It was just over three years ago that I wrote a short article called "The Sports Cognition Framework" for my squeaky new blog. It was one of the first five articles I had ever written and it shows. However, it captured the core of my passion and interest which is reflected in the name I chose for this blog, Sports Are 80 Percent Mental. Learning about the connections between skill, psyche, and tactics in sports remains my goal.
Between that simple start and today's post (#185 for those scoring at home), I have wandered all across the spectrum of sports science, sports medicine, sports psychology and fitness research. Along the way, there was a weekly column for Livescience.com and a few dozen articles for Life's Little Mysteries.
However, the focus of my writing has become blurred. In a quest to get freelance articles placed online and expand the readership of this blog, I've tried covering an ever-increasing universe of sports research. As with many endeavors, it is time to refocus on the original intent of this project. It is time to get back to the beginning.
Most importantly, I value and appreciate your loyal visits to this site and your tweeting, liking and linking of the articles you enjoy. I hope that will continue but wanted to give you a heads-up that future articles will be centered on the core concept of sports cognition. Focused quality over quantity will be my mantra.
To that end, what questions do you have? Have you thought about this stuff, too? To be more specific, currently in the sports training world there is the popular, yet more general theory of "practice makes perfect" skill development, along with practical mental coaching tips and tricks. What drives me, though, is drilling down much further into the brain-body connection and picking apart the root causes of sports expertise.
The research is there, buried in academic journals. If it can be extracted, explained and extended out to coaches, parents and players, then we can break down some traditional training myths while developing a better understanding of the sports we love.
So, my humble request is that you give the more specific 80% Mental a chance by visiting, keeping your RSS subscription, and joining the conversation both here and on our Facebook page.
Thanks!
Dan
P.S. My breakthrough to re-purpose my work was inspired by a new manifesto from Steven Pressfield, appropriately titled, Do The Work. The Kindle version is now selling at the very reasonable price of free, thanks to Seth Godin and the Domino Project. I highly recommend it!
Understanding How Your Brain Plays Sports
Exercise Helps Older Brains - Now We Know Why
Research conducted at Texas Health Presbyterian Hospital's Institute for Exercise and Environmental Medicine in Dallas suggests that it's never too late for women to reap the benefits of moderate aerobic exercise. In a 3-month study of 16 women age 60 and older, brisk walking for 30-50 minutes three or four times per week improved blood flow through to the brain as much as 15%.
Rong Zhang, the lead researcher in the study, discussed the team's findings in a presentation titled, "Aerobic exercise training increases brain perfusion in elderly women" at the Experimental Biology meeting (EB 2011), held April 9-13, 2011 at the Walter E. Washington Convention Center, Washington, DC.
At the beginning of the study, the researchers used Doppler ultrasonography to measure blood flow in the women's internal carotid arteries, which are located in the neck and supply the brain with necessary glucose and oxygen-rich blood. After assessing the women's physical health and maximal oxygen consumption (VO2 max), which is the body's maximum capacity to transport and use oxygen during exercise, the team tailored training programs for each woman according to her fitness level.
Rong Zhang, the lead researcher in the study, discussed the team's findings in a presentation titled, "Aerobic exercise training increases brain perfusion in elderly women" at the Experimental Biology meeting (EB 2011), held April 9-13, 2011 at the Walter E. Washington Convention Center, Washington, DC.
At the beginning of the study, the researchers used Doppler ultrasonography to measure blood flow in the women's internal carotid arteries, which are located in the neck and supply the brain with necessary glucose and oxygen-rich blood. After assessing the women's physical health and maximal oxygen consumption (VO2 max), which is the body's maximum capacity to transport and use oxygen during exercise, the team tailored training programs for each woman according to her fitness level.
Workouts Have Gone Digital With TrainingPeaks.com
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| Gear Fisher, CEO of Peaksware |
Gear Fisher recognized this trend way back in 1999, before there were iPods, iPhones, Nike+ or wearable GPS. He started his new Peaksware company with a simple website, which has now grown into TrainingPeaks.com, one of the leading online exercise management tools.
I caught up with Gear, now CEO of Peaksware, recently to discuss this wave of digital sweat tracking and get his thoughts on the future of exercise.
Are Bank Shots Best In Basketball?
Its the final game of the NCAA basketball tournament and the basketball is in your hands. The score is tied and there are only a few seconds left on the clock. You have the ball about 10 feet away from the basket on the right side of the court, just outside the free-throw lane. It's decision time: Is it best to try a direct shot to win the game on a swish? Or do you use the backboard and bank home the winning basket? Time's up; the buzzer sounds. Were you a hero or a goat?
New research by engineers at North Carolina State University show that you had a better chance of scoring that particular game-winning bucket with a bank shot than with a direct shot.
After simulating one million shots with a computer, the NC State researchers show that the bank shot can be 20 percent more effective when shooting at many angles up to a distance of about 12 feet from the basket. Bank shots are also more effective from the "wing" areas between the three-point line and the free-throw lane. However, straight-on shots -- those corresponding to the area around the free-throw line -- from further than 12 feet are not as well suited for bank shots.
New research by engineers at North Carolina State University show that you had a better chance of scoring that particular game-winning bucket with a bank shot than with a direct shot.
After simulating one million shots with a computer, the NC State researchers show that the bank shot can be 20 percent more effective when shooting at many angles up to a distance of about 12 feet from the basket. Bank shots are also more effective from the "wing" areas between the three-point line and the free-throw lane. However, straight-on shots -- those corresponding to the area around the free-throw line -- from further than 12 feet are not as well suited for bank shots.
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