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"Because this book's main focus is on the day-to-day classroom applications of brain-based research, I will not attempt to provide you with a thorough description of the physical brain and all its functions. However, it is beneficial for teachers to have at least a general awareness of how the brain physically functions. This knowledge can help teachers understand their students' needs or reactions and may provide a physiological basis for certain instructional decisions. So, let's take a quick walk through the brain."

"In my last post, I began a celebration of brains and made the argument as to why teachers need to brush up on their knowledge of brains in order to reach that all-too-allusive 'tween noggin. During this, my second of three posts in this series, I'll bring up a few key terms you should know in your own neurologic education. Then, we'll follow a history-related fact as it enters the brain of an average middle schooler, weaving its way towards the blessed long-term memory. "

"Brain researchers have long studied how students hear and read individual words, but it has proven difficult to parse out what happens when a reader understands a long and difficult passage of text. Now, a team of researchers at Northwestern University in Evanston,Ill., have developed a new way to view reading comprehension in the brain, and in the process highlighted a new angle for testing comprehension that isn't skewed by a student's background knowledge."

"David Wilcox, of Musings on the Middle Years of Education, and I have worked together to create an infographic about the teen brain. It is based on a blog post he wrote over a year ago (Click here for that post) to tackle the issue of Why Teens Forget. Through lots of research, checking facts, and rechecking facts, we have found that teens forgetfulness may be due to major changes in their brain. These changes can last into the college years. While there is research that demonstrates the increased forgetfulness of "teens," we also found that research suggests this time period is an awesome explosion of learning and discovery that takes them into adulthood."

"With the rise of new trends such as a flipped classroom and whole brain teaching, there is an emphasis on getting students more actively involved in learning in the classroom. And whether or not you choose to fully embrace either of these methods, we can all agree that we want students participating as much as possible. When students are actively participating, they are learning. In math classes we typically involve students in the problem-solving side, but we don't often expect them to provide explanations."

"Wow! Just came across this great video from Good and the No right brain left behind project and have to say their project to address the creativity crisis in education is quite mind blowing. This isn't just about ideas it's action."

"Learning through inquiry is not a new concept - at all. Much of the more general life- learning that we do as humans is based on inquiry. Here's a basic example: As a baby, you saw a 'thing' across the room. Your little brain wondered what it was, so you crawled over to it and inspected it. You looked at it, touched it, and determined you wanted to play with it. While babies may not be able to construct thorough explanations and communicate their questions and findings, the inquiry based learning concept is definitely there. As babies grow and turn into students, this style of learning can serve them well, especially in science. The handy infographic below takes a look at the steps of learning through inquiry, as well as some statistics on the importance of science education in the future. Keep reading to learn more."

Mr. Parr's Youtube Channel can be found at http://www.youtube.com/user/ParrMr