INFORMATION FOR TRACK & FIELD/ATHLETICS COACHES

Basic Training Principles

Athletics Information
INTRODUCTION
Speed Training
How the Training Works
Athlete Assessment
Hill Training
Anaerobic Capacity Training
Fartlek Training
THE EVOLUTION OF THE HUMAN RUNNER
CARDIOVASCULAR AND CARDIORESPIRATORY COMPONENTS
THE RUNNER IN MOTION
ADAPTATIONS FOR SPEED AND TERRAIN
Stepping Into Coaching
Communicating as a Coach
Understanding Rules and Equipment
Proviving for Athletes' Safety
Making Practices Fun and Practical
Teaching and Shaping Skills
Coaching the Sprints, Hurdles and Relays
Coaching the Distances
Coaching the Jumps
Coaching the Throws
NECK
SHOULDERS, BACK AND CHEST
ARMS, WRISTS AND HANDS
LOWER TRUNK
HIPS
KNEES AND THIGHS
FEET AND CALVES
Track & Field (Athletics) Newsletter
You Need A Needs Analysis
Building Confidence
Maximizing your performance
Flexibility
Proper Hydration
Nutrition
Carbohydrates and Distance Running
Strengthening your TFL so you can run faster
Dietary intake and anthropometry in elite Spanish athletes
Am I warm enough to produce my best performance?
Hard Level Floors
The Weak Foot Theory
Linear People
Coaching---An Art Or A Science
Basic Training Principles
Analyzing Sport Skills
Anatomical Adaptation
Identifying and Correcting Errors In Sports skills
How strong is the correlation between Type II muscle fiber and elite performance in explosive sports
Strength Training Plan
The Basis For Training
Muscle Fiber Types and Training
Program Design: Linking It All Together
Training Cycles
Heart Rate Training
Core Stabilization Training
Plyometric Drills
Stretching
The return to training and competition after Achilles tendon injuries
Hamstring Injuries
Peaking For Competitions
Over Training
Muscle fatigue in middle-distance running
Rest and Recovery
Recovery
Endurance Training
Annual Training Plan
Pushing The Athlete In The Weight Room: How Much Is Too Much?
Proper Form During Acceleration
Motor Control In Sprinting
THE EVOLUTION OF THE HUMAN RUNNER
CARDIOVASCULAR AND CARDIORESPIRATORY COMPONENTS
THE RUNNER IN MOTION
ADAPTATIONS FOR SPEED AND TERRAIN
UPPER TORSO
Sprints
Training Sprinters
Conditioning Sprint Acceleration: Recent Research
Neuro-Biomechanics of Sprinting
The Relays
The Sprints and Relays
Hurdle Drills
Angular Momentum Of Hurdle Clearance
The Hurdles
Strength Training And Distance Running: A Scientific Perspective
Middle & Long Distance Training
The 800 and 1500
800 to 5000 Training
The association of the blood lymphocytes to neutrophils ratio with overtraining in endurance athlete
The science of endurance
Top Seven Lessons For Coaching Runners
11 Keys To A Successfutl Distance Running Program
Advanced Training Sessions
Strengthen Your Legs For the Jumps
LJ, TJ & HJ Strength Training
The High Jump
The HJ
HJ Technical Aspects
High Jumping Skills
Approaches to technique and technical training in the high jump
The LJ & TJ
The LJ approach run
The LJ Hitchkick
The LJ, TJ and PV Run Up
Triple Jump
The Long Jump
The Pole Vault
The Transfer Of Momentum In Fiberglass Pole Vaulting
Athletics Outstanding Performer---The Vaulting Pole
Discus, Shot Put, Javelin and Hammer
Training The High School Discus Thrower
The JAV
The Javelin
Shot Put
Shot Put---Glide Technique
Shot Put---Spin Technique
Discus
The Hammer
Using Sport Science To Improve Coaching: A Case Study Of The American Record Holder In The Women's H
Distance Running Strategy
Reassessing velocity generation in hammer throwing
Becoming The Best Decathlete
DEVELOPING A COACHING PHILOSOPHY
COMMUNICATING YOUR APPROACH
MOTIVATING RUNNERS
BUILDING A CROSS COUNTRY PROGRAM
PREPARING FOR MEETS
PLANNING FOR THE SEASON
TEACHING PROPER RUNNING FORM
IMPROVING RUNNERS' PERFORMANCE
DEVELOPING A RACE STRATEGY
PREPARING FOR PRACTICES
COACHING MEETS
Marathon Training
Shedding Light On The Elite Coach-Athlete Dyad: Perspectives Of The Participants In The 2008 Men And
Winter Work
Post-Performance Stretching For The Athlete
Achilles Tendinitis Prevention & Treatment
Ten Laws Of Running Injuries
Rehabilitation Of Sports Injuries
Thigh and Hamstring Injuries
Hip Injuries
Knee Injuries
Lower Leg and Ankle Injuries
Foot and Toe Injuries
 

