Sunday, March 30, 2008

Do you Sweat a lot.

This information is from our friends at Thanks.

Sweating a ton!
Q.I always seem to sweat a ton whenever I exercise, whether it’s hot or cold, regardless of whether it’s a cardiovascular workout or strength training. Is it normal, or something I should be worried about?
A. Sweating is a very natural way for your body to cool itself down. If your body did not sweat effectively it would be far more worrisome.
The main things to be concerned about with copious sweating are the following:
Replenish the fluids lost during hard exercise. One way to be sure you are doing this adequately is to weigh yourself before a long endurance workout and then be sure you drink enough during and after to return you to your starting point. Be sure you drink before you get thirsty or you may end up dehydrated.
Consume enough electrolytes (potassium and sodium) in addition to water to prevent bouts of hyponatremia, which typically only occurs in more extreme cases of heat and endurance activities (see for more information.)
Change clothing layers as soon as you stop moving, especially if you get really wet with sweat. This applies on warm as well as cooler, overcast days.
Make layering your buddy! Remove a layer just before you start to exercise so that you start out a little on the chilly side; this will help prevent you from overheating in the first few minutes of your workout.
Since a large amount of heat can be lost through your head, wear a very light knit hat or at least a bandana in very cold weather to help prevent too much heat loss.
As a courtesy to other exercisers, keep a towel handy if you are training indoors so you can dry off the machines and equipment after you are finished so the next person has clean gear to work with.
If you are one of nearly 8 million Americans who suffers from more extreme cases of perspiration from hands, feet, armpits or elsewhere, you may actually have a condition known as hyperhidrosis. Doctor-prescribed antiperspirants containing higher than normal levels of aluminum compounds can help plug up excessively active sweat glands.

Saturday, March 15, 2008

Benefits of Massage

Ask someone their reason for getting a massage and you're likely to hear "because it feels good". We all know that a massage can relieve stress, help to make sore muscles feel better and even reduce anxiety, but can it help us achieve our fitness goals? Research shows that the massage you get to relieve stress can also have a positive effect on your muscle-building capabilities and fitness level.Massage improves circulation and general nutrition of muscles. This appears to be the most valuable fitness-related benefit. Massage is accompanied or followed by an increase interchange of substances between the blood the tissue cells, which increases tissue metabolism. After a muscle is exercised, vital nutrients must be supplied in order for it to increase in size. Massage maximizes the supply of nutrients and oxygen though increased blood flow, which helps the body rebuild itself. Massage improves the range of motion and muscle flexibility. This results in increased power and performance, which helps you work efficiently and with proper intensity to facilitate the body's muscle-building response. Massage helps to shorten recovery time between workouts. Waste products such as lactic and carbonic acid build up in muscles after exercise. Increased circulation to these muscles help to eliminate toxic debris and shorten recovery time. Massage can help prevent over-training. Massage has a relaxing effect on the muscles, as well as a sedative effect on the nervous system. This can prevent over-training syndrome which has limiting effect on muscle building. Massage may aid in fat loss. According to some research, massage may burst the fat capsule in subcutaneous tissue so that the fat exudes and becomes absorbed. In this way, combined with proper nutrition, massage may help in weight loss. Massage helps prevent and even heal injuries. By stretching connective tissue, massage improves circulation to help prevent or break down adhesions. Massage also influences the excretion of certain fluids (nitrogen, phosphorous, sulfur) necessary for tissue repair. While a massage won't build muscle directly, it helps to facilitate the body's rebuilding phase following a workout and influences muscular growth. Getting a massage is just as important as regular workouts and supportive nutrition for a comprehensive fitness program. Great news for those of us who thought building a great body was all hard work!Before making an appointment with the first massage therapist you encounter, however, be sure they are a qualified bodywork practitioner. Ask for referrals, professional training information, and certification credentials from a reputable agency, such as the National Certification Board for Therapeutic Massage and Bodywork (NCBTMB).ABOUT THE AUTHORJon Gestl, CSCS, is a Chicago personal trainer and fitness instructor who specializes in helping people get in shape in the privacy and convenience of their home or office. He is a United States National Aerobic Champion silver and bronze medalist and world-ranked sportaerobic competitor and editor of the fitness ezine "Inspired Informed and Inshape." He can be contacted through his website at


