Sustainable Seafood means that there was no damage caused to the environment …
Sustainable Seafood means that there was no damage caused to the environment or native species by catching the fish, crab or clam on your plate. There is a very simple way for you to make a positive impact on the health of our oceans and fish populations, and that is to choose sustainable seafood. This does not mean choosing between farmed fish or wild caught fish – there is much more involved than that. Learn about the different methods of fishing and understand the story of how the seafood reaches our plate. Every human, no matter where you are in the world, as both a positive and negative impact on the ocean. Exploring this story map helps us understand how our little choices can make a big impact.
The Take Me Outside Organization believes in a future where spending time …
The Take Me Outside Organization believes in a future where spending time outside learning, playing and exploring is a regular and significant part of every student's day. The website has a excellent teaching resources that include ready to go activities for all ages that connect to learning outside.
This is a phenomenal website full of super useful information for students …
This is a phenomenal website full of super useful information for students and teachers!
There are articles and resources for: Science, Technology & Math Humanities Art, Music, Recreation
Anything and everything is available here from how to understand percentile scores - to writing a solid argumentative essay - to grade 2 writing prompts.
Click the menu in the top left corner to sort resources for students & parents, educators or adult learners!
Tomatosphere™ offers an excellent opportunity to have your students think and act …
Tomatosphere™ offers an excellent opportunity to have your students think and act like scientists as they practice their inquiry skills and develop understandings of the nature of science and the concept of a fair test.
In the spring, participating classrooms receive two packages of tomato seeds. One package contains seeds sent into space or treated in space-simulated conditions. The other contains untreated "control" seeds. Students plant the seeds and conduct experiments to explore the effects of the space environment on the germination of tomatoes. Through Tomatosphere™, students learn how to conduct a scientific experiment and compare the number of seeds that germinate for the two groups of seeds.
While completing the Tomatosphere™ program, students investigate how to supply space exploration missions with life-support requirements—food, water, oxygen and a way to consume the carbon dioxide exhaled by astronauts—while also discussing the many issues and research involved in space exploration.
Teachers can expand on the basic Tomatosphere™ Seed Investigation by connecting it to studies of plants, space, nutrition, math or the environment, depending on grade and curriculum.
"Tomatosphere™ offre une excellente opportunité pour permettre à vos élèves de penser …
"Tomatosphere™ offre une excellente opportunité pour permettre à vos élèves de penser et agir comme des scientifiques tout en pratiquant leurs compétences en recherche et en développant leur compréhension de la nature de la science et du concept d'une expérience équitable.
Au printemps, les salles de classe participantes reçoivent deux paquets de graines de tomates. Un paquet contient des graines envoyées dans l'espace ou traitées dans des conditions simulées d'espace. L'autre contient des graines "témoins" non traitées. Les élèves plantent les graines et réalisent des expériences pour explorer les effets de l'environnement spatial sur la germination des tomates. Grâce à Tomatosphere™, les élèves apprennent comment mener une expérience scientifique et comparent le nombre de graines qui germent pour les deux groupes de graines.
Pendant le programme Tomatosphere™, les élèves étudient comment fournir aux missions d'exploration spatiale les besoins en support de vie tels que la nourriture, l'eau, l'oxygène et un moyen de consommer le dioxyde de carbone expiré par les astronautes, tout en discutant des nombreux problèmes et recherches liés à l'exploration spatiale.
Les enseignants peuvent étendre l'Investigation de base sur les graines Tomatosphere™ en la reliant à des études sur les plantes, l'espace, la nutrition, les mathématiques ou l'environnement, en fonction du niveau et du programme d'études."
Students apply their knowledge about mountains and rocks to transportation engineering, with …
Students apply their knowledge about mountains and rocks to transportation engineering, with the task of developing a model mountain tunnel that simulates the principles behind real-life engineering design. Student teams design and create model tunnels through a clay mountain, working within design constraints and testing for success; the tunnels must meet specific design requirements and withstand a certain load.
This site is full of free (and paid) resources to help teachers …
This site is full of free (and paid) resources to help teachers and students.You can filter by age, grade, subject, and more.Search everything from back to school, orange shirt day, and subject specific topics to find great resources.
Ce court métrage d’animation image par image raconte le périlleux parcours de …
Ce court métrage d’animation image par image raconte le périlleux parcours de la tortue marine, une espèce en grave danger d'extinction. Touchant et universel, Une histoire de tortues illustre toute la beauté des écosystèmes où vivent ces fascinantes créatures.
**Il existe une mini-leçon pour ce métrage d'animation sur ce site. Les élèves se familiarisent avec les notions de tortue de mer et tortue de terre, prédateurs naturels des tortues de mer. Ils suggèrent des raisons pour lesquelles les jeunes tortues sont plus vulnérables que d’autres nouveau-nés dans la nature.
So... what makes the wind? You might be surprised to learn that …
So... what makes the wind? You might be surprised to learn that it has to do with two of Earth's spheres; The Hydrosphere and the Geosphere. In this episode of Crash Course Kids, Sabrina takes us to the beach to chat about how the wind comes into being and why that's pretty darn awesome!
