Youngsters get heat sick when their bodies are not able to cool down.  Youngsters are more vulnerable to heat related illnesses because they don’t adapt as fast or as well to heat changes as do adults and they also create additional warmth with activeness. Children are more at risk to heat illness since they can’t adapt as quickly or as well to changes in temperatures. In addition, they produce extra heat with activity. Young people also perspire at a greater body temperature than adults and do not perspire as much.  For overweight children, who take medicine and have ongoing illnesses are more at risk in hot weather during workouts.

INDICATORS
Heat Cramps – painful, involuntary muscle twitches, ordinarily in the gastrocnemius or hamstring tissues (the muscles at the rearward of the forelegs and thighs)

Dehydration – fatigue, thirstiness,  dizziness, less-frequent urination,  sloppiness, exaggerated heart rate and respiration, dried out skin,  dry mouth and mucous membranes

Heat Exhaustion – clammy, ashen skin, sweaty,  weariness (fatigue), pounding head and or dizziness

Heat Stroke – loss  of consciousness, confusedness or hallucinations, headache, agitation, high body temperature, absence of perspiration, deep or shallow breathing, faint pulse rate, seizures

PREVENTING HEAT ILLNESS
Be conscious that temperatures over 80 degrees create conditions favorable to heat illness.  Know that high humidity lessens a body’s capacity to release excess heat through perspiration. In order to prevent illness, get child used to the heat, raise intensity over the next 2 weeks, avoid strenuous work for the first week Early evening or morning is the best time for exercising as it is cooler outside. Make sure young people rest often. Push fluids to children and teens prior to practice. Have plenty of fluids available during practice, preferably water. Even if they aren’t thirsty, young athletes need to drink fluids every 20 minutes when practicing. Fluids to keep away from are caffeine and everything effervescent. With clothing, have kids wear well-ventilated, sweat-absorbent and light-weight.

In case your child or your squad is doing agility training as a manager or parent, you want to be aware of the criticalness of heat-related ailments.  Respect the high temperatures or there could be fatal consequences.

What’s flexibility?

Flexibility is defined as the full range of movement in the ability to reposition joints. It’s the changing from a resting positiion to a flexed extended positiion.Flexibility training is among the most significant rituals an athlete can perform to avoid injury.It improves aerobic routines, improves athletic accomplishment and strength training routines as well.The more flexible that you are in your strength training program, the more you work the muscle groups you are training.Through doing this, the efficiency of the exercise will get better.   A flexible athlete also moves with more ease and enhanced dexterity. The American College of Sports Medicine advocates flexibility exercise in its general exercise recommendations.  They advise stretching exercises for the major muscle groups be completed two to three days per week.

It’s vital to the health of your muscle groups that you warm them up before you extend them.Cold and stiff muscles that don’t yield are said to be a principle reason of injuries.If at all possible, a 5-10 minute jog ought to do it.This can improve the relaxation and contraction speeds.This will aid boost circulation, metabolism as well as the temperature of the body.

A sportsperson does stretching exercises to be able to increase flexibility.Non-athletes may improve the effectiveness of practical movement in daily life such as bending over to pick something up.   An athlete ought to gently stretch a bit more each day so that they can improve flexibility, speed and agility.

Guidelines

The following are guidelines to utilize when stretching.

· Warm up muscle tissues prior to a stretch

· Stretch until you’re slightly uncomfortable but not to the point that you experience pain.

· The feeling of tightness diminishes as you stretch

· Hold the stretch for 10-30 seconds

· A set needs to be 2 or 3 exercises prior to moving on to next one

· Shake out the limbs between stretches

Find more informative articles here on training for speed and agility.

The important point to remember is that sport vision training leads to greater amounts of information being processed EVEN when under stress.  The innovative power of this training is so high that ever more ambitious milestones are constantly crossed. Here are some of the addressed issues:

* awareness of peripheral surroundings – dealing with seeing the things that are out of focus – out of the corner of the eye in popular lingo

* visual reaction time — this basically decreases the time it takes for visual imagery to be interpreted and it leads to quicker reaction times

* how many moving objects the player can deal with and how well he can take them into account is called dynamic visual acuity    * eye tracking – the ability to to watch or follow the ball carefully no matter how fast it may be traveling
* eye focusing – the ability to quickly change focus accurately from different distances

* depth perception – leads to the correct placement of objects within our 3D world

* fusing flexibility and stamina – not the best chosen name, but what is does is amazing, it permits your eyes to function at optimum capacity for longer times, this means that players will still be able to process their visual information at optimum parameters – even at the end of a tiring game
Sports vision training is truly one of the biggest discoveries in speed and agility training.  One funny thing to remember is that: “keep your eye on the ball” is something that you have the tools to improve now.

By the way, here are some more interesting resources for speed and agility training:speed and agility training and protein

For more high quality information visit: Speed and Agility Training

You should also check out this awesome exercise for speed and agility training and preventing injuries.