The purpose of this information is to help you set and reach fitness goals. Our training goal is to help you get physically and mentally prepared to fully engage in the sport of mountaineering. Your climbing goal will be to perform strong and steady throughout your adventure.
Rainier Mountaineering, Inc. (RMI) offers numerous adventures on Mount Rainier and Mount McKinley, and worldwide from nearby Mexico to far-away Everest. While different objectives require varying levels of commitment, sound fitness gained through a well-guided program is the single best way you can ensure a safe and successful adventure regardless of the destination you have chosen.
Start on a good foot and seek your physician’s approval and the advice of a physical trainer/fitness expert before taking on a serious training program. A sound fitness program addresses cardiovascular fitness (fitness of the heart) and motor fitness (particularly strength, endurance and balance).
Cardiovascular fitness is measured through your aerobic capacity, your body’s ability to take in and use oxygen. At sea level, the restrictive factor in delivering oxygen to the muscles is the heart’s ability to pump blood, not the capability of the lungs to take in oxygen. It is at altitude, where oxygen is effectively less available, that lung capabilities come into question. Aerobics should be directed at conditioning your heart muscle even though it can also improve somatic muscle fitness.
Motor fitness is needed to complement cardiovascular fitness. Motor fitness refers to strength (the ability to exert force), power (the ability to exert force rapidly), endurance (the ability to withstand exertion), balance (the ability to maintain stability), agility (the ability to perform actions quickly and smoothly), and flexibility (the ability to bend without breaking).
Fitness and Acclimatization: The fitter you are, the more effectively you can acclimate (i.e., adjust) to altitude. That is simply because fit climbers expend less energy for a certain task (i.e., a day of hard climbing), leaving their bodies ready for the task of acclimatization.
It is important to understand what your goals are so that you may maximize your training. This is especially important given the time constraints placed on a mountaineer by weather, route conditions, objective hazards, and the effects of altitude. Proper physical conditioning will allow you to perform better by climbing longer, stronger and faster, be more comfortable on steeper and awkward terrain, carry heavier loads, recover quicker at rest, and enjoy the entire adventure more completely. Training goals will vary from mountain to mountain. Here are two examples:
Mount McKinley 22-day Expedition:
Be able to carry a 60-pound pack for five to eight hours a day for several successive days.
Be able to recover from a difficult day of climbing within an eight- to twelve-hour period.
Be able to perform as an asset on a summit day of fourteen hours (on slopes up to 40 degrees).
It is wise to take a look at your current fitness level before getting started on a new fitness program. A comprehensive assessment (done under advice of a trainer at your local gym) can certainly be an important tool toward your fitness goals.
The Fitness Program
Start your entire fitness training program well in advance of your climb, and increase the intensity and duration of your exercising as you gain fitness. Very generally, a six-month minimum is needed to implement an effective program. Your first weeks in this new fitness program will most likely be focused on getting into a routine. Discipline yourself to begin both the cardiovascular and motor fitness training from the outset, but start carefully to avoid overuse or over-enthusiasm injuries. Use a variety of exercises, activities, locations, etc. to keep physically challenged and mentally engaged. Be cautious of month-by-month formulaic programs which tend to over-simplify expectations and promises. You should have a plan that is both regimented specifically for you and be flexible enough to meet your personal needs.
The more your training can simulate real climbing, the more you will benefit. The following exercises can be used in your fitness program.
Use aerobic exercises to develop cardiovascular fitness.
There are a variety of aerobic exercises which are fantastic for training. They include: climbing and descending hills, stairs or stadium bleachers, any kind of skiing, snowboarding, running and cycling.
Other excellent aerobic activities which can benefit you but tend to be less focused for our needs include: aerobics classes, stationary cycling, circuit weight training, boxing and martial arts. Swimming can also be valuable. For the purposes of this expedition it would serve you better to use aerobic activities more suited to our goal of maximizing cardiovascular fitness and maximizing the strength and endurance needed for climbing.
