Monday, September 19, 2011

The Effects Of Training & Exercise

After exercise, you’ll find your body experiences immediate and more gradual effects.
The minute you start training, you’ll notice more frequent muscle contraction, raised body temperature and pulse, and deeper breathing known as tidal volume. Longer-term effects occur as the body adapts to regular exercise, including your heart getting larger, bones becoming denser and the vital capacity of your breath deepening.
Imediate Effects Of Trainig:-
-Muscle Contraction
-Increased Blood Flow to Muscles
-Rise in Muscle Temperature

Effects Of Regular Training:-
-Increase in Bone Width & Density
-Muscles, Tendon, Ligaments get stronger
-Joints are more stable
-Increased Flexibility Of Joints
-Muscles get bigger (Hypertrophy)
-Muscle endurance improves

The bones, joints and muscles
A gymnast bend backwards
Flexibility at joints increases with regular training
Immediate effects when first exercising:
  • Muscles contract more often
  • Blood flow to muscles increases
  • Muscle temperature rises
  • Little effect on bones and joints
Effects of regular training:
  • Muscles increase in size (hypertrophy)
  • Muscular endurance improves
  • Muscles, tendons and ligaments around joints get stronger
  • Joints become more stable and flexibility at joints increases
  • Bone width and density increases

The cardiovascular system

Immediate effects when first exercising:
  • Heart contracts more often – increased heart rate.
  • Heart contracts more powerfully – increased stroke volume, which is the volume of blood pumped from heart with each beat.
  • Blood diverted to muscles, eg it is diverted from the digestive system to the muscles.
  • Blood temperature rises.
  • Blood vessels near skin open to allow heat to be lost.
Effects of regular training:
  • Heart muscle increases in size and strength.
  • Cardiac output increases. Cardiac means relating to the heart so this is the amount of blood that the heart pumps out to the body.
  • Lower resting heart rate, quicker recovery from exercise.
  • Reduced risk of heart disease.
  • Increased number of capillaries in muscles.
  • Increased volume of blood and red blood cells.

The respiratory system

Immediate effects when first exercising:
  • Increased rate of breathing
  • Increased depth of breathing – rise in tidal volume
Effects of regular training:
  • Increased strength of diaphragm and intercostal muscles.
  • Greater number of alveoli.
  • Increased ability of the lungs to extract oxygen from the air.
  • Increased vital capacity.
  • Increased amount of oxygen delivered to, and carbon dioxide removed from, the body.

Porto Alegre to host WMA in 2013

Porto Alegre receives World Masters Athletics in 2013

Attention: open in a new window. PrintE-mail
: Lord Mayor of Porto Alegre, José Fortunati, (left) promoted the WMACS 2013The capital will host in 2013, another big sports event, the 20th World Masters Athletics Championships Stadia - Porto Alegre / Brazil. The championship which is promoted Internationally since 1975 in several countries, will occur the first time in the nations of South America. The initiative held every two years is the world's greatest expressions of athletics over the age of 35 years.
The official announcement came on Tuesday, 24, in the auditorium of City Hall. The ceremony attended by Mayor Joseph Fortunati, president of the Brazilian Association of Athletics Master Hypólito Francisco, who Represented the president of World Masters Athletics (WMA), Stan Perkins. (Photos). (Video).
Mayor Joseph Fortunati stressed that the date marks the start of preparations to receive the greatest event in athletics master of the world. He also said that holding the event in the city in 2013, is an important test for the 2014 World Cup "It's an opportunity to show the beauty of our City, projecting it into the national spotlight. The chance to show our involvement with the sport, which is a health issue, coexistence, integration between people, and equality of life, "he said.
The President of the Brazilian Association of Athletics Master Francisco Hypólito, highlighted efforts of the government entities and the events to take place in Porto Alegre. "We went to Finland to defend the City, we are aware of the benefits of the event and the arduous task of organizing the competition, which takes place during two weeks in the Capital."

On occasion Hypólito went to the Mayor for the document authorizing that the WMA championships took place in Porto Alegre. He also emphasized that it also takeing place in 2013 in Porto Alegre is the election of the new headquarters of the world for 2017 with the presence of Representatives of 153 countries
Also Participating in the ceremony the Municipal Secretaries of tourism, Luiz Fernando Moraes (SMTUR), Education (SMED), Cleci Jurack, Sports, Recreation and Leisure (EMS), Edgar Meurer, Environment (WBW), Professor Garcia, President of the Port Alegre Metropolitan Convention and Visitors Bureau, Berenice Lewin, partners of the event and Gaucho athletes.

