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Ecology-Definition-Examples-Explanation - MooMooMath and Science
Grades
6 to 8
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Curious how to introduce ecology in a way that sticks? MooMooMath and Science's video, "Ecology - Definition, Examples, Explanation," offers a clear and engaging overview of what ecology...more
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Curious how to introduce ecology in a way that sticks? MooMooMath and Science's video, "Ecology - Definition, Examples, Explanation," offers a clear and engaging overview of what ecology is, perfect for middle school classrooms. It defines ecology as the study of how organisms interact with their environment, breaking it down into biotic and abiotic factors with easy-to-follow examples. The video makes abstract science concepts accessible and visually engaging for students. If your school district restricts access to YouTube, students may not be able to view this video on school networks.
tag(s): ecology (107), ecosystems (93)
In the Classroom
Have students explore the classroom, schoolyard, or images to find examples of biotic and abiotic components in an ecosystem. Students can choose an ecosystem and draw a food web using MindMup reviewed here labeling producers, consumers, decomposers, and the flow of energy. Assign students to write analogies comparing an ecosystem to something familiar (ex., a school, a car engine).You must be registered and logged in to add items to your favorites.
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5 WOW Factor Ecological Relationships Activities - Bright in the Middle
Grades
6 to 8
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Looking to ignite curiosity in your middle school science classroom? Explore this resource, which offers creative, hands-on lessons that bring concepts like mutualism, parasitism, and...more
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Looking to ignite curiosity in your middle school science classroom? Explore this resource, which offers creative, hands-on lessons that bring concepts like mutualism, parasitism, and predation to life. Starting with an eye-catching example of Demodex mites -- tiny creatures that live on human skin -- students are drawn into the real-world concept of symbiosis. Activities include analyzing organism images, completing Venn diagrams and KWL charts, and creating ecosystem research projects. These standards-aligned activities are designed to deepen understanding and spark lasting interest in ecology. Be sure to view the free resources, as this site also has some for a fee.
tag(s): ecology (107), ecosystems (93)
In the Classroom
Start the unit with a hook by introducing Demodex mites--microscopic organisms that live on human skin. Show a short video or image, then ask students to hypothesize the type of relationship (mutualism, commensalism, or parasitism) that exists. Have students examine curated images of organisms in pairs or small groups and sort them into categories (mutualism, commensalism, parasitism, predation, competition). They should justify their choices with evidence. Have students invent an organism and design its ecological relationships. Then have them draw the creature, describe its niche, and explain at least two relationships (ex., its predator, its symbiotic partner). They can create a 3D model of their creature using Delightex reviewed here.
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Wildlife Ecology Basics - Michigan State University Extension
Grades
4 to 12
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Step into the wild with the Michigan Forests Forever Wildlife Ecology website, where students can explore the fascinating relationships between forests and the animals that depend on...more
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Step into the wild with the Michigan Forests Forever Wildlife Ecology website, where students can explore the fascinating relationships between forests and the animals that depend on them. This educational resource helps teachers bring forest ecosystems to life by covering essential topics like habitat needs, population cycles, and forest succession. With detailed examples from Michigan's diverse wildlife, including threatened and endangered species, the site encourages students to think critically about conservation and environmental change.
tag(s): animals (295), conservation (103), ecosystems (93), endangered species (28), environment (252), forests (32), habitats (101), population (53)
In the Classroom
After learning about basic habitat needs (food, water, shelter, space), give students cards with different Michigan animals and habitat types. Have them match each animal to its correct habitat based on clues from the website. Using the site's information on forest animals, students can create a forest food web poster or digital web using Canva Edu reviewed here showing the connections between producers, consumers, and decomposers. Using the site's information on forest succession, have students create a timeline using Sutori reviewed here or Timeline Infographic Templates reviewed here or model showing how a forest changes over time, and how those changes affect wildlife.Add your comments below (available only to members) | Become a Member
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Simulations - Physics - PhET's Simulations
Grades
5 to 12
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PhET's Simulations offer a wide range of interactive physics activities covering topics such as motion, sound and waves, work and energy, heat and thermodynamics, quantum phenomena,...more
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PhET's Simulations offer a wide range of interactive physics activities covering topics such as motion, sound and waves, work and energy, heat and thermodynamics, quantum phenomena, light and radiation, electricity, magnetism, and circuits. Each simulation can be downloaded, embedded, shared to Google Classroom, or posted on social media platforms like Facebook and X. Simulation pages include information on the topic, sample learning goals, inclusive features, system requirements, and related simulations. Additional resources include teaching materials, classroom activities, presets, translations, and credits. Examples of available simulations include Models of the Hydrogen Atom, Sound Waves, Normal Modes, and Circuit Construction Kit: DC, among many others. Users can filter simulations by grade level, device compatibility, release date, inclusive features, and language.