In addition to the benefit of cardiovascular fitness, there needs to be concentrated effort on developing your aerobic ability for the descent from the summit. We should prepare for the event of a big storm moving in at the end of the day and thus train so we have the ability to get down quickly. A good strengthening program for the legs, especially quadriceps and knees, can really pay off on the mountain. When training with a pack, use a bathroom scale to hold it accountable.
Some training recommendations for aerobic exercising include:
(1) Keep your training range at 65 to 85% of your maximum heart rate. There is a well known formula for ascertaining your maximum heart rate that is based on your age, which you subtract from the number 220 (beats per minute). Arbitrary at best. We suggest that you begin with that formula, and then be aware of how you feel. Your perceived exertion can actually be a better indicator of how you ought to be performing on a given day. Individually, we differ enough, and certainly we have good days and bad days, such that “how we feel” should come into play. For example, a 39 year old has a maximum heart rate of 181; i.e., 220 - 39 = 181 beats per minute. The training range, then, is between 118 and 154 beats per minute.
(2) We recommend that the time you spend working aerobically should be a solid 30 minutes a day, and shouldn’t exceed 60 minutes. In order to train for the lengthy days in the mountains, you’ve got to get out and do lengthy training climbs; nothing else will prepare you as adequately.
(3) The frequency of your aerobic workout can be rather unlimited. You can train every day if you like. Be careful that you don’t overdo it and set yourself up with injuries. You should include some rest time each week.
Use interval training to advance your cardiovascular fitness.
The technique of interval training calls for including surges in the activity while maintaining an elevated heart rate. Here are some examples:
(1) If you are a runner, begin by running at a moderate intensity for twenty minutes. Every ten minutes thereafter, increase your pace for three to eight minutes, then return to the moderately intense level.
(2) If you are at the track, run around the track once at a moderate pace. Sprint 220 yards, then run one lap again. Repeat.
(3) If you are using a step mill, step moderately (at the high end of your aerobic training range) for ten minutes. Every five minutes thereafter, increase your pace for 1 to 1½ minutes, then return to moderate intensity.
Remembering that the heart’s ability to pump blood to the body is a major limiting factor in our athletic performance, then here is a training technique which can help us overcome that limitation. What we are doing here is going beyond standard cardiovascular fitness. Interval training, when used over a longer period of time, can aid in increasing the heart’s capacity for pumping blood through the body.
This is a very strenuous manner of training, and it shouldn’t be initiated at the last minute. We have had success with interval training when we have a minimum of three months of training time.
Use weights, calisthenics and stretching to develop motor fitness.
We suggest that when you work with weights, limit it to 2 sets of 20 repetitions with lighter weights (lighter than the heavy weights customarily used to intensify muscle growth). Your first 15 reps ought to go easy; your last five with each set should be tough. Rest for 30 to 60 seconds between sets.
Below are sample workouts which we have found successful. This program develops both cardiovascular and motor fitness. We have intentionally omitted describing the specific mechanics of the workouts as there exists a huge arsenal of exercises and machines to match an individual’s personal situation (personal history and present fitness level).
It is important that in addition to a sound lower body, you develop a sound upper body as well. A sound torso (both back and stomach) is especially important for mountaineering where heavy pack weights add a new dimension to our physical activities. These training principles are essentially the same for our upper and lower bodies. Use a physical trainer to help you build a program specific to your lifestyle and needs.
Stretching, balance, aerobic and abdominal exercises can be done every day. You should work with lower body and upper body weights at least twice a week (once every 3 days). Don’t fail to include a good warm up and warm down in your workout.
Warming up and warming down
Include 10 to 15 minute aerobic warm up and a 5 to 10 minute warm down in your program. This is an important component of any program. Keep your heart rate in an aerobic range; don’t get anaerobic.
