 | 
NOVA Presents DEADLY ASCENT Tuesday, January 17, 2006, at 8PM ET ON PBS
Boston, MA — In an exploration of extreme medical science, NOVA ascends
Alaska’s Mount McKinley to try to solve the mystery of high altitude deaths on
one of the most dangerous mountains on earth, also known as Denali. NOVA
chronicles daring mountain rescues and emergency medical evacuations as it
accompanies an expedition team of researchers and experts employing the latest
NASA technology to investigate the lethal diseases attacking climbers all over
the world. The stunning new film, Deadly Ascent, premieres on Tuesday, January
17, 2006, at 8PM ET on PBS.
Each year, more than 1,000 people attempt to reach Denali’s summit. Nearly
half of those fail, and several die trying–sliding off of icy cliffs, crushing
bones against rocks, falling into hidden crevasses, or simply getting lost and
succumbing to the cold. It’s no secret—cold can kill. But why? Even some of
the most physically fit and well-equipped climbers still die on Denali,
debilitated by a strange and confounding sickness. NOVA joins a team of
medical researchers, rescuers, world-class mountaineers, military special
forces and an astronaut taking part in a study by Dr. Peter Hackett, who turns
the mountain’s vertical arctic landscape into a high-altitude lab. Home to the
highest medical rescue camp in the U.S., Denali offers a unique opportunity,
since it’s one of the few places on Earth where doctors can study humans in
extreme conditions.
NOVA shows viewers the firsthand experiences of the mountaineers, who must
endure blistering cold, piercing winds, and dizzying altitudes while
navigating treacherous, icy terrain to reach the 20,320-foot summit. Along the
expedition route, one team member will battle symptoms of the high altitude
cases that the researchers are trying to solve.NOVA is there when a member of
the team is lowered into an icy abyss in an experiment demonstrating how the
inevitable drop in core temperature stymies escape attempts by a fallen
climber. Without an expedition team to haul them to safety, it’s easy to see
why more than 85% of climbers who fall into crevasses never make it out.
Gripping footage captures the harrowing rescues, emergency treatment, and
life-saving evacuations that mark the climbing season on Denali, where
rescuers put their own lives at risk in order to save injured climbers. The
film witnesses life and death decisions made at the medical camp and also
features interviews with Special Forces pilots of the Air National Guard, who
perform most of the air evacuations.
Unique to this expedition is new technology from NASA – a radio thermometer
pill that, once swallowed, logs core body temperature, sending readings to a
handheld receiver. The body’s core is made up of three essential organs: the
heart, lungs, and brain. If the temperature of the core – 98.6 – drops just
three degrees below normal, these vital organs begin to shut down due to
hypothermia, the first step toward freezing to death. Equally as dangerous is
hyperthermia, which sets in when the body heats up to 101 degrees or more from
the exertion of climbing. NASA’s radio pill allows researchers to monitor
these life-threatening symptoms with precision for the first time.
Setting the stage for the adventure is the mountain itself. Denali, Native
American for “the high one,” is the highest and coldest peak in North America.
Here, temperatures reach 70 below zero. Unlike Everest, where Sherpas carry
most of the gear and climbers hike with light packs, on Denali, climbers haul
everything they’ll need for their journey up the mountain, themselves.
Caught in a storm, the climbers are forced to hunker down for six days, with
food supplies dwindling. When skies clear enough and the summit is within
reach, a critical decision must be made during the film whether or not one
climber should turn back down the mountain. Every member of the team’s
physical and mental condition is crucial to his or her survival.
Every step they take involves a decision, and every decision is a matter of
life or death. During the climb, one team member’s core temperature has twice
overheated into the danger zone of hyperthermia and then plunged into early
stages of hypothermia, and he is showing signs that he could be attacked by
the very deadly diseases the team is studying. Without the benefit of the
radio thermometer pill and Hackett’s research, other climbers may elect to
push forward and attempt to make it to the summit. But that is a decision that
can cost many climbers their lives.
The highest mountains on earth have always lured adventurers to their peaks,
where climbers pit themselves against these frozen giants and push the limits
of survival. Thanks to the efforts of researchers and rescuers, scientists are
coming closer to deciphering the deaths on Denali and mapping our human
limitations and the body’s point of no return in these extreme cold and high
altitude conditions. In the end, the mountain pulls no punches, even for
climbing veterans. NOVA is there as the call comes in to the team, and a
friend is lost. The film is dedicated to the memory of four rescuers who were
part of the National Park Service’s effort to save lives on Denali, who died
in a plane crash on their way to the mountain during the making of Deadly
Ascent.
Team Members
Pete Athans:
Pete Athans is one of the world's leading mountaineers. He has been to the
summit of Everest seventh times, more than any other Westerner. This summer,
he is a volunteer patrol member for the Denali National Park Service and will
rescue climbers in need of help.
Dr. Peter
Hackett: Dr. Peter Hackett is a world authority on high-altitude medicine
and physiology. In 1982, he established the medical camp at 14,000 feet on
Denali to study and assist climbers suffering from cold and altitude-related
illnesses.
Colby Coombs: Colby Coombs
has been a guide on Denali for many years. He is the author of the acclaimed
book Denali's West Buttress : A Climber's Guide to Mount McKinley's Classic
Route. Colby is the expedition leader of the NOVA Denali Filming Expedition.
Dr. Howard Donner: Dr. Howard
Donner is a high-altitude physician who is volunteering for the National Park
Service to help climbers who need immediate medical attention at 14,000 feet.
John Grunsfeld: John
Grunsfeld is an astronaut. He helped assemble the Mir spacecraft, repair the
Hubble space telescope, and has spent over 38 days in space. On Earth, he has
never been above 17,750 feet. This will be his first attempt on the summit of
Denali.
Caitlin Palmer: Caitlin
Palmer is a veteran Denali guide. With Colby, she helps run the Alaska
Mountaineering School out of Talkeetna, and is the expedition coordinator for
our trip.
 |
Millet One
Sport Everest Boot has made some minor changes by adding
more Kevlar. USES Expeditions / High
altitude / Mountaineering in extremely cold conditions / Isothermal to
-75°F Gore-Tex® Top dry / Evazote Reinforcements with aramid threads.
Avg. Weight: 5 lbs 13 oz Sizes: 5 - 14 DESCRIPTION Boot with semi-rigid
shell and built-in Gore-Tex® gaiter reinforced by aramid threads, and
removable inner slipper Automatic crampon attachment Non-compressive
fastening Double zip, so easier to put on Microcellular midsole to
increase insulation Removable inner slipper in aluminized alveolate
Fiberglass and carbon footbed Cordura + Evazote upper Elasticated
collar.
Expedition footwear for
mountaineering in conditions of extreme cold. NOTE US
SIZES LISTED. See more here. |
|
|
 |
A cold
weather, high altitude double boot for extreme conditions The Olympus
Mons is the perfect choice for 8000-meter peaks. This super lightweight
double boot has a PE thermal insulating inner boot that is coupled with
a thermo-reflective outer boot with an integrated gaiter. We used a
super insulating lightweight PE outsole to keep the weight down and the
TPU midsole is excellent for crampon compatibility and stability on
steep terrain. WEIGHT: 39.86 oz • 1130 g LAST: Olympus Mons
CONSTRUCTION: Inner: Slip lasted Outer: Board Lasted OUTER BOOT: Cordura®
upper lined with dual-density PE micro-cellular thermal insulating
closed cell foam and thermo-reflective aluminium facing/ Insulated
removable footbed/ Vibram® rubber rand
See more here. |
|
|
|  |