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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.You must be registered and logged in to add items to your favorites.
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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 (30)
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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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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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 (82)
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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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 (55), animals (284), dinosaurs (48), ecosystems (114), marine biology (33), oceans (143), plants (144)
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 (53), genetics (84), scientific method (49), STEM (380)
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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Project Based Learning Project ideas - Van Andel Institute for Education
Grades
K to 12
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Explore this collection, which offers over 30 creative ideas to help teachers integrate project-based learning into their classrooms. Featured projects include 50 Years of Interest,...more
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Explore this collection, which offers over 30 creative ideas to help teachers integrate project-based learning into their classrooms. Featured projects include 50 Years of Interest, Cardboard Arcade, Cross-Cultural Connections, Kinder Kindness, Police Pals, and Special Friends, among others. Project cards are available for free download, with some options also available for purchase.
tag(s): Project Based Learning (29)
In the Classroom
Students can use Google Drawings reviewed here to create a cause and effect diagram while researching for the "Save the Turtles" PBL card. Students can use Acast reviewed here to make a public service announcement of the importance of composting while using the PBL card titled "Why Does My Teacher Have Worms?"Add your comments below (available only to members) | Become a Member
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Teaching Activities about Heredity and Gene Editing - Science Journal for Kids and Teens
Grades
6 to 12
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The "Teaching Activities About Genetics and Gene Editing" page on Science Journal for Kids offers a curated collection of free, classroom-ready resources designed to help middle and...more
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The "Teaching Activities About Genetics and Gene Editing" page on Science Journal for Kids offers a curated collection of free, classroom-ready resources designed to help middle and high school students explore topics like CRISPR, genetic engineering, and biotechnology. The site features adapted scientific articles written at student-friendly reading levels, accompanied by teacher keys, lesson plans, and interactive tools. Highlights include case studies on gene editing to cure diseases, mosquito population control, and synthetic protein circuits. Many articles are aligned with NGSS standards and are available in multiple languages, making them ideal for diverse classrooms.
In the Classroom
Give the class a GMO seed experiment and have students examine and compare different seeds to determine which are genetically modified. Students can research and debate the pros and cons of genetically modified organisms. Students can model the process of bacterial transformation to understand how genes are transferred. Students can build models of the DNA double helix using various materials. They can also create 3D models digitally using Tinkercad, reviewed here or CoSpaces reviewed here.Add your comments below (available only to members) | Become a Member
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18 Fun Cell Activities For Middle School - Organized Homeschooler
Grades
5 to 9
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Discover a variety of engaging, hands-on activities designed to help middle school students understand cell structures and functions. The activities include creating edible cell models...more
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Discover a variety of engaging, hands-on activities designed to help middle school students understand cell structures and functions. The activities include creating edible cell models using items such as cakes, pizzas, and Jell-O to represent different organelles, making learning fun and memorable. Additionally, the site offers printable worksheets for labeling and coloring cell parts, as well as cut-and-paste exercises to reinforce learning. These diverse approaches cater to various learning styles.
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tag(s): cells (82), organelles (3)
In the Classroom
After studying both cell types, students can work in pairs to complete a Venn diagram comparing their organelles, functions, and structures. Use an online Venn diagram tool such as Venn Diagram Creator, reviewed here. Students can build a 3D plant or animal cell model using clay, Play-Doh, papier-mache, or Shrinky Dinks. Models should be labeled and include all major organelles. Students can research specific organelles and create "trading cards" that include each organelle's name, function, and a fun fact or analogy. Have students create edible models of plant or animal cells using cookies, cakes, or Jello and candy pieces to represent organelles (ex., gummy bears for mitochondria, licorice for endoplasmic reticulum).Add your comments below (available only to members) | Become a Member
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Free Cell Biology Lesson Plans & Resources - AFT's Share My Lesson
Grades
6 to 12
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View this comprehensive collection of free resources tailored for teaching cell biology concepts across various grade levels. The platform offers a diverse range of materials, including...more
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View this comprehensive collection of free resources tailored for teaching cell biology concepts across various grade levels. The platform offers a diverse range of materials, including lesson plans, interactive activities, worksheets, presentations, and laboratory experiments. Highlighted resources include a soap bubble lab to illustrate cell membrane structure, a cell cycle flipbook for visualizing mitosis stages, and detailed presentations on cell organelles and their functions.
tag(s): body systems (47), cells (82), human body (98)
In the Classroom
Students can complete the lesson activities featured on the site. As students are completing the lesson titled "The Human Digestive System - 7 Engaging Lab Station Activities," they can use Seesaw, reviewed here as a journal. In addition, students can use Google Drawings, reviewed here to compare and contrast an animal and plant cell or the digestive system to another body system.Add your comments below (available only to members) | Become a Member
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Emma the Teachie's Cell Cycle - Emma the Teachie
Grades
6 to 12
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Emma the Teachie offers a comprehensive, ready-to-use cell cycle lesson plan complete with free resources designed to engage students and enhance understanding. The package includes...more
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Emma the Teachie offers a comprehensive, ready-to-use cell cycle lesson plan complete with free resources designed to engage students and enhance understanding. The package includes interactive Google Slides activities that allow students to explore and sequence the stages of the cell cycle, as well as Doodle Notes that cater to various learning styles through visual and kinesthetic elements. These materials are adaptable for different classroom needs, whether for direct instruction, independent study, or as part of a substitute teacher's toolkit.
