In addition, teachers can request two posters highlighting key facts about neuroanatomy and cell division. Corteva Agriscience, a global agriculture company that provides farmers worldwide with seed, crop protection, and digital solutions, has partnered with NSTA to offer free resources to introduce students in grades 3—5 to agriculture. Ten lesson plans help students investigate where their food comes from. Students start by learning about soil and soil health, advance to a basic understanding of seeds and seed science, then explore how farmers use science, technology, engineering, and math STEM to assist them in their work.
The lessons make connections between agriculture and the food we eat, and emphasize the importance of a balanced diet. The lessons also include a brief discussion of food safety in the classroom, as well as targeted objectives for each theme.
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Students use geospatial information technology tools e. The comprehensive, standards-supported curriculum provides everything needed to facilitate instruction, including an instructional framework, an instructional sequence, student resources, assessments, instructional resources e. Explore the meaning of sustainability through this online simulation game for middle and high school levels from The Cloud Institute.
In the game, students are challenged to figure out a strategy to catch as many fish as they can in a period of 10 days while maintaining a desired amount of fish in the lake. As students try different strategies in successive game rounds, they begin to understand the impact of their choices and the role they play in contributing to a sustainable future.
The website includes a video explaining the rules and objective of the game as well as a short debrief for educators. Looking for ways to explore energy in your science, language arts, or math class? Targeted for middle and high school levels, the series examines energy through the lenses of natural science and social sciences. The clip describes the three components required for thunderstorm formation moisture, unstable air, and lift and how the three parts interact before, during, and after a storm.
The website features the clip and transcript and a poster based on the animation.
Developed by the Ocean Conservancy and the NOAA Marine Debris Program, this curriculum for grades four and five teaches students about the impact of marine debris on our ocean and how to prevent it. Through activities exploring marine debris and its origins, students learn what happens to trash when it enters waterways, compare marine debris decomposition rates, and explore the effects of trash in the ocean on marine ecosystems, such as animal entanglement or organisms mistakenly ingesting trash as food. Students also participate in a hands-on habitat cleanup, identify ways to prevent trash from entering waterways, and create a piece of art from recycled trash.
Pre- and post-surveys help teachers gauge student understandings about marine debris. Global Education is a self-paced online course for K—college U. The approximately five-hour course provides a full picture of global competence: what it is, why it is important, and how to incorporate it into the classroom. Throughout the course, teachers participate in reading and videos, multimedia quizzes, video chats, webinars, discussion boards, and reflections.
Upon completion, educators receive a U.
Department of State Global Educator Certificate indicating five hours of professional learning, as well as access tothe Global Education badge, which can be used in e-mail signatures and professional profiles. The USDA has curated a collection of K—12 education resources on invasive plants and animal species at the website. Developed by the USDA and other groups, the resources include curricula, fact sheets, learning kits, and videos. Addressing various grade levels, these materials are focused on helping students understand the role of invasive species in the environment.
The website features a wide range of science, technology, engineering, and math STEM activities for K—5, 6—8, and 9—12 classrooms and informal programs, from classroom demonstrations studying the science of the Moon e. The accompanying publication, NASA STEM Forward to the Moon Educators Guide, presents instructions for space-related activities such as demonstrating sizes and distances of Earth, the International Space Station, the Moon and Mars; making balloon rockets with a payload; simulating gravity with magnets; making a water filtration system; designing a lunar habitat; and simulating finding oxygen on the Moon.
An ocean study offers opportunities to measure, monitor, model, and learn. At this FWS website, teachers can access news stories, videos, and other content to explore ocean science with elementary, middle level, and high school students. The content can be adapted to fit different grade levels and learning standards and addresses ocean understandings through themes such as human impacts, animal behavior, restoring ecosystem health, interdependence, protection, sustainability, and technological solutions to reduce human impacts.
The teaching guide Minerals: Essential Ingredients in Your Life introduces middle level students to the minerals used in making many products, from personal care items and cell phones to kitchen tools and hybrid cars. Students then explore one mineral in particular, cobalt, and determine whether it should be mined in the United States. Students must consider factors such as national security, alternative uses for public lands, and the problematic labor conditions at many cobalt mines overseas. Through the process of evaluating the pros and cons of domestic cobalt mining, students discover how land managers balance domestic minerals development, recreation, respect for American Indian tribes and Alaska Natives, grazing, and habitat protection.
Each activity features time required, learning objectives, teacher preparation, procedures, assessments, and essential handouts. Next year is the 20th anniversary of humans living aboard the ISS. Each lesson includes a video overview and student and teacher resources. Search for activities by audience, content area, level of difficulty, and other parameters, or browse curated collections like Amazing Animals, Citizen Science, Computational Thinking, Engineering Design Challenges, Tech Time Fun, and Weather and Climate.