The Championships in numbers;
Athletes: 7,000 among foreigners and Brazilians
Stay in the city: about 14 days
Local Involvement: around 1.000 people Professionals between physical education, physiotherapy, paramedic, interpreters, students and scouts.
Average daily spending of tourists: RS 460 (USD 270) on items such as lodging, food, shopping, transportation, culture and leisure.

Municipality of Porto Alegre. The championship Consists of Several events including races such as the Marathon and Race Walk of 10 and 20 km, jump, throw and Cross Country and all Olympic events from track and field, in male and female categories. In Porto Alegre the competitions take place at the Sports Center at PUCRS in SOGIPA at the College of Physical Education (ESEF), the State Training Centre (CETE) at the Marine Park of Brazil, and Gasometer in and near the area of River Guaíba.

The WMA 2012 Indoor C'ships is in Jyvaskyla, Finland, from 3-8April, 2012.
Visit the website: http://wma2012.jyvaskyla.fi/

Preliminary Day Schedule

WMA 2012, 3.-8.4.2012
The number of the column refers to competition day.
  • 3 = Tuesday 3.4
  • 4 = Wednesday 4.4.
  • 5 =Thursday 5.4
  • 6 = Friday 6.4
  • 7 = Saturday 7.4
  • 8 = Sunday 8.4

Indoor: Men


M35M40M45M50M55M60M65M70M75M80M85M90+
60m Heats/ Semifinals333333333333
60m Finals444444444444
200m Heats4444444444

200m Semifinals/ Finals555555555555
400m Heats66666666



400m Semifinals7777777777

400m Finals888888888888
800m Heats3333333333

800m Finals444444444444
1500m Heats77777777



1500m Finals888888888888
3000m Finals666666666555
3000m Track Race Walk555555555444
60m Hurdles/ Heats77777777



60m Hurdles/ Finals777777777777
4x200m Relay/ Finals888888888888
High Jump666666666777
Pole Vault555555555666
Long Jump777777766666
Triple Jump888888877777
Shot Put777776666666
Weight Throw555555544444
Pentathlon444444433333

Winter Throwing, Non-Stadia: Men


M35M40M45M50M55M60M65M70M75M80M85M90+
Hammer Throw444444433333
Discus Throw666665555555
Javelin Throw888888877777
Cross Country 8km333333333333
Road race Walk 10 km777777777777
Half Marathon 21,1 km888888888888

Indoor: Women


W35W40W45W50W55W60W65W70W75W80W85W90+
60m Heats/ Semifinals33333333



60m Finals444444444444
200m Heats44444






200m Semifinals/ Finals555555555555
400m Heats66666






400m Semifinals77777777



400m Finals888888888888
800m Heats33333






800m Finals444444444444
1500m Heats7777







1500m Finals888888888888
3000m Finals555555555555
3000m Track Race Walk444444444444
60m Hurdles/ Heats77777777



60m Hurdles/ Finals777777777777
4x200m Relay/ Finals888888888888
High Jump777777777777
Pole Vault888888888888
Long Jump666666666666
Triple Jump777777777777
Shot Put777777777777
Weight Throw444444555555
Pentathlon333333333333

Winter Throwing, Non-Stadia: Women


W35W40W45W50W55W60W65W70W75W80W85W90+
Hammer Throw555555666666
Discus Throw333333444444
Javelin Throw444444555555
Cross Country 8 km333333333333
Road Race Walk 10 km777777777777
Half Marathon 21,1 km888888888888

Venues

Jyväskylä will offer WMA 2012 entrants four top-level venues. All facilities are located within walking distance of city centre.
Hippos Hall

Hippos Hall

Hippos Hall is the main indoor hall for athletics. It offers excellent conditions for running, jumping and throwing sports.
  • Oval track 200m, four track Novotan, banked curves
  • Nine-line straight
  • Four high jump locations
  • Two pole vault locations
  • Two locations for long jump/ triple jump
  • Three shot put rings
  • Weight training facilities
  • Warm-up locations
  • Throw training location downstairs
  • Technical Information Centre (TIC)
  • Call room
  • Service locations
  • First-aid
  • Physiotherapist service
  • Showers and changing rooms (approx. 20 facilities)
  • Meeting rooms
  • Media facilities
  • Cafe
  • Capacity 3500 persons
  • Google Maps Street View
  • Jyväskylä Map Service
  • Floor plan
Harju Stadium

Harju Stadium

Harju Stadium is the place where all winter-throwing sports and cross-country running are held. It locates in the beautiful Harju Ridge recreational area just beside city centre.