tag(s): cells (82)
In the Classroom
Students can complete the activities included in Emma the Techie's Cell Cycle. When creating their cell projects, students can use Podcast Generator, reviewed here. Students can use Duck Soup, reviewed here to write their Doodle Notes.Add your comments below (available only to members) | Become a Member
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Cells for Kids - Learn Bright
Grades
5 to 8
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Learn Bright's "Cells for Kids" offers an informative and accessible introduction to cell biology, focusing on cell structure and function. Designed for a younger audience, the video...more
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Learn Bright's "Cells for Kids" offers an informative and accessible introduction to cell biology, focusing on cell structure and function. Designed for a younger audience, the video compares animal and plant cells, highlighting their similarities and differences in an engaging manner. It serves as a valuable resource for educators aiming to introduce students to fundamental concepts in cell biology, making complex information understandable and interesting for learners
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tag(s): cells (82), human body (98)
In the Classroom
Create a hands-on or digital matching activity using Flippity, reviewed here where students pair organelle names with their functions and images. Assign students to create 3D models of plant or animal cells using craft supplies or digital tools like Tinkercad, reviewed here. Have students complete a Venn diagram or T-chart comparing plant and animal cells using Canva Infographic Creator, reviewed here, noting shared and unique organelles.Add your comments below (available only to members) | Become a Member
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The Future of Nature Collection - PBS LearningMedia
Grades
6 to 12
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The "Future of Nature" collection on PBS LearningMedia offers educators a curated set of resources focusing on environmental science and conservation. It includes videos, lesson plans,...more
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The "Future of Nature" collection on PBS LearningMedia offers educators a curated set of resources focusing on environmental science and conservation. It includes videos, lesson plans, and interactive materials designed to help students understand and address contemporary ecological challenges. This collection supports teaching about sustainability, biodiversity, and human impacts on the environment, aligning with national science standards to enhance classroom learning experiences. If your district blocks YouTube, then the videos may not be viewable.
tag(s): biodiversity (42), conservation (102), ecology (113), environment (248), sustainability (56)
In the Classroom
Assign small groups to research a specific ecosystem, such as grasslands or oceans, and create an infographic using Canva Infographic Creator, reviewed here highlighting biodiversity, human impact, and conservation efforts. Challenge students to design a "Conservation Action Plan" based on the videos they watch. They can research a real-world problem, propose solutions, and present their ideas in a short video PSA using Adobe Express Video Maker, reviewed here or Powtoon, reviewed here. Organize a class debate on a key environmental issue featured in the series (ex., "Should governments invest more in conservation over industry?").Add your comments below (available only to members) | Become a Member
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Wow in the World - Tinkercast
Grades
K to 12
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Wow in the World is a lively, engaging podcast hosted by Mindy Thomas and Guy Raz that takes curious kids on exciting journeys through the wonders of science and technology....more
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Wow in the World is a lively, engaging podcast hosted by Mindy Thomas and Guy Raz that takes curious kids on exciting journeys through the wonders of science and technology. Each episode dives into fascinating topics such as jaw-dropping inventions, better sleep habits, Neanderthals collecting marine fossils, and the surprising possibility of lush forests once growing in Greenland. Episodes are typically about 24 minutes long and include a variety of resources, including related articles, conversation starters, experiments, book lists, and crafts to extend learning beyond listening.
tag(s): dinosaurs (48), fossils (44), habitats (110), podcasts (183), robotics (30)
In the Classroom
Students can use Google My Maps reviewed here to explore the locations that are discussed during the podcast. Students can use Padlet reviewed here to post questions and comments. Students can utilize the activities and resources provided in the podcast.Add your comments below (available only to members) | Become a Member
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Radiolab for Kids Presents: Terrestrials Podcast - WNYC Studios
Grades
4 to 8
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Radiolab for Kids is a captivating podcast that brings science, curiosity, and storytelling together in a way that engages young learners. Featuring kid-friendly episodes from the popular...more
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Radiolab for Kids is a captivating podcast that brings science, curiosity, and storytelling together in a way that engages young learners. Featuring kid-friendly episodes from the popular Radiolab series, the podcast explores fascinating topics in science, history, and philosophy through engaging narratives and real-world connections. Teachers can use Radiolab for Kids to encourage inquiry-based discussions, introduce complex ideas in an accessible way, and inspire critical thinking. With its mix of storytelling and scientific exploration, the podcast is ideal for upper elementary and middle school students, making it a valuable resource for cross-curricular learning.