While the lessons are intended for use in library settings, many can be adapted for classroom or center use.
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Microsoft and Nobel Media developed this multimedia web experience highlighting the contributions of female Nobel Prize winners. The online profiles combine photographs, primary documents, audio files, and text to provide multidimensional views of each scientist.
In addition, the profiles have links to profiles of other scientists of interest, as well as an opportunity to Match With a Laureate. To find a match, users choose answers to three questions i.
Most appropriate for middle to college level audiences, the website aims to inspire young women in STEM pursuits. This resource provides K—12 teachers, students, and the public with informative and interactive ways to learn about wildfire and celebrate the 75th anniversary of the Smokey Bear public awareness campaign. Visit the website for lesson plans and videos exploring fire ecology and how to prevent wildfires at home and outdoors.
At the site, teachers can register to participate in a live webcast on fire science on November 7. The webcast will focus on fire science topics such as wildland fires and their role in the ecosystem, the difference between wildfire and prescribed fire, and the role of prescribed fire in wildlands management.
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This American Chemical Society ACS website features hands-on activities to enrich science instruction in elementary classrooms. Targeted for grades 3—5, the activities can generate student interest in science and address topics in physical science, Earth and space science, and life science. The activities focus on the processes of doing science, including the importance of establishing an experimental control; changing and controlling variables; observing, measuring, and recording data; and drawing reasonable conclusions.
This augmented reality—enabled astronomy app can inspire K—12 students and astronomers of all ages to stargaze outdoors. The app turns any iOS device phone, tablet, watch into an interactive guide to the night sky and enables users to learn about more than , celestial bodies. Point your device at the night sky to see the stars, planets, satellites, and constellations in their proper place from any location.
Users can access details about celestial objects onscreen or project the app on a big screen with no reduction in picture quality. This website offers readings, experiments, data analyses, challenges, software web anddesktop apps , simulations, tools, practice problems, learning games, and self-graded assessments to enable students to explore Earth systems science at their own pace following the direction of their own questions.
For example, the Learning Tools section contains activities for students of any level, such as writing activities that develop effective notetaking skills in science and research activities like creating puzzles or mystery boxes to learn about scientific modeling. The website also has professional development webinars to help teachers implement SCALE Science materials in the classroom.
Designed for K—12 educators and offered several times during the year, these online courses provide teaching tools and content expertise from National Geographic on topics such as Teaching Global Climate Change in Your Classroom middle level , Connecting the Geo-Inquiry Process to Your Teaching Practice all levels , and Integrating Service With Learning Goals all levels. K—12 teachers can also take coursework to become a certified National Geographic Educator. Through this professional development program, teachers gain practice in generating classroom activities that are interdisciplinary andcentered around real-world problems at local, regional, and global scales, aswell as develop leadership skills and a nationwide network of committed colleagues dedicated to innovating across disciplines.
Resources include curriculum and learning products from NSF-funded projects as well as videos and information about the research itself. Watch classroom videos featuring engineering-focused STEM education research and development, read expert commentary on New Directions for Engineering Education Research, and preview materials produced from evidence-based engineering projects for preschool e. The mission employs four identical spacecraft that work together to provide a three-dimensional view of this fundamental process, which occurs throughout the universe.
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At the mission website, K—12 educators can access lesson plans, activities, "How To" guides, and more to bring the wonder of the MMS mission to the classroom and explore magnetism, spacecraft design, 3D printing, and other space science concepts with students. The site also features games and apps to engage middle and high school students in learning and reviewing knowledge about space weather e.
The SEE Turtles conservation organization offers lesson plans, videos, and fact sheets to study sea turtles in marine environments and learn how to protect them. The lessons—which target grades 6—12 and are available in both English and Spanish—explore sea turtle behaviors, adaptations, threats, and food webs as well as conservation concerns relating to sea turtles, such as poaching and the effects of plastic pollution in the ocean. In addition to lessons, the website features video footage of sea turtle migration and nesting. Lunarpages offers free web hosting to U.
At the website, registered teachers of all levels can access tools and guidelines to build educational websites for their classroom or school. School and classroom websites support timely and effective communication between teachers and parents; enable teachers to share information between multiple classes or classrooms; and provide an online platform for homework assignments, class projects, and presentations.
The program helps students connect to the existing knowledge of the natural world and provides opportunities for them to contribute real data used to help identify and answer scientific research questions addressed by many conservation, volunteer, and other groups. The website includes curriculum and activities that teach students how to accurately collect, summarize, and analyze data so it is useful for scientific research.