tag(s): atoms (47), circuits (20), density (20), electricity (61), energy (137), forces (43), friction (11), light (56), magnetism (35), mass (20), matter (48), motion (52), planets (118), probability (99), simulations (38), solar system (113), sound (72), sounds (42)
In the Classroom
Students can use Kiddle reviewed here to research more information about the topic after they have played the simulation. Students can use Dotstorming reviewed here to vote on their favorite. Students can use Google Keep reviewed here to take notes as they are engaging in the simulation.Add your comments below (available only to members) | Become a Member
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Foreign Languages and Literature - MIT Open Courseware
Grades
8 to 12
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This site provides free, open access to educational materials from thousands of MIT courses as part of their open courseware program, all without requiring registration or enrollment....more
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This site provides free, open access to educational materials from thousands of MIT courses as part of their open courseware program, all without requiring registration or enrollment. All courses include a regular syllabus with assignments, interactive activities, and other resources such as videos and slideshows. Course subjects include computer science and artificial intelligence, math, physics, engineering, and others. There are courses from beginning-level undergraduate classes and up to graduate-level master's and doctoral courses. Find courses by searching for topics, browsing collections, or choosing from the newest course additions.
tag(s): africa (172), artificial intelligence (217), business (54), coding (91), creating media (15), energy (137), engineering (141), environment (252), equations (119), literature (219), sociology (23), space (231), STEM (331), transportation (31)
In the Classroom
AP history, language, and economics students may find MIT's online course materials useful. MIT has committed to putting its entire curriculum on the web, and these early offerings include syllabi, reading materials, and a variety of subject-specific class notes. Before using these pages, students and parents should all be aware of what Open Courseware is and is not. Teachers at smaller schools may welcome the availability of language alternatives. Teachers of gifted who are looking for acceleration options will also find these courses valuable, though you will need to develop a means of doing assessment if your students are to earn credit for them.
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Chemical Reactions in Biology - Crash Course
Grades
9 to 12
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This engaging CrashCourse Biology video is a dynamic resource for middle and high school science teachers looking to explore the fundamentals of chemical reactions in living systems....more
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This engaging CrashCourse Biology video is a dynamic resource for middle and high school science teachers looking to explore the fundamentals of chemical reactions in living systems. Hosted by CrashCourse's expert presenter, the video connects core concepts --such as the laws of thermodynamics, ATP as the cell's energy currency, exergonic vs. endergonic reactions, and enzyme function --to real-life cellular processes. It explains how energy flows within cells, why enzymes are critical for speeding up reactions, and how metabolic pathways work, all in a lively, accessible style. Perfect for introducing or reinforcing lesson units on cellular biology, energy transformation, or metabolic function, this video pairs well with guided notes or class discussion. It's also supported by educator materials aligned with NGSS standards
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In the Classroom
Students can use Padlet reviewed here to post questions or comments after watching the videos. Students can use Google Keep reviewed here to take notes while watching the video. Have students participate in an "Enzyme Action Simulation" where they act out enzyme-substrate interactions by matching and completing simple tasks like assembling molecule models.Add your comments below (available only to members) | Become a Member
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Science - PBS LearningMedia
Grades
6 to 12
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PBS Learning Science contains thousands of free resources on natural phenomena and scientific topics, including: Earth and Space, Life Science, Physical Science, Practice and Nature...more
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PBS Learning Science contains thousands of free resources on natural phenomena and scientific topics, including: Earth and Space, Life Science, Physical Science, Practice and Nature of Science, and Instrumentation, Measurements, and Units. The site offers videos, lesson plans, and interactive tools that can be searched by grade level, topic, newest, relevance, and popularity. Each resource provides supporting material for teachers and students. Resources can be shared in Google Classroom or through a link. State standards are included.
