Curated OER
Raven Chapter 35 Guided Notes: Plant Form
The ups and downs of plant vascular tissue are described by your beginning botanists as they complete this worksheet. Xylem and phloem are defined and identified on actual color photographs. Functions of the different types of meristem...
Biology Junction
Seeds and Fruits: Types and Dispersal
Did you know that some seeds rely on elephant dung for dispersal? Pupils use class discussion and direct instruction based around a presentation to learn about seed types and dispersal methods. Slides vary from presenting content to...
Biology Junction
Plant Diversity
Ginkgo trees existed for more than 350 million years, and, at this time, only one species still remains. While plant diversity generally increases over geologic time, some interesting exceptions occur. Young scientists learn about plant...
Curated OER
AP: Chapter 29 and 30: Plant Diversity
It's a jungle out there! That is because of the tremendous diversity among plants. In this AP biology assignment, botanists answer questions about plant evolution, diversity, and reproduction. They differentiate between monocots and...
Curated OER
Plant Diversity
Here is an all-encompassing overview of the plant kingdom! In this worksheet, beginning botanists describe characteristics of the four different plant phyla, explain various life cycles, differentiate between monocots and dicots, and...
Biology Junction
Seed Plants: Gymnosperms and Angiosperms
One of the reasons plants found success on land relates to seed development. Scholars learn about many different forms of seeds and how they changed over time. It describes the structure and function of many different types of seeds in...
Curated OER
Introduction to Plant Reproduction
Eight objectives pertaining to plant reproduction are stated and addressed in this presentation. Objectives include defining sexual and asexual reproduction, comparing monocots to dicots, explaining flower types, and more. Some of the...
Curated OER
Seeds - What are Seeds?
At minimum, beginning botanists learn the terminology used when discussion seed germination. This set of slides lists basic seed parts, requirements for germination, steps of the process, and then it differentiates between monocot and...
Curated OER
Structure of Seeds and Effects of Fertilizer on Plant Growth
Investigate the structure of seeds and the effects of fertilizer on the growth of plants. Young scientists observe a peanut and determine if it is a monocot or dicot plant. They plant seeds and make varying solutions of fertilizer, then...
Curated OER
Seed Plant Reinforcement
In this plant worksheet, middle schoolers contrast gymnosperms and angiosperms by completing a table and using information from their textbook. They also identify 5 plants as either monocot or dicot and complete 3 short answer questions...
Curated OER
How Do Flowering Plants Reproduce
Young scholars investigate how flowering plants reproduce. They identify and describe the functions of the major sexual organs of a flower and fruit by examining and dissecting flowers and fruit.
Curated OER
Monocots vs. Dicots
Students examine the differences in nonvascular and vascular plants. They compare the differences between gymnosperm and angiosperms. Students compare the differences between moocots and dicots. They view a powerpoint presentation on...
Curated OER
It All Starts With a Seed
Students use laboratory equipment safely. They identify structures in a seed. They distinguish between monocots and dicots. They search for information using the computer.
Curated OER
Classifying Monocot And Dicot Plants
Sixth graders identify the parts of a flower, and tell the difference between monocots and dicots. They group plant by leaf types and characteristics placing the information in table form on the computer.
Curated OER
Fungi and Plants
In this biology worksheet, students identify and locate various vocabulary terms pertaining to fungi and plants. There are 31 biology terms located in the word search.
Curated OER
Culturing Plants from Embryonic Plant Tissue
Student groups use lima beans to represent dicots and corn to represent monocots, soak the seeds, and separate the embryos from the cotyledons. They then place the seeds in Petri dishes in agar and observe for at least one week recording...
Estrella Mountain Community College
Estrella Mountain Community College: Plants and Their Structure Ii
Explore information about the structure of the plant with this page. Investigate the difference between monocots and dicots by comparing both descriptions and pictures. Also understand what produces secondary growth. Finally, look at the...
University of California
University of California, Berkeley: Cal Photos: Plants
Need a photo for a project, report, multimedia presentation on plants from around the world as well as California? Find fair use images of specific plants by searching with the scientific name, common name, or location.
Scholastic
Scholastic: Study Jams! Science: Plants: Angiosperms: Seeds in Fruit
A video and a 7-question multiple-choice quiz on the topic of angiosperms, plants that produce seeds in fruit.
Alabama Learning Exchange
Alex: Picture This!
This lesson plan involves capturing pictures and identifying monocots and dicots. Young scholars will take pictures of plants and tell whether and why they are monocots or dicots. They will site characteristics of monocots and dicots to...
Other
Perspective: The Plant Kingdom
Did you know their are about 270,000 plant species? This webpage investigates the phyla of the plant kingdom. Learn how plants are classified based on their tissue structure, seed structure, and stature. Each division is described with...
PBS
Nh Pbs: Nature Works: Angiosperms
This colorful site focuses specifically on the role of the flower, an explanation of pollination, and the difference between dicots and monocots.
BiologyWise
Biology Wise: All About Dicot Plants
Lists types of dicotyledons, discusses physical characteristics, and lists examples of this type of plant.
BiologyWise
Biology Wise: Monocot vs. Dicot
One way plants have been classified has been based on the number of cotyledons in the seeds. The differences between monocots and dicots are listed along with some helpful facts.