Shore of Lake Jyväsjärvi

Shore of Lake Jyväsjärvi

This is the route for the Half Marathon. The course goes around the shore of Lake Jyväsjärvi right in the heart of the city.

Road Länsipäijänne

Road Länsi-Päijänne

Located just 300 m from Hippos Hall, Länsi-Päijänteentie offers a great environment for road race walking competition.






Masters Age Is At Age35

Masters Age Changes Back to Age 35 for Non-Stadia Athletes (25.08.2011)

César Moreno Bravo, a Council Member of the IAAF, has just announced that by a very clear majority, the IAAF Congress voted in favour of recovering Rule 141, the age of master athletes, as it was before the Berlin Congress.

All masters start at age 35 and not age 40. The presence in the audience of members of the IAAF Masters Committee proved to be very important to the vote.

World Masters Athletics Latest News

On Thursday July 14th,2011, the WMA General Assembly was held in Sacramento in conjunction with the Sacramento World Masters Outdoor Championships. 

Lyon, France won the vote to hold the 2015 WMA Outdoor Championships over Perth, Australia and Bydgoszcz-Torun, Poland. Perth
 
Perth won to host the 2016 Outdoor Championships, as WMA has decided to re-make the Outdoor C'ships on "even years".
 
Budapest, won to host the 2014 WMA Indoor Championships. Again in a close vote, Hungary & Valencia, Spain bid.