Why Set Goals?

Goals are primary in the success of an athlete. They supply a road map and are important in helping the athlete stay alerted to the actions necessarry to be successful. When an athlete is experiencing great difficulty and disappointment, goals help them stay motivated. Goals encourage the athlete to strive for an even better performance. Faster and more efficient achievement of goals are rewarded to athletes who have clear expecations of performance.  Goals can give an athlete a psychological edge as well by improving self confidence, giving them a sense of pride and as they reach their goals for Speed and Agility Training. Setting goals allows an athlete to gain a physical advantage by imporving in the areas of power, speed and agility and performan. Using an agility ladder as an example, acheiving a goal that was set for speed using this tool.

An experienced coach can be a great advantage for speed and agility training. A coach can not only help an athlete set goals, it is imperative for them to do so.  Good coaches can help the athlete set practice, performance and game goals. These goals will position the athlete to have an edge over the competition.  Practice goals are designed to prepare an athlete for a specific event. These objectives focus on practice and tactics. Coaches help set goals that are difficult yet attainable.

Whether people are elite athletes or Fortune 500 CEO’s, the ability to set and master the skills of goal setting contributed greatly to their achievements and it will to yours as well.

Go to this website on speed and agility training to get more information Speed Exercises

Absolute strength – the greatest total power you’re capable of producing, your one rep maximum is your absolute strength

Starting Strength – a measure of what number of muscle fibers that you are capable of instantly tighten

Think of it this way, if you snatch a heavy set of weights from the ground you’ll hurt your back. But if you were to lift slowly this will not happen. Starting strength (in the example shown), basically measures the max weight that you are capable of lifting from the ground with no injury.

Relative strength – your strength per pound of body mass

Reactive Strength or Plyometric Strength – measures your capability to absorb and exploit power while switching from an eccentric contraction to a concentric contraction.

What’s the significance of these phrases to your training plan?
The more your absolute strength, the more your starting strength. The more your starting strength, the faster your increase of velocity, the faster your acceleration, the better your explosiveness or your ability to attain your uppermost speed faster. Think about, “Is my Speed and Agility Training growing my absolute strength for those muscles that are important in my sport?”

Relative strength is significant since the higher your relative strength, the greater the strength you are able to generate. This helps you in two ways; your nervous system is better conditioned and will also cross over into your agility, and you have less stuff to carry around. This also crosses over into speed.

A question to ask about is whether or not your Speed and Agility Training improves your relative strength. Bear in mind when working out for speed and agility your relative strength is more important than your absolute strength. Note: you should not worry very much concerning bulking up because a 10% boost in LEAN body mass equals a 30% boost in power.

Last but not least, we look at reactive strength. This sort of strength plays a vital part in agility, it allows you to quickly adjust course and overwhelm your opponent with unexpected moves. It also enables you to jump higher when running (but not alot from a standstill position). It also has a role in running speed however there are better ways to work out for that if running speed is what you want to achieve.

What’s the take away home from this post? So as to correctly train for speed and agility you should include strength training exercises in your practice. You must also tailor it for the athletic endeavour you’re in. There can be no shortcuts although there are effective ways of achieving your objectives (whatever they might be).

If this has baffled you some you should….

Here’s a food for thought question for you.  Why do sprinters (50, 100 meter dash, basketball players, quarterbacks etc) get ripped abs without explicitly training for them? Naturally you have got to be aware that starting strength is different for separate muscles groups and can be trained independently. Understanding what muscles play a part in the movements most vital in your athletic endeavour makes it possible for you to focus on them and generate rapid and effective results

If you liked this article, you can find more information, tips, and videos by going to: more Speed and Agility Training.

Absolute strength – the maximum total power you’re able to produce, your individual rep max is your absolute strength

Starting Strength – a measure of how many muscle fibers you’re in a position to instantaneously contract

Look at it in this way, if you snatch a heavy dumbbell off the ground you might strain your back. However should you pick it up slowly this will not take place. Starting strength (in the example just discussed), basically measures the max load you are capable of snatching off the floor without damage.

Relative strength – your strength for each lb of body weight

Reactive Strength or Plyometric Strength – deals with your capability to soak up and use power while switching from an eccentric contraction to a concentric contraction.

What’s the application of these terms to your work out regime?
The higher your absolute strength, the higher your starting strength. The more your starting strength, the faster your acceleration, the quicker your acceleration, the better your explosiveness or your ability to attain your highest speed sooner. Think about, “Is my speed and agility training helping my absolute strength for those muscles that matter most in my sport?”

Relative strength is crucial because the more your relative strength, the greater the power it is possible to produce. This helps you in a couple of ways; your nervous system is better conditioned and will cross over into your quickness, and you’ve got less stuff to carry around. This also crosses over into speed.