The 24 Consensus Principles Of Athletic Training And Conditioning

By John Kernan, Ed. D., Adams State College

    Some of this you already know and apply in your own coaching. But Kernan sneaks in a few things here like "modeling." He's not talking about walking down the fashion runway. If you made a chart, how much of this do you do now? For those who may want to master Tudor Bompa's principles, you may want to hunt down the workbook that accompanied Theory and Methodology of Training. Coaching Education, Level II, digs into this Bompa material quite well.

INTRODUCTION
    The theory and methodology of training, as a distinct unit of physical education and sports, has its own specific principles based on the biological, psychological, and pedagogical sciences. These guidelines and regulations which systematically direct the whole process of training are known as the "principles of training." (Tudor Bompa, 1994)
    The coach of any sport needs to consider all aspects of the training process before he or she designs a training program. All athletic events have specific components that make up the true nature and scope of that sport, whether it is cyclic or acyclic. The following are 24 consensus principles from various sport training and science experts, such as Bompa, Harre, Costill, Epley, et al. These principles should be considered by coaches when establishing any exercise or training regimen for their athletes.

Principle #1: Physical Examination
    1.) Everyone gets one; youth, masters, elite, junior elite, professionals-everyone!
    2.) A thorough examination should be undertaken: EKG, blood analysis, body composition, and cardiorespiratory assessment!
    3.) The assessment should be completed by competent medical professionals and from the coaching and sport medicine staffs.
    4.) DO NOT COACH, TEACH, nor INSTRUCT anyone who has not taken a physical exam unless he/ she possesses a current physical examination waiver.

Principle #2: Active Participation in Training
    1.) The coach should communicate training information with his/her athletes.
    2.) The athlete should actively participate in planning and analyzing long- and short-term training programs.
    3.) The athlete must periodically take and pass prescribed standard tests.
    4.) The athlete must undertake individual assignments and/or individual training sessions without supervision of the coach or manager.

Principle #3: Multi-Lateral Development
    "The necessity of a multilateral development appears to be an accepted requirement or value in most fields of education and human endeavor. Parents should check that their children are properly conditioned in all areas of fitness before a program begins. All biomotor areas of an athlete should be developed before embarking on a specific sports training program." (Bompa, 1994)

Principle #4: Individualization
    1.) Each athlete will react differently to any training stimulus.
    2.) There are differences by age, gender, and training age.
    3.) No effective training program can be simply a copy of another athlete's program, no matter how elite or successful that athlete may be, or was!

Principle #5: Feasibility
    "This principle simply states that the planned training load must be realistic for the athlete's age, sex, training age, level of ability, and mental capacity." (Freeman, 1996)
 

Principle #6: Specificity/ Specialization
   
1.) Specialization/Specificity represents the main element required to obtain success in a sport.
    2.) All athletes will be what you physiologically train them to be.
    3.) Exercises specific to a sport or event lead to anatomical and physiological changes related to the demands of that sport or event.

Principle #7: Ground-Based Activities
    1.) Most sport skills are initiated by applying force against the ground. The more force your athletes can apply against the ground, the faster they will run, and the more effective they will be in sport skills.
    2.) You need to select exercises and conditioning drills that apply force with the feet against the ground. (Epley, 1998)

Principle #8: Multiple Joint Actions
    1.) Your strength and conditioning program should be based on exercises and drills involving multiple joint actions to improve athletic performance. Sport skills, such as running, jumping, or tackling in football, require multiple joint actions timed in the proper neuromuscular recruitment patterns.
    2.) Isolating single joint actions might work for body builders to improve their appearance, but athletes need to concentrate on activities involving sequential multiple joint actions to improve performance. (Epley, 1998)

Principle #9: Three-Dimensional Movements
    1.) Sport skills involve movements in the three planes of space simultaneously: forward-backward, up-down, and from side to side. Your strength and conditioning program should improve functional strength with exercises and drills approximating these skills.
    2.) In strength training, only free weights allow movement in three dimensions simultaneously. This makes the transfer of strength and power easier to merge with the development of sport skills. Machines limit the development of sport skills. (Epley, 1998)

Principle #10: Progressive Overload
    1.) Specific exercise overload must be applied to bring about physiologic improvement.
    2.) Overload can be achieved by manipulating volume and intensity.
    3.) The training program must place a demand on the body's biomotor systems for improvement to occur.
    4.) Training loads must be gradually increased and manipulated.