Saturday, September 17, 2011

OBJECTIVES… MIDDLE DISTANCE AND DISTANCE RUNNING

-Bill Welch, over 50 years of T&F coaching experience PHYSICAL 1. MUST BUILD STRENGTH.. NOT TALKING ABOUT BALK a. INCLUDES STRENGTH FROM WEIGHTS AND RESISTANCE AND STRENGTH IN RUNNING. THIS IS A NECESSITY. 2. MUST INCREASE ENDURANCE. THIS IS A MUST AND WE MUST CONTINUE TO BUILD UP WHAT WE HAVE. a. THE INCREASE MUST BE GRADUAL. THERE IS A MEANS TO END IN INCREASING THE DISTANCE. b. GRADUALLY BE ABLE TO MAINTAIN A BETTER MILE PER AVERAGE TIME WHEN RUNNING DISTANCE. c. REPEATS OF 1600- 2000 – 3000 METERS POSSIBLY AT 10K OR 10K+ PACE. d. EVEN STRIDE-OUTS, NOT SPRINT OUTS, WITH VERY SHORT RECOVERY. 3. MUST INCREASE STAMINA…RUNNING STRENGTH a. 5 TO 6 MILERS WITH GOOD PACE. b. REPEATS OF 800-1000-1200’S, 1600 AT 5k PACE. c. CIRCUIT TRAINING…RESISTENCE WORK…HILL WORK ( SHORT AND LONG) d. REPEATS AT 3k AND 5k…EXCELLENT FOR STAMINA AND ENDURANCE BUILDING 4. MUST INCREASE LEG SPEED AND ABILITY TO ACCELERATE OR CHANGE SPEEDS IN A RACE. THERE IS ALWAYS SOME NEED TO IMPROVE LEG SPEED AND THE ABILITY TO ACCELERATE. DEVELOPING 400 METER SPEED TOO. SPEED REALLY IS THE NAME OF THE GAME. RUNNING EFFICIENTLY 5. WORK ON MAINTAINING GOOD PACE. a. GOOD CONCENTRATION AND FOCUSING. b. GOOD RUNNING FORM. c. REPEAT WORK AT RACE PACE AND A LITTLE UNDER. d. FUNDAMENTALLY SOUND…GOOD RUNNING TECHNIQUE. e. RAISING AREOBIC, ANEOROBIC LEVELS. 6. KEEPING YOURSELF WELL AND INJURY FREE. a. COMMIT YOURSELF TO YOUR GOALS. b. BE WILLING TO ELIMINATE INTERFERENCES THAT WILL BE A DETRIMENT TO YOU OF WHAT YOU AND WE WANT TO GET DONE. c. USE GOOD JUDGEMENT AND CONTROL OF THE WORKOUTS. 7. RECOVERY TIME IS VERY IMPORTANT AND NOT TO BE NEGLECTED OF WHICH IT OFTEN IS. YOU MUST FILL THE GAS TANK OFTEN OR RUN OUT OF FUEL. RECOVERY MUST BE BOTH FROM COMPETITION TO COMPETITION AS WELL AS GOOD WORK SESSIONS TO GOOD WORK SESSIONS AND FROM SEASON TO SEASON. FILL THE GAS TANK WITH THRESHOLD RUNS…EITHER CONTINUOUS RUNS OR REPEAT RUNS AT APPROXIMATELY 88% OF VO2 MAX OR POSSIBLY 15k PACE RUNNING. MENTAL MENTAL OBJECTIVES TO GET YOU WHERE YOU WANT TO GO 1. CONSISTANCY IN PERFORMANCE a. CONSISTANCY IN PRACTICE… DEVELOPS CONFIDENCE AND CONSISTANCY IN COMPETITION. b. BE ABLE TO TAKE YOUR TRAINING IN PRACTICE INTO COMPETITION. 2. GOALS FOR EACH COMPETITION (TIME TRIALS), GOALS THAT WILL LEAD YOU TO YOUR LONG RANGE GOALS. a. GOALS IN PRACTICE… PRACTICE SHOULD BE PURPOSEFUL. b. MORE CONCENTRATION AND FOCUS ON THE PRESENT RATHER THAN THE LONG RANGE. 3. MENTAL APPROACH a. BEING ABLE TO FOCUS ON A GOAL. b. ELIMINATE OUTSIDE INTERFERENCES, BEFORE, DURING PRACTICE AND COMPETITION. WHEN YOU COME ACROSS THE BRIDGE, FROM THE ACADEMIC TO THE ATHLETIC,FOCUS ON YOUR PRACTICE OR COMPETITION OBJECTIVES. c. IT ALL STARTS IN PRACTICE. HAVE A MISSION 4. VISUALIZATION… COMMIT YOURSELF TO SINCERE PRACTICE OF THIS. YOU CAN BE AS PERFECT AND SUCCESFUL AS YOU WANT TO BE IN VISUALIZATION. a. WINNERS DESERVE TO WIN IN ADVANCE. b. PRACTICE WITHIN WHEN WITHOUT. 5. KEEPING WELL AND INJURY FREE. a. FREE OF PSYCHOSCLEROSIS b. GARBAGE DUMP THINKING c. BRAIN HEMORRHOID d. CEREBRAL PULL e. LOSER’S LIMP f. STINKING THINKING g. NERVOUS IN THE SERVICE TAKE A CHECK UP FROM THE NECK UP, OFTEN. EAT PLENTY OF CARROTS TO HELP YOU KEEP YOUR EYE ON YOUR GOALS. EAT PLENTY OF PASTA  WITH SAUCE TO KEEP THE DEAP DOWN BURNING DESIRE AND “ THE FIRE IN THE GUT FEELING” FOR YOUR GOALS. EAT AND DIGEST PLENTY OF POSITIVE MENTAL ATTITUDES. NEGATIVE MENTAL ATTITUDE BELONGS IN THE GARBAGE CAN. KEEP IN MIND THAT SUCCESS IS YOUR POTENTIAL AND NOT YOUR ACCOMPLISHMENTS, AND POTENTIAL IS ONLY POTENTIAL WHEN YOU USE IT. YOU ARE THREE PEOPLE 1. WHAT YOU WERE 2. WHAT YOU ARE NOW 3. WHAT YOU WILL BE… YOU WILL BE WHAT YOU ARE NOW IF YOU DECIDE TO STAY WITH WHAT YOU ARE DOING NOW. WINNERS DESERVE TO WIN IN ADVANCE… YOU MAKE YOU. THERE NEVER WAS A WINNER WHO WASN’T A WINNER BEFORE HE BECAME A WINNER. GOALS… OBJECTIVES AND CONTESTS ARE WON 8 INCHES ABOVE THE CHIN. A THOUGHT THAT SHOULD STAY WITH US, LONG SLOW DISTANCE RUNNING WILL GET YOU TO THE FINISH LINE BUT SPEED AND SPEED ENDURANCE (STAMINA) FROM REPEATS WILL GET YOU THERE FIRST. ANOTHER IMPORTANT THOUGHT, WHEN YOU BURN THE FUEL FROM THE GAS TANK IT MUST BE REPLACED OR THE CAR REFUSES TO MOVE. THE BODY IS THE SAME.   IF YOU ARE EXPECTING TO PERFORM LIKE A CADILLAC OR LEXUS, TREAT THE BODY LIKE YOU WOULD YOUR NEW LEXUS OR CADDY. YOU CAN’T EXPECT A BROKEN DOWN FORD TO PERFORM LIKE A SOOPED UP CADILLAC OR LEXUS. TREAT YOUR BODY LIKE YOU WOULD DRIVE AND TREAT YOUR NEW CAR AND YOUR BODY WILL PERFORM LIKE THE NEW CAR, EFFICIENTLY, ECONOMICALLY AND SMOOTHLEY, LIKE A CHAMPION. EVERY CAR HAS A DEFINITE CRUISING SPEED…SO DOES EACH RUNNER’S BODY. DEVELOP A HIGHER CRUISING SPEED AND YOUR PERFORMANCE WILL BE BETTER. WHEN WORKING ON TRAINING SCHEDULES, WHETHER DAILY, WEEKLY, BY THE MONTH OR SEASON, YOU SHOULD ALWAYS KEEP YOUR GOOD FRIENDS AROUND YOU. 1. WHAT TO DO…NEEDS TO BE DONE 2. WHEN TO DO IT 3. WHERE TO DO IT 4. WHY  TO DO IT…SHOULD ALWAYS BE A REASON 5. WHO  TO DO IT 6. HOW  TO DO IT

