How Are We Preparing Students to Be Tomorrow's Innovators? Follow the discussion on Empowering Education Leaders to Innovate on Wednesday Jan. 30 at 3pm PST.
According to the just-released Gallup-HOPE index for 2012, developing a world-changing invention is an aspiration shared by 42 percent of youth in grades 5-12. That's good news. Given the scale of challenges facing us--in our own backyards and around the globe--it's easy to see that we're going to need every good idea the next generation has to offer. What are schools doing to prepare today's students to be tomorrow's innovators? I recently went on a hunt for schools that are serious about teaching students to innovate. Given the right conditions, students eagerly step up to the challenge of becoming not only better thinkers, but also makers, doers, and problem solvers. What can school leaders do to encourage more of these kinds of experiences?
Are you willing to take risks? Do you know how to network? Do you help good ideas grow? Join GETideas.org - A Community for Education Leaders. National Fossil Day - Kids Stuff. HHMI's BioInteractive. Science Friday. Feb. 12, 2015 Is Pedigree What It's Cracked Up To Be?
Data distilled 80,000 individual dog profiles revealed that outside of the show ring, there's a lot of behavioral variation within any given breed. dog breed behavior myths stereotypes aggression serpell dogs canine aggressive behavior Jan. 29, 2015 Face Time We can make split-second judgments about someone's personality and character without even consciously seeing their face. face judgement facial perception social cues neurology psychology faces jon freeman NYU mouse-tracking Jan. 22, 2015 Behind-the-Scenes at the Explorers Club Tour the unique artifacts, including a yeti scalp and 4-tusked elephant, collected by Explorers Club members during research expeditions over the last century. explorers club book club exploration museum flag Jan. 08, 2015 SciArts: Exoplanet Art Artist Helena Kauppila imagines and paints her vision of what it would be like stand on the surface of another planet and look up at the stars. exoplanet art sciarts Dr.
Dr. Dr. NASA Kids Club. Skip to main content NASA Kids Club › Text Only Site Solar System Switch-a-Roo Play Now!
Orion Fun Stuff Download. Orion Puzzles and Coloring Sheets Print and Play. Space Racers. Biology. Access Excellence @ the National Health Museum. Explore, Play, Discover: Websites, Activities & More. Search form Search Low-cost, teacher-tested activities for the classroom and the curious.
Science of Cooking • Explore the science behind food and cooking with recipes, activities, and Webcasts.PreviousNext Explore, Play, Discover: Websites, Activities, and More Auroras: Paintings in the Sky Far north in the night sky, a faint glow appears on the horizon. Feeling Pressured Feel atmospheric pressure changes by stepping into a garbage bag. Camera Obscura Take the Beat Back Uncover the everyday origins of some extraordinary instruments. The Cold Water Candy Test Science of Baseball What's the science behind a home run? Arctic Seals These unique – and uniquely beautiful – seal species spend their lives amid the sea ice Plant Hybrids If you're a patient gardener, you can grow your own hybrid flowers. 2016 Total Solar Eclipse Telescope View Watch the telescope view of the entire 2016 total solar eclipse in Micronesia. Energy from Death Slinky in Hand Make waves without getting wet.
Cheshire Cat Pages explore Connect. Virtual frog dissection and science educational software. Science Daily: News & Articles in Science, Health, Environment & Technology. Encyclopedia of Earth. The Photosynthesis Cycle". The Earth's atmosphere is mostly composed of nitrogen.
Oxygen makes up just 21 percent of the air we breathe. Carbon dioxide, argon, ozone, water vapor and other gasses make up a tiny portion of it, as little as 1 percent. These gasses probably came from several processes as the Earth evolved and grew as a planet. But some scientists believe that the Earth's atmosphere would never have contained the oxygen we need without plants. Plants (and some bacteria) release oxygen during photosynthesis, the process they use to change water and carbon dioxide into sugar they can use for food. Photosynthesis is a complex reaction. 6CO2 + 12H2O + Light -> C6H12O6 + 6O2+ 6H2O In other words, while we inhale oxygen and exhale carbon dioxide, plants inhale carbon dioxide and exhale oxygen. Without the sun to feed plants (and the plants to release oxygen), we might not have breathable air.
Obviously, plants are important, but not just because they give us food to eat and oxygen to breathe. Science.