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Sky.org Online Planetarium - Dominic Ford
Grades
4 to 12In the Classroom
Have students use the live sky map to locate and label 5-10 constellations visible from their location. Have students view the sky map weekly and record any changes in visible constellations, the moon's phase, or the positions of planets. Over several weeks, students can use a sky map to track a specific planet (such as Mars or Jupiter) and graph its movement across the sky. The graphs can be made on paper or digitally using ClassTools reviewed here.You must be registered and logged in to add items to your favorites.
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Stellarium Web Online Star Map - Stellarium
Grades
3 to 12tag(s): myths and legends (42), planets (117), space (229), stars (76)
In the Classroom
Set the Stellarium view to the current night sky and challenge students to find and name visible constellations. Have them use the search tool or guide them to "hunt" for constellations like Orion, Ursa Major, or Cassiopeia. Have students explore planets in Stellarium Web (clicking on planets reveals data), then have them complete a "planet passport" by recording information such as size, number of moons, temperature, or visibility. The passport can be made on paper or using a digital tool such as ePubEditor reviewed here. After identifying constellations, students can research the mythology behind one of them (ex., Perseus or Hercules). Assign them to write a summary or create a comic strip using Free Comic Strip Maker reviewed here retelling the story of the constellation.Add your comments below (available only to members) | Become a Member
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Timeline Templates - Genially
Grades
4 to 12This site includes advertising.
tag(s): digital storytelling (151), infographics (60), multimedia (55), timelines (58)
In the Classroom
Students can retell events from a novel or a historical figure's life using a timeline with images and clickable text, making reading comprehension more interactive and visual. Have students create timelines that connect historical events with scientific discoveries or literary works from the same era. Assign specific events to different students or groups to add to a shared timeline, promoting teamwork and reinforcing sequencing skills. Students can build a yearlong timeline of their learning journey, showcasing key projects, reflections, and academic milestones to share during student-led conferences.Add your comments below (available only to members) | Become a Member
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NASA's Eyes on the Solar System - NASA
Grades
5 to 12tag(s): gravity (45), rockets (12), simulations (37), space (229)
In the Classroom
Assign each student a planet, moon, or asteroid and have them use "Eyes on the Solar System" to gather facts (orbit, surface features, missions, etc.). They can create a mini digital report using Genially reviewed here or Canva Edu reviewed here. Have students select a spacecraft and simulate its path from Earth to its target. Afterward, discuss how gravity assists and orbital mechanics work. In small groups, assign students to design their space mission: target, goals, launch date, route, etc. They can use the website to simulate where and when the mission would travel and explain their choices.Add your comments below (available only to members) | Become a Member
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SPACEX- ISS Docking Simulator - Shane Mielke
Grades
6 to 12tag(s): problem solving (242), simulations (37), space (229)
In the Classroom
Students can attempt to dock the Crew Dragon spacecraft to the ISS manually. Time their attempts or track how many tries it takes to succeed. Break the class into two teams: one uses only translation controls (X, Y, Z), the other uses only rotation (pitch, yaw, roll). Then have them combine both to complete the docking. Have students create a step-by-step guide or video tutorial for new "astronaut trainees" explaining how to use the simulator. They can use moovly reviewed hereAdd your comments below (available only to members) | Become a Member
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Gravity Simulator - Darrell A. Huffman
Grades
6 to 12tag(s): gravity (45), mass (19), planets (117), simulations (37), solar system (111), space (229)
In the Classroom
In groups, have students design a solar system with a star and 3-4 planets on the website. They adjust mass and distance to create stable orbits. Students can launch an asteroid using GravitySimulator.org toward Earth and try to change its path using gravity from other planets or objects. Have students select an exoplanet simulation and compare it to our solar system.Add your comments below (available only to members) | Become a Member
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Science - PBS LearningMedia
Grades
6 to 12tag(s): cells (85), chemicals (40), ecosystems (90), habitats (100), life cycles (22), matter (47), measurement (124), space (229)