tag(s): cells (85), chemicals (40), ecosystems (93), habitats (101), life cycles (22), matter (48), measurement (124), space (231)
In the Classroom
Assign each student a specific cell organelle to research. Students then participate in a "speed dating" activity where they pair up and share information about their assigned organelle, focusing on its structure and function. Encourage students to plan and conduct simple experiments related to life science topics, such as photosynthesis or respiration. Using the scientific method, students can formulate hypotheses, collect data, and draw conclusions. Have students use the digital tools to explore the process of meiosis. Students can engage with interactive simulations that illustrate each phase of meiosis, allowing them to visualize chromosome behavior and understand genetic variation.Add your comments below (available only to members) | Become a Member
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Earth's Systems - PBS LearningMedia
Grades
K to 12
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The Earth's Systems section on PBS LearningMedia, curated by WQED, offers over 350 free, standards-aligned resources designed to support K-12 science instruction. Educators can access...more
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The Earth's Systems section on PBS LearningMedia, curated by WQED, offers over 350 free, standards-aligned resources designed to support K-12 science instruction. Educators can access diverse materials--including videos, interactive simulations, lesson plans, and data visualizations--that explore the dynamic interactions among Earth's geosphere, hydrosphere, atmosphere, and biosphere. These resources are organized by recency, ensuring that teachers have access to the most up-to-date content and are suitable for various grade levels and learning environments. Integrating multimedia content with inquiry-based activities, this collection fosters a deeper understanding of Earth system science and its relevance to real-world phenomena.
tag(s): atmosphere (22), climate (89), earth (183), plate tectonics (28), rock cycle (25), visualizations (10), volcanoes (59), weather (163)
In the Classroom
Have students explore the interactive "Earth's Four Spheres" to learn about the geosphere, biosphere, atmosphere, and hydrosphere. Watch the video and have students write cause-and-effect chains showing how volcanic eruptions impact each Earth system. They can use Canva Infographic Creator, < a href="/single.cfm?id=17570">reviewed here to create a digital version. Students can get cards with different events or images (e.g., hurricane, soil erosion, animal migration) and sort them into categories: geosphere, hydrosphere, biosphere, atmosphere, or a combination.Add your comments below (available only to members) | Become a Member
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DNA, Chromosomes, Genes, and Traits: An Intro to Heredity - Amoeba Sisters
Grades
6 to 12
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The video "DNA, Chromosomes, Genes, and Traits: An Intro to Heredity" by the Amoeba Sisters offers a concise and engaging introduction to fundamental genetics concepts. Using animated...more
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The video "DNA, Chromosomes, Genes, and Traits: An Intro to Heredity" by the Amoeba Sisters offers a concise and engaging introduction to fundamental genetics concepts. Using animated characters and clear explanations, it covers the relationships between DNA, chromosomes, genes, and traits, illustrating how genetic information is organized and expressed in living organisms. This resource is beneficial for middle and high school students, as it makes complex topics accessible and enjoyable. Educators can incorporate this video into their lessons to enhance students' understanding of heredity and the molecular basis of traits. The video is hosted on YouTube. If your district blocks YouTube, then they may not be viewable.
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In the Classroom
Before or after the video, provide students with vocabulary cards (e.g., DNA, chromosome, gene, trait, nucleus) and definition cards. Have them match terms to definitions in small groups, sparking discussion and pre-assessing understanding. Ask students to create a visual flowchart illustrating how DNA influences a trait, using examples such as eye color or hair texture. They should include steps like gene expression and protein formation. The flow chart can be made with a digital tool such as Canva Infographic Creator < a href="/single.cfm?id=17570">reviewed here or MindMup, reviewed here. Using coins or spinners to represent alleles from two "parents," students can simulate the inheritance of traits (like dimples, tongue rolling, etc.) for an imaginary offspring. Then, they can draw their "baby" and describe the inherited traits that it will possess.Add your comments below (available only to members) | Become a Member
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Educational Resources: Engineering - U.S. National Science Foundation
Grades
K to 12
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The U.S. National Science Foundation: Engineering page provides a wide range of educational resources, including lesson plans, printable activities, videos, and images focused on the...more
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The U.S. National Science Foundation: Engineering page provides a wide range of educational resources, including lesson plans, printable activities, videos, and images focused on the world of engineering. Featured lessons come from platforms like TeachEngineering, Engineering Go For It, and TryEngineering, offering hands-on and inquiry-based content. Video highlights include topics such as "What is Engineering?", "What is Mechanical Engineering?", "What is a Robot?", and explorations of microplastics and various engineering careers, with direct access to the NSF News YouTube channel. The site also showcases fascinating images of organs, marine life, and skeletal structures to support visual learning. The videos are hosted on YouTube. If your district blocks YouTube, then they may not be viewable.