A good question to ask is whether or not your Speed and Agility Training improves your relative strength. Remember while working out for speed and agility your relative strength is more important than your absolute strength. Note: you should not be worried too much concerning bulking up since a 10% growth in LEAN body mass is equal to a 30% growth in power.

Last but not least, we look at reactive strength. This sort of strength plays a crucial function in agility, it allows you to abruptly vary direction and dazzle your opponent with surprising moves. It also allows you to jump higher while running (but not so much from a standstill posture). It also has a function in running speed however you’ll find better ways to train for that if running speed is what you want to achieve.

What is the take away home from this posting? In order to properly work for speed and agility you must include strength training workouts in your regime. You should also adapt it for the activity you are involved with. There can be no shortcuts but there are efficient ways of reaching your goals (whatever they might be).

If this has bewildered you somewhat you should….

Here is a food for thought subject for you.  Why do sprinters (50, 100 meter dash, basketball players, quarterbacks etc) get ripped abs without explicitly training for them? Of course you must bear in mind that starting strength is different for separate muscles groups and can be trained individually. Knowing what muscles play a part in the movements most vital in your athletic endeavour enables you to concentrate on them and create fast and efficient results

If you liked this article, you can find more information, tips, and videos by going to: more Speed and Agility Training.

So what are plyometrics anyway?
Simply put plyometrics are a form of exercise. The purpose of these sort of exercises is the linking of strength to speed  for the improvement of power.The theory goes like this: if you use the same strength, faster, the power will improve. If you use more strength, faster, the power will be geometrically higher.A sport that can benefit from plyometric training is basketball; here, great benefits can be obtained quickly in a  running vertical jump for height.
Plyometric exercises focus on just two things:
– increase your bodies ability to absorb and store force;- teach you how to release that force — creating a movement which has a lot of power behind it.

If your sport of choice involves any throwing, kicking, jumping or lifting, then plyometric training can benefit you. Some examples of sports like these are: soccer, power lifting, basketball, football, baseball etc.

Benefits of Plyometric Training for Speed and Agility
The effect of plyometrics is twofold: it not only strengthens your joints, tendons and muscles, but it also trains your nervous system to react more efficiently. Speed and agility can be developed very quickly with such practices – the best gains come if you have already strengthened your muscles and tendons.

The conditioning of the nervous system is the reason plyometric training produces very quick results. That is why you must pay close attention to these instructions(plus it will also proove to YOU that this gets results and thus you more likely to stick with it and also get the long term gains):
never train when in a fatigued state
concentrate on what you are doing — perform each rep with the same dilligence
train harder not longer (no more than 20 reps REGARDLESS of exercise used)always remember to keep the set number under 3 (no more than 3 reps of a given exercise per training session)

Drill this into your head: Train HARDER, not looonger.

Plyometrics also bring improvements in the long run, however these rely more on changes in your body structure (incidently this explains why nutrition plays a big part in the results you get with plyometric training). Plyometric training will change the structure of your muscles and tendons.Plyometrics will make your muscles and tendons more springlike.
I’d like to know exactly how a plyometric movement works!

* first the body absorbs and stabilizes the force from a negative (eccentric) contraction
* as it does this, it  loads up your muscles and tendons with force (think of it like a compressing a spring)
* the spring unloads and the body (for legs) or an object (for arms) is propelled with astounding speed

Here’s an example,when you cock back your arm to throw a rock the natural thing you do is to first cock your arm backwards.  The effect of this is that the muscles of your arm and shoulder muscles lock, forcing your tendons to stretch thus storing a lot of force in those tendons and essentially turning them into loaded springs. When you throw, the stored force is released, allowing the rock to be accelerated at a rate which is higher than your normal rate of force development.

The reason plyometric training was so big when it came out in the 70 ’s is that it allowed athletes to specifically train their muscles and tendons to be more spring-like. You naturally use plyometric movements but before plyometric training came out there was no clear cut way to train for this. That is why it was thought for so long that jumping for height for example was an innate ability.
As I said before, the more you use this type of training the more you will also develop an inherent springiness in your muscles and tendons.  Coupled with an increased nervous system learning on how to corectly perform the movement at higher speeds, you can expect to see massive improvements in your speed and agility.To further support this process you should also learn about:role of strength in speed and agility training
The question is: how do I adapt the principles of plyometric training to my speed and agility training? The answer is, and you aren’t going to like it, by tailoring your plyometric training to the specific speed and agility requirements of the sport that you are practicing. This is a long discussion and goes way beyond the scope of this article. Click here to learn more about: Speed and Agility Training

Article recap:

* what plyometrics are
* how plyometrics work
* the role of plyometrics as part of your speed and agility training
* the benefits you can expect when introducing plyometric drills into yours speed and agility training

I also recommend you check out this article and learn this very usefull exercise for speed and agility training and preventing injuries.