This project sets students up to explore animal anatomy and physiology with the idea of replacing a lost appendage (beak, leg, tail, fin, etc.) This is used in small groups of 2 or 3 over the course
The lesson plan goes beyond the conventional boundaries of art and science, highlighting the interdisciplinary nature of these fields. Students will discover the synergies between art (A) and STEM
Students will be able to utilize multimedia resources, such as online simulations and interactive videos, to explain the process of natural selection and provide examples of how it leads to species
This is part 2 of a two-part series focused on the effects of grafting tomato plants to potato root stock in order to create "pomato" plants. This lesson is written for junior high students but can be
In this lesson students will use everything they've done in parts 1-3 to analyze how mutations affect proteins. Students will build the mutated proteins that they sequenced in part 3. They will test
In this lesson, students will be introduced to mutations in DNA. They will create beaded or illustrated "codes" to represent 5 different mutations to their original protein codes. These codes will be
In this lesson students will continue to learn about protein synthesis. At the beginning of this lesson students should know that genes have the code to make proteins. Today they will be introduced to
In this lesson students are introduced to the idea that DNA is the code to create proteins and that proteins can be structural or functional. Students are given a problem to create a model of a
This lesson is designed around competition. Competition is a driving force behind natural selection. If something can survive to reproduce, the traits are passed on. Students will be completing
This is a junior high lesson on plant grafting that can be done in a classroom setting or with an after-school club such as botany. This lesson can be easily modified for any grade level. In this
Students will learn how fingerprints are used to solve crimes. Students will then take their own prints, examine patterns within their prints, and compare/contrast the percentages for each type of
In this engaging and hands-on lesson, students construct candy DNA models to explore its structure, base pairing rules, and replication, enriching their understanding of genetics.
In this outstanding lesson, students will apply their knowledge of how natural and human-caused changes to habitats or climate can impact our world in a stop motion film. The lesson covers a Science
In this lesson students model the process of speciation using Skittles. As they work through the story, students see how changing geography can change the traits in a species and how over time these
This is part 2 of a Heredity lesson. In this portion of the lesson the students will work in collaborative pairs to mate the dragons the created in part 1. Furthermore, they will create Punnett
In part 1 of this lesson, students will use the laws of heredity to create a dragon based on the random toss of a coin. A chart has been created to assign genotypes and the corresponding phenotypes
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