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As the world population continues to grow and become more connected than ever, The DuPont Challenge asks students to consider our most important challenges by researching and writing a 700-1,000-word science essay in one of the four categories: Together, we can feed the world. Together, we can build a secure energy future. Together, we can protect people and the environment. Together, we can be innovative anywhere. The first three categories reflect the global challenges on which DuPont as a company focuses its efforts. The fourth category opens up possibilities for students to address other important topics, using scientific research to solve issues that can range from medicine and health to mathematical computation to any science, technology, engineering, and math (STEM) topic that students are passionate about. For 7th-12th grades

science, technology, research, engineering, arts, and math Can search by grade level: K-5; 6-8; 9-12 Can search by topic: biomedical tributary; engineering tributary; logistics, manufacturing and construction; architecture, digital media arts and tech; 3nergy, emerging sciences and math; agriculture, plant and animal science

Great example of research, science, & fluency from these 3rd graders! It's also an opportunity for our students to respond.

If your students investigate bugs, use a microscope, need an authentic purpose for research, I'd like to suggest partnering with Bugscope. You get to collaborate with expert scientists to explore bugs (i.e. looking at a bug's tongue). You would do this all via the internet. It looks amazing! Below is a response from them, with an attachment.  A news-release summarizes a history of Bugscope (http://www.aaas.org/news/releases/2011/0729sp_spore.shtml). Bugscope allows teachers everywhere to provide students with the opportunity to become microscopists themselves-the kids propose experiments, explore insect specimens at high-magnification, and discuss what they see with our scientists-all from a regular web browser over a standard broadband internet connection. You sign up, ask your students to find some bugs, and mail them to us. We accept your application, schedule your session, and prepare the bugs for insertion into the electron microscope. When your session time arrives, we put the bug(s) into the microscope and set it up for your classroom. Then you and your students login over the web and control the microscope. We'll be there via chat to guide you and answer the kids' questions. If you would like to see the response from one class who have done this, read Mrs. Krebs' blog post: http://krebs.edublogs.org/2011/09/04/bugscope-session/  If you need any help with this, just let me know. If you end up taking them up on this FREE collaboration, please let me know when/where so I can drop by. This looks fascinating! Kind regards,Tracy

What is the Siemens We Can Change the World Challenge? The Siemens We Can Change the World Challenge is a K-12 sustainability challenge. For high school, students form teams of two, three, or four students and work with a teacher/mentor to identify an environmental issue with implications beyond their community, research it, develop a plan, collect data, analyze that data, and share the results they've found so far. For high school students, the Challenge focuses on creating solutions that can be replicated for energy-related issues or problems on a global scale