What exactly do teachers do?

Educational researcher Dr. David Sousa answers this question succinctly: we teachers are "brain changers." 

Learning more about the brain can boost your teaching productivity and efficiency, plus it can be inspiring. Edutopia has a 5 minute film festival page on a variety of subjects that pertain to teachers, including learning about the brain, like this one, How Youth Learn: 

10000 Ways that Don't Work?

Source

Formative assessment provides time for trial and error and thus encourages students to takes risks to achieve more. Even though it's time consuming in our classrooms, just imagine what the world would be like without it. Think about Thomas Edison. What if he hadn't been allowed to redo, rethink, and revise his work. What if he hadn't persevered? It's a "dark" thought, isn't it?

Scientists estimate that Edison's light bulb wastes 95% of the energy it creates. If so, I guess one could say his bulb still doesn't work perfectly and yet look at how it has dramatically changed our lives and the world.

Maybe there's another Thomas Edison in your classroom right now. Hmmm. Maybe finding 10,000 ways that don't work is actually pretty darn good work.

Inquiry Minds Want to Know...

Source (and great resource): What Ed Said Blog

     "Inquiry is the process of finding answers to questions. The skills of science inquiry include asking questions, proposing ideas, observing, experimenting, and interpreting the evidence that is gathered.
     An inquiry may be...based on a question brought to the classroom by a teacher or student; or it may arise out of an activity, an interesting observation, an unexplained event or a pattern that appears worth pursuing." ~Alberta Education Science Curriculum Front Matter (c) 1996
     And speaking of the unexplained...what makes the world's largest volcano invisible?

But is there a format for teaching inquiry? Or a procedure that could be used as an anchor project? Consider using the F.E.R.A. cycle...

F-FOCUS on a topic generating interest and engaging a student's background knowledge.
E-EXPLORE objects, organisms and scientific phenomena that build on that prior knowledge.
R-REFLECT on observations and data, revisit prior ideas and develop or refine explanations.
A-APPLY understanding of science concepts to new situations and prepare to repeat the learning cycle.
-strategy developed by the Smithsonian Science Education Center 

P.S. Get your "science fix" here.

Minute Earth - A Useful Resource...

Take a minute and explore the fascinating Science and stories of this Earth we call our backyard. The Minute Earth YouTube Channel has various videos that might complement many lessons (and links to other educational YouTube channels as well).

Igniting Curiosity...

Remember the science-in-a-crate program? The program has been redesigned by MindFuel. Formerly The Science Alberta Foundation, MindFuel ignites curiosity, critical thinking and imagination in youth around the world. Combining innovative digital resources and real-world experiments, MindFuel creates programs designed to help educators ignite a passion for science in students of all ages. Click the link above for more information.