Principle #11: Train the Correct Energy System
    "The primary objective of conditioning is to improve the energy capacity of an athlete to improve performance. Many coaches and athletes are confused or misinformed on how to implement the correct conditioning methods for a particular sport. For effective conditioning, training must occur at the same intensity and duration as you will face in competition in order to develop the proper energy system predominately used." (Epley, 1998)

Principle #12: Interval Training
    1.) Your conditioning program should be based on interval training principles.
    2.) Interval training is work or exercise followed by a prescribed rest interval.
    3.) The program must meet the specific metabolic conditions of each sport or event.
    4.) A common training error that coaches make in their conditioning programs is making their rest intervals too short. If the rest period is too short, the amount of energy is not sufficient to meet the demands of the next effort. (Epley, 1998)

Principle #13: Train Explosively
    1.) Strength gains may be determined by the size of the muscles, but many times an athlete will get stronger because of an improved ability of the nervous system to recruit motor units.
    2.) Through proper training, the body learns to recruit more motor units so that more force can be generated.
    3.) Training explosively with free weights allows more fast-twitch muscle fibers to be recruited and in return improves an athlete's performance potential. (Epley, 1998)
 

Principle #14: Adaptation
    1.) This is the process of the body responding to a training load.
    2.) Adaptation to training is the sum of transformations brought about by the systematic repetition of specific exercise. SAID=Specific Adaptation to Increased Demand!

    3.) Proper levels of load must be prescribed; if not, undertraining or overtraining could occur.

Principle #15: Consistency
    "Sometimes positive adaptations only occur after months and years of consistent hard work." (USOC, 1997)

Principle #16: Variety/Variation
    The training needs to be varied to prevent staleness. Varying the load causes the body to adapt. This may mean varying the durations and intensities of different workouts or performing a myriad of drills.

Principle #17: Split Routine
    Most strength and conditioning programs use three workouts per week. However, this training can be done daily if a "split routine" is used. This means alternating the types of exercises performed and executing them on consecutive days. With the split routine, you get at least two full days of recovery from each exercise.

Principle #18: Hard-Easy System
    1.) You can make more progress over longer periods of time if you do not work at maximum loads during each workout.
    2.) A "Hard-Easy" system eliminates overtraining and mental burnout.
    3.) Design one or two hard workouts per week, and have the other days involve light to moderate training.

Principle #19: Modeling
    "Through model training the coach attempts to direct and organize his/her training lessons in such a way that the objectives, methods, and content are similar to those of a competition. The coach or athlete needs to know his or her sports ergogenesis [work production]." (Bompa, 1994).

Principle #20: Warmup
    1.) Warmup prepares the body for action.
    2.) Warmup involves doing low-intensity type activity, helping to get blood flow to the working muscles, and preparing them to perform high-intensity tasks.
    3.) Physiologically, the body temperature needs to increase 1-2 degrees.

Principle #21: Cool down
 
   1.) The cooldown helps to get the blood away from working muscles back to vital organs.
    2.) It is essential to remove metabolic wastes from the body and muscles.
    3.) Cooldown is commonly neglected.
    4.) Latest studies show that an extended cool down session may slow illness and injury.

Principle #22: Rest and Recovery
    1.) Rest allows the biomotor systems to regenerate and become better and stronger than before.
    2.) Recovery techniques include sleep, active rest activities, massage, ultrasound/electro stimulation, sauna/steam baths, and hot/ cold immersion baths.
    3.) Every athlete should strive for a bedtime of 10:30 pm or earlier, every day during training.
    4.) "An athlete needs to establish a pattern or a regimen for his sleep as well as his training." (Pat Porter, US Olympian)

Principle #23: Reversibility
    1.) Detraining occurs rapidly when a person stops exercising or training.
    2.) Fitness can decline rather rapidly, at about a 1/2 ratio.
    3.) Because of the reversibility principle, it's important to maintain some sort of fitness through cross training or active rest activities.

Principle #24: Long-Term Periodization and Planning
    1.) The process of training is a long term phenomenon.
    2.) It involves planning for the entire year, from the off-season to a competitive peak.
    3.) It is also important to keep track of your workouts from day to day, month to month, and from year to year in some kind of file and retrieval system.

SUMMARY
    A coach or trainer of any sport or fitness activity will enhance his/her success by following these principles of training when designing and planning training or lesson plans for athletes and teams.
 

FROM: TRACK COACH 148