This webpage is part of NASA's Visible Earth, a searchable directory of …
This webpage is part of NASA's Visible Earth, a searchable directory of images, visualizations, and animations of Earth. It features remotely sensed imagery of volcanic eruptions that display smoke plumes, lava flows, fires, and other eruptive features. Each image is accompanied by a caption describing the subject being illustrated and the satellite or instrument which captured the image. Files are in either TIFF, GIF, or JPEG formats.
Students learn about the causes, composition and types of volcanoes. They begin …
Students learn about the causes, composition and types of volcanoes. They begin with an overview of the Earth's interior and how volcanoes form. Once students know about how a volcano functions, they learn how engineers predict eruptions. In a class demonstration, students watch and measure a mock volcanic eruption and observe the phases of an eruption, seeing how a volcano gets its shape and provides us with clues to predict a blast.
Volcanoes show us how the earth changes. Volcanoes can be made of …
Volcanoes show us how the earth changes. Volcanoes can be made of lava, gases, hot steam, ground-up rocks and melted rock called lava. Scientists study volcanoes and the earths movement and try to understand how they erupt.
A channel focused on science, featuring videos and playlists covering topics such …
A channel focused on science, featuring videos and playlists covering topics such as science experiments, optical illusions, aliens, human behavior, mathematics, artificial intelligence, art, and many other fascinating subjects.
Students create a mixed media artwork about an at-risk species using black …
Students create a mixed media artwork about an at-risk species using black shapes on a white background. They paint each black shape with small, beadlike circles in a style similar to that of Métis artist Christi Belcourt.
EARTH AND SPACE SCIENCE Do you have what it takes to be …
EARTH AND SPACE SCIENCE Do you have what it takes to be a Waste Avenger? This game will teach you how organic, plastic and paper waste can be recycled or composted as you try your hand at being an environmental superhero.
ABOUT THE SCIENCE Reuse. Reduce. Recycle. These are now everyday household words for us all and every little bit we do, helps our environment. Every year, countries around the world are increasing the amount they recycle and even one person can decrease the waste footprint by reusing, reducing and recycling. Nature, unlike humans, produces waste that is biodegradable. That is, the waste product has the ability to naturally break down. Biodegradation is nature’s way of recycling waste, and is often carried out by bacteria and microorganisms. Compost is a good example. Unfortunately, humans produce waste at a much faster rate than what natural biodegradation can keep up with. As a result, landfills fill up quickly, and pollution of the air, water and soil can occur. On top of that, humans produce a significant amount of non biodegradable waste that continues to add to the waste problem. Reduce, reuse and recycle are three great ways you can protect your environment and help control waste. The whole idea is to reduce the production of non-biodegradable materials, reuse the existing products and recycle products once they have served their purpose. If your school does not yet recycle, set up a school program to recycle everyday items that would otherwise go into the trash. Paper, cardboard and even plastics are simple to sort out and a great place to start. Every little bit helps, so do your part in waste management because it is important for the health of the ecosystem.
EARTH AND SPACE SCIENCE The challenge is simple: turn a type of …
EARTH AND SPACE SCIENCE The challenge is simple: turn a type of waste into something useful. That's where biochar comes in! In this video, join Nicole as she learns all about the history of biochar, how to make it, and the many uses of biochar.
ABOUT THE SCIENCE Soils throughout the world contain biochar: a charcoal produced from plant matter deposited and stored in the soil through natural events, such as forest and grassland fires. Biochar dates back at least 2000 years in the Amazon basin! Its purpose? To remove carbon dioxide from the atmosphere. For better plant growth, plants need better soil fertility – this is where biochar comes in! Biochar can improve almost any soil with its fertilizer qualities, due to the mineral content it contains. It increases water, fertilizer and nutrient retention. It also increases soil carbon, and improves soil fertility and soil tilth or health, as well as reducing the nutrient runoff or leaching. As well, biochar creates niches for microbes to thrive, which leads to healthy crops! Microbes and plants work together and help keep away harmful bacteria. Did you know that biochar works great for water filters, growing plants in water without soil (like in hydroponics), and storing carbon, too?
So, what happens when there's not enough water? Well... not good things. …
So, what happens when there's not enough water? Well... not good things. Do we let homes have more water for showering and cooking? Or do we let farms have the water for growing crops? There aren't any easy solutions, but in this video Sabrina chats with us about how water scarcity can cause problems.
How can we fix water shortages? Well, we know that shortages are …
How can we fix water shortages? Well, we know that shortages are a problem and can cause fighting because water is a resource. When you limit a resource, things get scary. But, in this episode of Crash Course Kids, Sabrina talks about ways that we can help to fix problems like this.
Why is my weather app sometimes wrong? Well it has a lot …
Why is my weather app sometimes wrong? Well it has a lot to do with wind. Jet Streams, air cells, the shape and movement of the Earth... there are a lot of things that make weather a little unpredictable. In this episode of Crash Course Kids, Sabrina talks to us about how Ocean Currents actually work with Jet Streams to move weather around.
From rainbows to tornadoes and winter storms to tsunamis, meteorologist Crystal Wicker …
From rainbows to tornadoes and winter storms to tsunamis, meteorologist Crystal Wicker breaks down the fascinating world of weather. Be sure to check out the section on experiments.
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