tag(s): engineering (141), robotics (29)
In the Classroom
Select a hands-on lesson from TeachEngineering (part of NSF's collection of 1,500+ vetted K-12 activities) that fits your unit, like building bridges, towers, or circuits. Have students go through the full engineering process: brainstorm, prototype, test, and iterate. Introduce the Morphing Matter for Girls activities to explore smart materials. Assign students to design and prototype an artifact (e.g., a reusable ecological gadget or wearable tech), learning how materials can change properties & respond to environments. Use a PhET simulation (e.g., electric circuits or structures) to let students experiment virtually. Pose a challenge: "Design a stable bridge using at least three materials." After testing different builds, have students record data and write short analyses, combining engineering design with scientific reasoning.Add your comments below (available only to members) | Become a Member
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Easy to Understand: Intro to Genetics - Miss Angler
Grades
6 to 8
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This introduction to genetics video explains the difference between genes and alleles within the context of heredity and genetics. It reviews DNA and chromosomes, showing that genes...more
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This introduction to genetics video explains the difference between genes and alleles within the context of heredity and genetics. It reviews DNA and chromosomes, showing that genes are specific sections of DNA that control traits such as eye color or height. Alleles are introduced as variations of a gene -- for example, blue or brown eye color. Miss Angler uses visuals and analogies to demonstrate how one allele is inherited from each parent and how this affects a person's appearance. It also explains dominant and recessive alleles using capital and lowercase letters. This resource helps review key vocabulary and support lessons on DNA, meiosis, and Punnett squares. If your district blocks YouTube, then the video may not be viewable.
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In the Classroom
Have students complete a quick survey of simple traits (e.g., attached earlobes, tongue rolling, dimples) and tally class data. Use it as an intro to discuss dominant vs. recessive traits. Give students cards labeled with alleles (ex., B and b for eye color) and have them pair up to "create" offspring. Each student picks one card from each "parent" and determines the resulting trait. Students can make a mini flipbook or digital book using Book Creator, reviewed here.Add your comments below (available only to members) | Become a Member
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STEM Teaching Resources - Genetics - National Institutes of Health
Grades
8 to 12
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Developed by the NIH and its partners, the site features interactive lessons, hands-on activities, and videos that explore DNA, gene-environment interactions, and current research....more
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Developed by the NIH and its partners, the site features interactive lessons, hands-on activities, and videos that explore DNA, gene-environment interactions, and current research. Highlights include engaging tools like the "Genome + Environment = Dance!" video and the "Genetics Miniseries" from the Biomedical Beat blog. These resources make it easy to bring real-world science into the classroom. The videos are hosted on YouTube. If your district blocks YouTube, then they may not be viewable.
In the Classroom
Promote student engagement by beginning the lesson by showing the "Genome + Environment = Dance!" video, which illustrates how environmental factors and personal choices influence gene expression. Students can read blog posts from the Genetics Miniseries and participate in accompanying activities, including discussions, applications, and quizzes. Implement interactive lessons from the webpage that explore the ethical, legal, and social implications of personal genetics.Add your comments below (available only to members) | Become a Member
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It's In Your Genes - Donna Lasher
Grades
K to 8
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The "It's in Your Genes" page on Big Ideas for Little Scholars offers hands-on activities and resources to teach younger students about inherited traits and DNA. Highlights include...more
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The "It's in Your Genes" page on Big Ideas for Little Scholars offers hands-on activities and resources to teach younger students about inherited traits and DNA. Highlights include a Mendelian genetics simulation to explore dominant and recessive traits, constructing DNA models using pipe cleaners and pasta, and extracting DNA from strawberries. The site also recommends supplementary materials, such as KidsDiscover magazines, for further reading. These engaging activities are designed to make complex genetic concepts accessible and enjoyable for learners.