Wednesday, September 14, 2011

Tips on How to Stay Cool & Calm Under Pressure

The key to success, execution and leadership is composure.
In Track, the “worst” moment is the 5 minutes leading up to the gun.  Once the gun goes off, the rest is all automatic.
Remember that stupid TV commercial for the antiperspirant deodorant?  One of the rules of success was “never let them see you sweat”?  There is some truth to that statement, including increased antiperspirant deodorant sales!
Relax and Win by Bud Winter is in the process of getting updated, so I’ll let you know when that is ready.
Staying relaxed and loose is the key to running fast.  You are not a caged animal.  This isn’t Rome 2000 years ago.
I wrote two important articles on this topic, one on how deep breathing can be used to calm and relax you.  The reverse, of course, is the effects of stress and IBS.
I’ll just review 3 quick tips on How to Stay Cool & Calm Under Pressure.
Breathe Deeply. In the “fight or flight” human response, it is normal to start breathing very rapidly and shallow.  Read the various methods and timing of deep breathing in this article.
Relax your Facial Muscles.  Tension is shown in the wrinkles on your face, especially the forehead.  You can rub your cheeks or do a big yawn without yawning. 

In weightlifting, triple Olympic champion (88, 92, 96) Naim Süleymanoglu is a good example where he opens his mouth wide, relaxes, then starts his explosive lift.
In gymnastics, 1984 Olympic medalist (parallel bars, team competition) Bart Conner always smiled and wave to the crowd (and judges!) before starting his approach run or routine, which he claimed to help relax his body. So the next time they announce your lane in the PA system, wave to the crowd and give a big smile.
In Track and Field, somehow Usain Bolt’s pre-race routine come to mind?
Lower your Voice and Slow Down.   When you are nervous, it is common to speak faster, louder, and with more emotion.  If you are giving a speech, remember to speak slowly and at a lower pitch.
So there you have it. Give these tips a try before your next race.

Specific Drills for Athletic Improvement

7
A-Skips
Supplemental Speed

Purpose Increase hip extension, flexion strength, and ankle-muscle stiffness

Procedure
    ●  Skip with the same mechanics discussed in the A-March Walk.
    ●  While in the air, emphasize the high recovery posture used in the A-March Walk.
    ●  Keep the upper body in an upright and steady position at all times; the foot strike should be quiet but explosive, emphasizing muscle stiffness at the ankle.
    ●  Be careful not to slam the foot onto the ground.

