiian plants. In this Hawaii culture and botany lesson, students plant the haha(stem) of a taro plant. Students listen to Hawaiian myths about the taro plant and chorally speak a Hawaiian chant of protection. Students...
Curated OER
The "Seedier" Side of Plants
Students demonstrate seed dispersal vectors through role-play, analyze seed types, identify plant parts, list seven conditions plants need in order to grow, and describe how seeds travel.
Curated OER
Growing plants
Learners explore plants and recognize that they are living things that require light and water to grow; students identify, name and match the parts of plants.
Curated OER
Plants: Scattering Seeds
Students collect and microscopically examine seeds from the school yard and neighborhood. In small groups, they draw and discuss the shapes of the seeds to determine each plant's method of dispersal. they also test two types of seeds...
University of Wisconsin
Bimodel Botany Bouquet
Gardeners are given an individual plant specimen from a bouquet of local rain garden plants. They group up by their plant type and then make observations together, name the plant, and introduce it to the rest of the class. You then share...
LABScI
Botany: The Plant Dissection Lab
Study everything about plants! The 12-part series of lessons continues with an examination of many aspects of plants. Components of the laboratory activity address the growth and structure of plants by evaluating familiar plants. The...
Agriculture in the Classroom
Wad-a-Watershed
What kind of impact do humans have on watersheds? Find out in a lesson that defines, explores, and promotes ways to protect our watersheds. The ultimate goal of the lesson is for learners to discover how a watershed is impacted by...
National Nanotechnology Infrastructure Network
Can Small Pollutants Harm Aquatic Organisms?
Nanoparticles have toxic effects on plant and animal life—even though you can't see them. The second lesson of a two-part series has young scientists conduct an experiment that exposes plant and animals to nanoparticle pollutants. They...
Curated OER
The Marvels of Mud
Young scientists roll up their sleeves and get a little dirty in this three-day earth science investigation. Following the scientific method, children monitor the growth of algae in pond water samples in order to determine the role that...
Curated OER
Desert Adaptations: Water
Young scholars experiment with methods of water conservation. In this water conservation lesson, students explore the importance of water for plants and animals in a desert biome.
Curated OER
The Water Cycle
Students are introduced to the components and importance of the water cycle. They are shown how groundwater moves using a model. Students list 9 places on earth where water is found. They define the terms cycle and water cycle.
Curated OER
Photosynthesis: How do plants make food?
Students study why plants are green and how water is transported in them. They examine how plants respond to different amounts of light.
Curated OER
Water-Holding Capacity
Students design and conduct an experiment to compare the water-holding capacity of sand, soil, and moss. They measure the change in weight for each material after adding the same amount of water to each material.