In the Classroom
Have students use colored beads or paper slips to simulate dominant and recessive allele combinations. Students build a 3D DNA model using pipe cleaners, beads, or pasta to represent base pairs. Students extract visible DNA from strawberries using household materials (salt, dish soap, alcohol). Create bingo cards using Bingo Creator, reviewed here with inherited traits (ex., widow's peak, attached earlobes), and students mark traits they or classmates have.Add your comments below (available only to members) | Become a Member
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The Biology Corner - Shannan Muskopf
Grades
8 to 12
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The Biology Corner's Genetics and Heredity section offers a comprehensive suite of free, printable resources tailored for high school biology educators. This collection includes worksheets,...more
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The Biology Corner's Genetics and Heredity section offers a comprehensive suite of free, printable resources tailored for high school biology educators. This collection includes worksheets, simulations, case studies, and project-based activities that cover a wide range of topics, from basic Mendelian genetics to advanced concepts like codominance, sex-linked traits, and population genetics. Educators can utilize materials such as Punnett square practice problems, dihybrid cross exercises, and hands-on simulations like "Penny Genetics" and "Paper Pets" to engage students in understanding inheritance patterns. Additionally, real-world case studies on genetic disorders and creative projects, such as "Design-a-Species," provide opportunities to enrich and extend learning, making complex genetic concepts accessible and engaging for students.
In the Classroom
Have students use colored paper to represent alleles and "breed" pets with various traits (such as fur color and eye shape). Students can flip coins to simulate inheritance of traits, recording genotypes and phenotypes. Printable worksheets challenge students to solve monohybrid and dihybrid crosses and apply vocabulary such as homozygous and heterozygous. Have students investigate real-world genetic conditions (ex., sickle cell anemia or cystic fibrosis), exploring inheritance patterns and societal impact.Add your comments below (available only to members) | Become a Member
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Cell Structure Collection - PBS LearningMedia
Grades
3 to 12
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Looking to bring the fascinating world of cells to life in your classroom? This collection offers a wealth of free, high-quality resources tailored for educators. This comprehensive...more
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Looking to bring the fascinating world of cells to life in your classroom? This collection offers a wealth of free, high-quality resources tailored for educators. This comprehensive suite includes interactive lessons, engaging videos, and detailed diagrams that explore the components and functions of cells. Designed to align with educational standards, these materials support diverse learning styles and can be seamlessly integrated into your curriculum. Whether you're introducing students to the basics of cell biology or delving into more complex processes, this collection provides the tools you need to inspire and educate.
tag(s): cells (85)
In the Classroom
Students can use Canva Edu reviewed here to create and label a cell. Students can use Google Drawings reviewed here to compare and contrast a plant and animal cell. Finally, students can create 3D models of cells.Add your comments below (available only to members) | Become a Member
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Genetic Literacy - GLP Library
Grades
9 to 12
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The Genetic Literacy Project (GLP) is a nonprofit science communication platform that explores the intersection of genetics, biotechnology, and public policy. Its mission is to promote...more
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The Genetic Literacy Project (GLP) is a nonprofit science communication platform that explores the intersection of genetics, biotechnology, and public policy. Its mission is to promote science literacy by providing evidence-based information on gene editing, GMOs, agriculture, health, and sustainability. The site features a vast library of articles, infographics, podcasts, and regulatory trackers, including tools like the Global Gene Editing Regulation Tracker and the Anti-GMO Advocacy Funding Tracker. GLP aims to foster informed dialogue by analyzing scientific developments and addressing misinformation, making it a valuable resource for educators seeking to incorporate current issues in genetics and biotechnology into their curriculum.
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tag(s): agriculture (53), dna (52), genetics (87), infographics (60), podcasts (137), sustainability (53)
In the Classroom
Assign students an article from the GLP homepage and have them summarize it for the class. Have students explore GLP's infographics (ex., GMO safety, gene editing regulations) and create a presentation using Visme, reviewed here or Google Slides, reviewed here explaining the data and implications. Students can utilize GLP's Global Gene Editing Regulation Tracker to explore how various countries regulate gene editing and present their findings.Add your comments below (available only to members) | Become a Member
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Genetically Engineered or Not Quiz - Share My Lesson
Grades
9 to 12
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The "Genetically Engineered or Not Quiz" is an engaging, visual activity designed for high school biology students (grades 9-12). This short picture-based quiz challenges students to...more
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The "Genetically Engineered or Not Quiz" is an engaging, visual activity designed for high school biology students (grades 9-12). This short picture-based quiz challenges students to determine which organisms are genetically engineered, which are selectively bred, and which occur naturally. Serving as an effective lesson opener or discussion starter, it encourages critical thinking about biotechnology and the distinctions between genetic engineering and traditional breeding methods. The resource includes a downloadable PowerPoint file and has received positive feedback from educators for its ability to spark curiosity and facilitate classroom discussions. Create a free account and log in to access the lesson.