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 12tag(s): atmosphere (22), climate (89), earth (181), plate tectonics (28), rock cycle (24), 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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Science and Technology - PBS Learning
Grades
2 to 12tag(s): cold war (36), inventors and inventions (83), space (229), world war 1 (81)
In the Classroom
After watching "Tesla: Early Experiments with Wireless Power," students can continue to research Tesla's history by completing a timeline using Time Graphics Timeline Maker, reviewed here. After watching Sputnik's Launch Begins the Space Race | Chasing the Moon, students can use Google Drawings, reviewed here to compare and contrast the space race between the United States and Russia. Students can also research using Kiddle, reviewed here about what advancements have been made in fire safety, work conditions, and immigration since the Triangle Fire.Add your comments below (available only to members) | Become a Member
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Williamina Fleming - Unladylike 2020
Grades
6 to 12tag(s): stars (76), women (178), womenchangemaker (67)
In the Classroom
Students can learn more about the Catalog of Stars by using Kidrex reviewed here. Have students write a letter as if they were Williamina Fleming, addressing future scientists. Encourage them to include reflections on the challenges they faced, their scientific curiosity, and advice for future generations. Students can virtually visit space to learn more about the stars.Add your comments below (available only to members) | Become a Member
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Educational Resources: Astronomy and Space - U.S. National Science Foundation
Grades
K to 12tag(s): planets (117), solar system (111), space (229)
In the Classroom
Students can use Kiddle reviewed here to continue researching astronomy and space. Have students build physical or digital models of black holes to understand their structure and gravitational pull. Students can use Delightex reviewed here to create digital models. Using the video Kip Thorne Explains Gravitational Waves, lead an inquiry-based activity using a stretched fabric and marbles to model how massive objects warp space-time.Add your comments below (available only to members) | Become a Member
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The Moon Illusion: Why Does the Moon Look So Big Sometimes? - NASA
Grades
6 to 12tag(s): moon (72), solar system (111)
In the Classroom
After reading the article, students can use Google Keep, reviewed here to track the size of the moon. Before beginning the lesson (or reading the article), students can answer the question "Does the moon look big sometimes?" and post their responses on Padlet, reviewed here. Finally, students can create a presentation with facts about the size of the moon using Google Slides, reviewed here.Add your comments below (available only to members) | Become a Member
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The Best Podcasts About Space - Find that Pod
Grades
4 to 12tag(s): nasa (30), planets (117), podcasts (137), space (229), stars (76)
In the Classroom
Assign each student a space topic they heard about (ex., black holes, astronauts, Mars rovers) and have them research their topic further and present findings in Google Slides reviewed here or a diorama. In pairs or small groups, students can write and record their own 2-3 minute podcast episodes on a topic related to space that they have learned about. Students can use Acast reviewed here or Castbox Creator Studio reviewed here to create their podcasts. Have students keep a journal with ePubEditor reviewed here where they summarize episodes and illustrate one big idea they learned.Add your comments below (available only to members) | Become a Member
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Science Simulations and Games - SimPop
Grades
6 to 12tag(s): simulations (37), solar system (111), STEM (330)
In the Classroom
Solar System Scale Model - After exploring the solar system simulation, have students create a scaled model of the planets using various objects such as balls, fruits, or paper cutouts. They can compare their models to the simulation and discuss the challenges of accurately representing distances in space. After adjusting variables in the projectile motion simulation (such as angle, velocity, and gravity), students can conduct a real-world experiment by launching small objects that can include foam darts and balls. Students can collect data, create graphs, and analyze how factors affect projectile trajectory. The convex lens simulation allows students to explore how lenses focus light at different distances. Then, they experiment with real convex lenses, observing how they can magnify text or focus sunlight to burn paper. They discuss applications in eyeglasses, microscopes, and telescopes. After interacting with the electroscope simulation, students experiment with real objects (balloons, wool, plastic rods) to create static electricity. They compare their real-world observations to the simulation and explain how charge interactions affect the movement of the electroscope's metal leaves.Add your comments below (available only to members) | Become a Member