Examples include walking, jogging in place, step mills, treadmills, cycling, and jumping rope.
Include 15 minutes of quality stretching into your program.
Focus on slow, static stretching. Avoid bouncing, ballistic stretching.
With static stretching, hold the stretch for 30 to 60 seconds, breathing through the stretch. Hold it only to the point of tension, not to the point of pain.
Don’t stretch through pain; you are stretching and tearing muscle fibers with this activity.
Be patient. The reward of proper stretching is the joy of movement which results.
Remember that stretching is a warm up and warm down exercise as well as a “real” workout for your body. Your goal is the reduction of muscular tension, not an attainment of extreme flexibility. Improper stretching can lead to injury and disillusionment with this aspect of motor fitness training.
Stretch at the beginning of a workout, just after the warm up, and also, even more importantly, after the workout when the muscles are at their warmest and most supple state. Stretching after a workout will do a tremendous amount of good toward alleviating muscle soreness and decreasing the chance of injury.
Lower body weights
(1) 1 to 2 sets of calf raises. Use a platform which allows you to make the full range of motion as you stand up on your toes and then drop your heels. Use body weight only.
(2) 2 sets of leg curls. Your hams should be 1/3 to 1/2 as strong as your quads.
(3) 2 sets of individual leg extensions.
(4) 2 sets of squats. Use a machine to isolate the gluteal muscles and prevent back injury.
Upper body weights:
(1) Begin by exhausting the larger muscles first. This includes the chest and back, and shoulders.
(2) Work both the biceps and the triceps.
Points to focus on:
(1) All weight sets should be performed focusing on excellent form and technique. You should hire a physical trainer for at least a day to assist you with developing good technique. It may also be beneficial to meet again with this person periodically to ensure good form and to measure progress.
(2) Perform repetitions with a two-count positive motion and a four-count negative motion.
(3) Breathe out on exertion.
(4) Use proper rest periods between sets.
(5) With all these exercises, slowly increase the weights over time. Be patient.
(6) Tendon strength increases at a rate roughly ten times less quickly than muscles. Don’t supercharge your muscles on an aggressive weight program only to injure your tendons.
Abdominal exercises
Focus on the quality of the exercise, not the number.
Changing up the exercises (cross-training the abdomen) is key to increasing abdominal fitness.
The abdominal muscles adapt remarkably well to a punishing workout – continue to change up your workout, even if you don’t switch exercises, switch the routine.
Balance Exercises
Balance exercises reward you with increased body awareness and can aid in your ability to negotiate tricky terrain under a heavy pack.
Distinguish between static and dynamic balance exercises. Static exercises will keep one or both feet on the ground. Dynamic exercises involve the body in motion. Both are important for the development of this motor fitness skill.
Balance is a motor skill like strength, and can be improved over time.
Include some of these into your workout. Here are some possibilities:
Static balance exercises:
(1) Walk heel-to-toe in a straight line. Then return by walking backward. Then try with your eyes shut.
(2) Stand in balance on one leg. Fold the other leg beneath you and hold it by the knee or foot.
(3) Stand in balance on one leg, then squat, and then return to the stand position.
(4) Try the same exercise, but standing on a piece of foam.
Dynamic balance exercises:
(1) Skiing, snowboarding, roller skating, ice skating are obvious and fun.
(2) Tennis, racquetball, table tennis, basketball and volleyball are all also great for balance.
(3) Clamber up and down hills, the hard way – over rough trails or “off piste” over boulders and logs, through the woods, etc. This is a particularly effective exercise.
Training Log
We have found that a training log helps to keep people on track. It keeps you honest for one; but more importantly, it is rewarding to see progress occurring over the longer term. A log book can help you recognize and then seize some motivation and satisfaction, especially if you have been training for months.
Good luck. Train hard. We look forward to seeing you on the mountain!

Wednesday, March 12, 2008

1st Post

This blog will follow several people training, diet and life as they prepare to climb Mount Rainier in the Summer of 2008. We will be featuring work out ideas, food discussions, training climbs, and overall experiences. Check back frequently