In the Classroom
Use the provided PowerPoint to show images of different organisms (e.g., GloFish, seedless watermelon, featherless chicken). Students can guess if each one is genetically engineered, selectively bred, or natural. Set up stations with images and brief texts that illustrate how specific traits in crops or animals have evolved. Students can circulate and determine whether the change came from natural selection, selective breeding, or genetic engineering. Have students design an organism using either selective breeding or genetic engineering. They must describe its traits, how it was developed, and its intended benefit or use.Add your comments below (available only to members) | Become a Member
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Educational Resources: Biology - U.S. National Science Foundation
Grades
K to 12
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The U.S. National Science Foundation's Biology resource page offers a wide range of educational materials, including lesson plans, videos, printables, and images. Featured lessons cover...more
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The U.S. National Science Foundation's Biology resource page offers a wide range of educational materials, including lesson plans, videos, printables, and images. Featured lessons cover topics like Ecosystem Disruptions, Merlin Bird Identification, and the Digital Atlas of Ancient Life. Printable activities include dinosaur bone coloring pages, a ladybug mix-up game, and a soil sloth experiment. Engaging YouTube videos such as What is Oceanography?, The Build a Plant series, What is a Virus?, and Could Giant Sandworms Exist? are available, along with a direct link to the NSF News YouTube channel. The page also highlights a gallery of vibrant plant and animal images. The videos are hosted on YouTube. If your district blocks YouTube, then the videos may not be viewable.
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tag(s): animal homes (56), animals (295), dinosaurs (47), ecosystems (93), marine biology (33), oceans (144), plants (150)
In the Classroom
Students can use Kiddle reviewed here to research the plants and animals on the site. Students can write notes in Google Keep reviewed here as they watch live web cameras of birds from the link provided via Merlin. Students can use Seesaw reviewed here to list facts about what they learn after watching a video.Add your comments below (available only to members) | Become a Member
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Teach Genetics and Heredity with Free STEM Lessons - Science Buddies
Grades
K to 12
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The Science Buddies blog post, Teach Genetics and Heredity with Free STEM Lessons & Activities, provides K-12 educators with a curated selection of free, hands-on science lessons and...more
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The Science Buddies blog post, Teach Genetics and Heredity with Free STEM Lessons & Activities, provides K-12 educators with a curated selection of free, hands-on science lessons and activities focused on genetics and heredity. These resources include interactive projects such as building family trees to explore inherited traits, modeling genetic inheritance using fictional aliens, and investigating how gene mutations can affect taste perception. Designed to align with science standards, these activities aim to make complex genetic concepts accessible and engaging for students across various grade levels. The videos are hosted on YouTube. If your district blocks YouTube, then they may not be viewable.
tag(s): dna (52), genetics (87), scientific method (50), STEM (331)
In the Classroom
Using paper or modeling supplies, students can simulate inheritance using "Reebops," fictional marshmallow creatures with traits passed from parent to offspring, by creating Punnett squares. Students can create stop motion videos using Cloud Stop Motion, reviewed here to record the Reebop construction process. Have students test their ability to detect PTC paper and relate the results to a specific gene variation. Students can use a genetics key to "breed" alien offspring based on specific trait combinations. Students can then translate a DNA sequence into a color-coded bracelet (A = red, T = green, etc.).Add your comments below (available only to members) | Become a Member
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Genetics and Heredity - PBS LearningMedia
Grades
K to 12
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Discover genetics and heredity through this collection, featuring a diverse range of free, standards-aligned educational resources for K-12 science teachers. This collection features...more
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Discover genetics and heredity through this collection, featuring a diverse range of free, standards-aligned educational resources for K-12 science teachers. This collection features engaging videos, interactive lessons, and classroom activities that help explain key concepts such as DNA, gene expression, how traits are inherited, and genetic variations. Teachers can filter resources by grade level and topic, making it easy to fit them into their lessons. The site also includes tools for customizing lessons, making it easier to teach genetics and heredity in the classroom.
In the Classroom
Watch a short video, such as "What Are Traits?", and have students list visible traits they observe in their classmates, such as dimples and eye color. Ask students to record their data and share the results using a simple graph creator tool such as Data GIF Maker, reviewed here. Include interactive media, such as the "Heredity Interactive Lesson," in your activities, where students match traits to their parents and offspring. Students can use dice rolls to determine the traits of a fictional insect (antennae type, wing shape, etc.). Have students interview family members about physical traits (ex., hair type, eye color) and build a visual "trait tree."Add your comments below (available only to members) | Become a Member
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