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We Are Here - SmithsonianAPA
Grades
4 to 12tag(s): artists (91), asia (140), authors (108), cultures (241), famous people (30), japan (64), japanese (53), multimedia (55), scientists (71)
In the Classroom
Have students illustrate an important moment in Asian American history, write a poem reflecting on identity and resilience, or ask them to research another cultural or historical movement that aligns with the themes in We Are Here (ex., the Civil Rights Movement, Indigenous history, or immigrant experiences). They can create a Venn diagram using Venn Diagram Creator reviewed here or infographic using Timeline Infographic Templates, reviewed here.Add your comments below (available only to members) | Become a Member
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Journey Through an Exploded Star - Smithsonian Education
Grades
4 to 10tag(s): simulations (37), stars (76), STEM (330)
In the Classroom
Students can illustrate and write a comic strip showing the life cycle of a massive star, from birth to supernova. The comic strip can be made digitally using Free Comic Strip Maker, reviewed here or Make Beliefs Comics, reviewed here. Using real astronomical data from the website, have students analyze how and when a star might go supernova and present their findings to the class. Using the information from the website, students can create a timeline of a star's life cycle, labeling key stages like protostar, main sequence, red giant, and supernova. They can present their timeline on paper or digitally using an infographic tool such as Turbo Timeline Generator, reviewed here or Timeline, reviewed here. Students can also research what happens after a supernova (neutron stars, black holes, etc.) and debate the most fascinating aftermath.Add your comments below (available only to members) | Become a Member
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AAPI History Hub - The Asian American Foundation
Grades
K to 12tag(s): asia (140), biographies (96), courts (25), cultures (241), diversity (48), famous people (30), japan (64), japanese (53), scientists (71), women (178)
In the Classroom
Students can work in groups to create a physical or digital timeline using Timelinely reviewed here or Timeline Infographic Templates reviewed here highlighting significant AAPI events, movements, and contributions. Assign students an AAPI figure or event to research and present via a short podcast using Buzzsprout reviewed here or video using Adobe Express Video Maker reviewed here. Print or display images and short bios of key AAPI historical figures from the site. Have students walk around, take notes, and discuss whose contributions they find most inspiring. Alternatively, create a digital gallery walk using the gallery walk template available in Padlet, reviewed here.Add your comments below (available only to members) | Become a Member
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Solar Eclipses: A Reference Guide - Library of Congress
Grades
1 to 12tag(s): space (229)
In the Classroom
Students can explore the links on the Library of Congress's website. Students can compare and contrast the various solar eclipses that have happened around the world. Compare using a tool such as ClassTools Interactive Venn Diagrams reviewed here. You can click on the right side to choose between a two or three-circle Venn diagram. Students can also create a 3D version of what will happen during a solar eclipse.Add your comments below (available only to members) | Become a Member
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NASA - NASA
Grades
K to 12tag(s): moon (72), planets (117), solar system (111), space (229), stars (76), STEM (330)
In the Classroom
Challenge students to create a simple paper model of NASA's Ingenuity Mars Helicopter to explore aerodynamics and engineering. Have students create their models with a digital tool using Delightex (formerly CoSpaces), reviewed here or Tinkercad, reviewed here. They can also use these tools to design a sustainable Moon base using NASA guidelines after researching lunar environments. They can present their designs as a digital model or poster. Students can apply math skills to real-world NASA space missions, calculating rocket trajectories, planetary distances, and astronaut survival needs. Students can also take a virtual tour of the ISS, exploring astronaut life and experiments conducted in space.Add your comments below (available only to members) | Become a Member
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NASA At Home: Virtual Tours and Apps - NASA
Grades
3 to 12tag(s): planets (117), solar system (111), space (229), virtual field trips (131)
In the Classroom
Students can compare and contrast the different space centers and/or missions to space. Students can further learn about the solar system by creating a book with Book Creator, reviewed here or a presentation using Google Slides, reviewed here on the planets, stars, moon, or the sun.Add your comments below (available only to members) | Become a Member
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