tag(s): listening (118), podcasts (183), stories and storytelling (82)
In the Classroom
While listening, have students create a visual concept map using MindMup, reviewed here or paper to connect key ideas from the episode. Doing this helps with comprehension and identifying relationships between concepts. Have students choose a topic from the episode to research further and create a presentation, infographic, or short report using Visme, reviewed here or Canva Edu, reviewed here to share with the class. Have students work in groups to research an interesting question, write a script, and record a mini-podcast episode using narration, interviews, and sound effects. Spotify for Podcasters, reviewed here or Buzzsprout, reviewed here can be used to record the podcast.Add your comments below (available only to members) | Become a Member
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Tumble Science Podcast for Kids - Tumble Media
Grades
3 to 8
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"Tumble: Science Podcast for Kids" is an engaging, kid-friendly podcast that explores fascinating science topics through storytelling and expert interviews. Designed to spark curiosity,...more
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"Tumble: Science Podcast for Kids" is an engaging, kid-friendly podcast that explores fascinating science topics through storytelling and expert interviews. Designed to spark curiosity, each episode presents scientific concepts in a fun and accessible way, making it a great resource for classroom learning. Teachers can use the podcast to support science lessons, introduce new topics, and encourage inquiry-based discussions. With episodes covering a wide range of subjects - from space exploration to biology - Tumble is ideal for upper elementary and middle school students, whether as a listening activity, discussion starter, or inspiration for hands-on experiments.
tag(s): animals (284), dinosaurs (48), listening (118), natural disasters (21), plants (144), podcasts (183), space (251), stars (80), vision (40)
In the Classroom
Before listening, show students the episode title and have them predict what they think the episode will be about. Afterward, discuss how their predictions compared to what they learned. Choose an episode related to a scientific concept that students can test. For example, if an episode focuses on forces, conduct a simple physics experiment in class and have students record their observations. Students can work in small groups to research a science topic, script an episode, and record their classroom science podcast using Adobe Podcast, reviewed here or Acast, reviewed here inspired by "Tumble". They can include fun facts, expert interviews, and sound effects!Add your comments below (available only to members) | Become a Member
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Nature Guys Podcast - Bob Staggenborg
Grades
4 to 8
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The Nature Guys podcast is created by Bob Staggenborg, a former educator and nature enthusiast. He co-hosts episodes with various naturalists and experts, sharing engaging discussions...more
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The Nature Guys podcast is created by Bob Staggenborg, a former educator and nature enthusiast. He co-hosts episodes with various naturalists and experts, sharing engaging discussions about wildlife, conservation, and outdoor exploration. The podcast aims to inspire curiosity about the natural world and encourage people to spend more time outside.
tag(s): animals (284), conservation (102), listening (118), podcasts (183)
In the Classroom
Students can work in small groups to research and record their own short nature-themed podcast episode using Buzzsprout, reviewed here or Spotify for Podcasters, reviewed here, inspired by Nature Guys. They can script, narrate, and even add sound effects to bring their topic to life. While listening to an episode, students can take notes on interesting facts, key ideas, and new vocabulary. Afterward, they can share one thing they learned and one question they still have. After hearing about an animal or ecosystem from the podcast, students can choose a related topic to research and create a mini-presentation, poster, or digital slideshow with Canva Edu, reviewed here or Google Slides, reviewed here.Add your comments below (available only to members) | Become a Member
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Classical Genetics Simulator - Ben Adamczyk
Grades
6 to 12
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The Classical Genetics Simulator (CGS) is a web-based tool that enables students to apply lessons in Mendelian genetics to real-world scenarios. Through customizable simulations, learners...more
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The Classical Genetics Simulator (CGS) is a web-based tool that enables students to apply lessons in Mendelian genetics to real-world scenarios. Through customizable simulations, learners can perform genetic crosses, analyze inheritance patterns, and observe genotype and phenotype segregation without needing live organisms. CGS offers features such as investigating wild populations, analyzing trait linkage, and utilizing chi-squared statistics to support findings. Instructors can create custom populations and monitor student progress through an intuitive dashboard. This platform accelerates the study of genetic inheritance across multiple generations, making it an efficient and ethical alternative to traditional lab practices.
tag(s): genetics (84), simulations (46)
In the Classroom
Students can use CGS to simulate monohybrid and dihybrid crosses, predicting offspring traits using Punnett squares before running the simulation. They can compare their predicted ratios with actual results and discuss any variations. Have students receive a set of unknown parent organisms and determine the inheritance pattern of a specific trait (e.g., dominant/recessive, incomplete dominance) by analyzing the results of simulated breeding experiments on their offspring. Students research a human genetic disorder, such as cystic fibrosis or sickle cell anemia, and then use CGS to model its inheritance pattern. They could create a family pedigree chart using Canva Edu, reviewed here or a mapping tool such as MindMup, reviewed here and explain how the disorder is passed down through generations.Add your comments below (available only to members) | Become a Member
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