Complex Variations
    ●  A-Form Runs: Perform form runs, emphasizing the pronounced mechanics practiced in the A-Skips.
    ●  Skipping Paw Drill: This is basically the A-Skip drill with an aggressive pawing motion (a quick leg extension followed by an explosive hip extension).
ASkips1

8
B-March Walk
Supplemental Speed
Purpose
Improve hip-extension mechanics and enhance hamstring firing

Procedure
    ●  March as you did in the A-March Walk.
    ●  Allow the recovering leg to extend in front of you after a high-knee raise.
    ●  Paw down and drive the hips through.
ASkips2

9
B-Skips
Supplemental Speed
Purpose
Increase stride length and frequency; enhance hamstring and hip performance; improve muscle stiffness at the ankle complex
 
Procedure
    ●  Perform the B leg movement (that is, the recovery leg's knee blocks as high as possible) while skipping.
    ●  Emphasize pawing and drive the hips through.

Complex Variation
    ●  B-Form Runs: Run while using B leg movements.
ASkips3
10
Ladder Speed Run
Agility Ladder (Stick)
Purpose Enhance timing and stride frequency while teaching quick turnover

Procedure
    ●  Run through an agility ladder (sticks 18 inches, or 46 centimeters, apart) as fast as possible, touching both feet down between each rung.
    ●  Emphasize lifting the knee high and quickly contacting the ground.
ASkips4

11
Ladder Stride Run
Agility Ladder (Stick)
Purpose
Enhance timing and stride frequency while teaching quick turnover

Procedure
    ●  Run through an agility ladder (sticks 18 inches, or 46 centimeters, apart) as fast as possible, touching one foot down between every other rung.
    ●  Emphasize upright posture with sound arm and leg mechanics.
ASkips5

12
Single-Leg Run-Through
Hurdle
Purpose
Enhance stride frequency while strengthening hip flexors and improving lower-body ambidexterity

Procedure
    ●  Set 8 to 10 6- to 12-inch (15- to 32-centimeter) hurdles about 3 feet (91 centimeters) apart.
    ●  Run with one leg outside the hurdles and the other going over the hurdles.
    ●  Emphasize a straight outside leg (as in a shuffle) and a quick A motion with the hurdling leg.
ASkips6

13
Run-Through
Hurdle
Purpose
Enhance stride frequency while strengthening hip flexors and improving lower-body ambidexterity

Procedure
    ●  Set 8 to 10 6- to 12-inch (15- to 32-centimeter) hurdles about 3 feet (91 centimeters) apart.
    ●  Perform an A-Form Run over the hurdles.
    ●  Emphasize quick "knee up/toe up" with a quick heel-to-gluteus recovery.
    ●  Perform the exercise with a two-foot strike between each hurdle (maintaining the same lead leg through the drill), or run faster with a one-foot strike between hurdles.
ASkips7
 
14
Hurdle Fast Legs
Hurdle
Purpose
Enhance stride frequency while strengthening hip flexors and improving lower-body ambidexterity

Procedure
Stagger 8 to 10 6- to 12-inch (15- to 32-centimeter) hurdles so that half line up with the right leg and the other half line up with the left leg.
The hurdle pattern should be a hurdle for the left leg followed by one for the right leg with the hurdles 3 feet (91 centimeters) apart; repeat the pattern.
The leg sequence entails hurdling the left foot over the left hurdle then taking two steps to the next hurdle for the right foot.
ASkips8

Strength training for the upper body: the stiff arm pull-down

The stiff arm pull-down strengthens the upper body and advances core stability of the lumbar spine

