Filed under: Environment
Fort Drum recently opened a “Mountain Functional Fitness Facility.” In keeping with the goal of overall combat fitness, the facility’s purpose is to help soldiers become strong and agile for combat while deployed in both cold conditions and rough terrain such as rugged mountainous environments.
“Functional fitness” focuses on developing specific muscle movements and overall athleticism rather than building up specific muscles. This new center features state-of-the-art equipment and the mission of helping soldiers become conditioned to operate in realistic situations where both strength and agility training are mission critical. Check out this report in Business Insider for additional photos.
As winter approaches here in the northern hemisphere, staying active requires more planning to be safe and comfortable. Here are some tips for exercising in cold weather conditions:
- Since medical conditions such as Raynaud’s, cardiovascular disease, and asthma can be exacerbated by climate changes, be sure to check with your doctor before exercising in the cold.
- Check out these tips from the Mayo Clinic, which include dressing in layers that include a synthetic material such as polyester or polypropylene close to the skin (avoid cotton, since it soaks up the sweat!) and paying close attention to your extremities, especially your fingers and toes, since the circulation to these areas decreases in cold weather.
- The American College of Sports Medicine also has a Position Stand on preventing cold-weather injuries during exercise that emphasizes being able to recognize the signs and symptoms of hypothermia and frostbite, as well as monitoring wind-chill temperature. The signs and symptoms of hypothermia can vary, but in general watch for feeling cold, shivering, apathy, and social withdrawal. Also watch for the early stages of frostbite (which precede the deep frostbite that can cause major tissue damage) in which you’ll feel burning, numbness, tingling, itching, or cold sensations.
If you pay attention to these guidelines, you can continue to stay fit all winter long.
Before the end of October of 2012, the Army will issue to all soldiers fire-resistant ACUs that have been factory treated with an EPA-approved insect repellent called permethrin. This method may be a cleaner and safer way of repelling insects compared to DEET, another long-lasting insect repellent. The Army has been using permethrin for nearly 20 years in the form of liquid or spray, and by treating ACUs, soldiers will experience better, longer-lasting protection against ticks, fleas, mosquitos, and other insects that carry diseases such as malaria, West Nile virus, and Lyme. Other advantages include not having to worry about remembering to apply insect repellant and whether you’re applying it correctly. Uniforms treated with permethrin have been used by the Marine Corps since 2007 and have been used in some Iraq and Afghanistan operations but until now have not been available to all soldiers. The new ACUs will be good for about 50 launderings, but it is important to note that the uniforms should be washed separately from other clothing. There will be a permethrin-free ACU available for those with medical conditions, including pregnant women, who should not wear the treated uniforms. For more information check out these FAQs or contact the Armed Forces Pest Management Board.
Why has the F-22 Raptor been depriving its pilots of oxygen for the last 12 years? Air Force officials recently told a House subcommittee hearing (a complete video of the two-hour hearing is also available) that they don’t know what’s behind the dizziness, confusion, blackouts, memory loss, fatigue, and eventually chronic cough (“Raptor cough”) that pilots experience while flying the stealth jets. After more than a dozen incidents between 2000 and 2011—and one fatal crash—where pilots were being choked by the plane, the Air Force’s entire F-22 fleet was grounded in May 2011.
Investigations ruled out low blood sugar and dehydration as possible causes of the symptoms and eventually concluded that the problem was an overinflated pressure vest that restricted breathing.
In response, a team of NASA engineers and Navy divers developed a new-and-improved pressure suit and back-up oxygen systems and removed a faulty charcoal air filter. These measures seem to have alleviated the problems—a dozen F-22s recently were deployed to Japan without incident. Now restrictions are being lifted, although the jets and their pilots are being closely monitored. Pilots currently must operate under altitude ceilings so that they don’t need to use the flight vests, and they must also stay close to emergency landing sites. Experts and scientists continue to investigate the primary cause of these incidents as well as improve safety and back-up systems.
Developing technology in order to save the lives of those who serve is vitally important. To that end, Worcester Polytechnic Institute (WPI) recently received a $1.5 million grant from the U.S. Army to develop monitoring sensors that will be able to detect blood loss early, which may help save lives on the battlefield. WPI will partner with the University of Massachusetts Medical School to create wireless sensors that can be worn on the body to detect blood loss, body movement, and posture. They will also be working to combine that information with smartphone technology that medics can use as a handheld diagnostic device in rapid-response situations.
"Animated growth, like trees, never proceeds in straight lines. Trees are not like the walls of a house, they adjust to the living conditions of wind, sun, soil, and rain." - Ruth Cohn, noted psychotherapist
Whether it is environmental challenges (heat, cold, altitude) or psychological pressure, adjusting your performance strategies to your surroundings is the only way to ensure success. There will be situations that may seem impossible to overcome, but that is when you must dig deep and use whatever resources you have available. Enhance your performance by challenging yourself at every opportunity. Visit HPRC’s Environment and Mind Tactics sections to learn strategies on how to best adapt to different situations.
Face paint has been used for many decades to blend the appearance of Warfighters’ exposed skin into their environments and protect them from the enemy. The American Chemical Society is taking a new approach to the traditional camouflage face paint by making it from a material that also can provide some protection from the heat wave of roadside bombs, IEDs, and other explosions on the battlefield. Thermal blasts last only a few seconds, but can cook the face, hands, and other exposed skin. The new face paint will protect exposed skin against temperatures reaching around 600 degrees Fahrenheit, for up to 60 seconds. The paint even incorporates the insect repellent DEET in a form that will not catch fire.
This new face paint is still in the testing stages, but already there are plans for a colorless form for use by men and women in other occupations—such as firefighters and other emergency responders—who are at risk of extreme heat exposure.
Heat illness is a hot topic for the military. Did you know there is a spectrum of conditions that fall under the term “heat illness,” some more severe than others? HPRC has great resources on how to prepare for exposure to hot environments and how to prevent heat illness. Read HPRC’s Answer to “What IS heat illness?” for more about what heat illness is and how to identify the signs that you might be developing more serious conditions.
On September 11, join an online webinar, Can You Hear Me? An Introduction to Hearing Loss Prevention, sponsored by the CDC, to discuss the primary causes of hearing loss, and learn how to prevent it. This educational event is free; however, there are a limited number of open lines, so log in early.
It’s always a good idea to replace old sunscreen, but next summer you’ll have even more reason to do so. Sunscreen companies have until December 2012 to revise their labels to abide by FDA’s new guidelines. The new labels will prevent manufacturers from false advertising with respect to the level of protection they provide. Sunscreens also will have to go through FDA’s testing to determine their effectiveness.
The new guidelines are summarized below:
Broad-spectrum designation: Sunscreens will have to pass FDA’s broad-spectrum test to be labeled as such. This confirms the sunscreen protects against both ultraviolet A and B rays, both of which contribute to skin cancer and early skin aging.
Use claim: Only broad-spectrum sunscreens with an SPF of 15 or higher can claim to reduce skin cancer risk and early skin aging if used as directed. Sunscreens with SPFs between 2 and 14 can claim only to help prevent sunburn.
Waterproof, sweatproof, and sunblock claims: Sunscreens will no longer be able to claim they are waterproof, sweat-proof, or “sunblock,” since those claims over-exaggerate their effectiveness. No sunscreen is waterproof or sweat-proof without the proper reapplication. Also, sunscreens do not “block” the sun; they reduce the penetration of the ultraviolet rays.
Water-resistance claims: Any sunscreen with a “water-resistant” label must indicate whether it is effective for 40 or 80 minutes while swimming or sweating.
Drug facts: All sunscreens must include standard drug-facts information on the label.