This upper body workout exercise is not in the standard repertoire but is nevertheless highly beneficial for upper body strength. It is a simple movement, but correct performance requires good coordination and core strength. Muscles involved: Latissimus dorsi and rear deltoid (prime movers); abdominals, obliques, gluteals, lower trapezius, erector spinae (stabilisers).
Functional anatomy: The stiff arm pull-down movement is simply shoulder extension, for which the large latissimus dorsi muscle in the upper back is the prime mover, assisted by the rear deltoid fibres. If you are using a cable machine that is tall enough, it is possible to train the shoulder extension movement through a large range of motion, from nearly fully flexed to nearly fully extended (as shown). This makes the movement functional for both the swimming pull and all throwing movements (including tennis and cricket).
Performing the movement in a standing position requires the trunk muscles to stabilise the spine; otherwise the back will flex forwards as the shoulder extends. To keep the lumbar spine in a neutral position throughout the movement, the abdominal, oblique and gluteal muscles need to be active. To ensure the spine remains tall and upright, the erector spinae must also be active, while the lower trapezius will be active during the pull-down movement to ensure the scapula is controlled correctly.
Benefits: Upper body strength – specifically the pulling movement – and advanced core stability of the lumbar spine.
Who should do this upper body workout: Swimmers, javelin throwers, cricket bowlers, tennis players and back rehab patients (the latter using light weights only).

Upper body workout start position (below)

  • Stand up tall in front of the cable machine;
  • Place one foot slightly in front of the other to aid stability;
  • Adjust your lumbar spine to the neutral position;
  • Tuck in your abs and squeeze your gluteals to ‘lock’ neutral lumbar spine;
  • Place your hands, about shoulder width apart, on the straight bar above your head, using an overhand grip;
  • Keep your posture good (abs in, chest out, shoulders wide);
  • Keep your elbows straight as you grip the bar.

Start position Pull-down movement

Pull-down movement (above)

  • Pull on the cable, bringing your hands down to your front;
  • Keep your elbows straight throughout the movement (that’s why it’s called ‘stiff arm pulldown’);
  • Your hands will move in an arc, finishing close to your hips;
  • Throughout the movement, use your trunk muscles to retain perfect posture;
  • Use your lower traps and pull your shoulder blades down into your spine as you pull the arms down. This increases the effectiveness of the movement.

Return movement

  • Slowly, allow the bar to rise back to the start position;
  • Keep control of the bar using your shoulder muscles – do not let it fly back up;
  • Retain perfect posture and neutral lumbar spine throughout.

Upper body workouts training tips

Start with light weights in order to master the movement. Avoid weights so heavy that you have to use a back movement to complete the pulldown. For sports performance, sets of 6-10 repetitions with moderately heavy weights will be suitable. Back rehab patients should focus on sets of 20-30 reps with light weights to ensure spine forces are low and the exercise predominantly develops good postural control rather than upper body power.
Raphael Brandon
Illustrations by Viv Mullett

Upper body exercises: Straight arm pullover

Upper body exercise: The straight arm pullover

Muscles involved: Pectoralis major and minor, latissimus dorsi, deltoid, rotator cuff group, subscapularis.
Benefits: The pullover exercise is very good for improving the strength of most of the muscles in the upper body through a full range of motion, thus also boosting the mobility and strength of the shoulder muscle. It is an excellent complement to the more popular bench press and lat pull down exercises. A dumbbell (DB) is specified for use with this exercise, although it can also be done with a barbell.
Who should do it?: I have found this exercise particularly useful for runners with tight shoulders and rounded upper backs. It is also specific to any overhead movement, such as javelin throw, tennis serve, badminton shot, rugby hooker’s throw-in and football throw-in.

Start position (below)

  • Grasp the DB close to your body and lie down carefully on your back on a bench;
  • Bend your knees so that your back is comfortable and in a ‘neutral’ position – neither arched nor flat;
  • Hold the DB as shown, with one fist next to the other;
  • Straighten your arms and raise the DB directly above your chest.
start position

lowering movement

Lowering movement (above)

  • Slowly take the DB back over your head, breathing in and keeping arms straight;
  • If your back starts to arch as the arms go back, use your abdominal muscles to maintain the neutral lumbar spine position. (This exercise can boost your core stability as well as your arm strength);
  • If your back starts to arch a lot or you feel the stretch in the shoulders, stop. Be careful not to stretch your shoulders too far with a large weight, as you could strain them;
  • Taken to the correct range of stretch, the weight will improve flexibility in your upper spine and shoulders. You will feel your chest pointing up and your upper back arching a little, while your lower back remains in neutral.

Pull movement

  • Keeping elbows straight, pull the DB back over your head to the start position;
  • Focus on keeping shoulders wide as you pull, and avoid hunching up;
  • Breathe out once the DB has returned to the top;
  • As before, use your abs to control your back position throughout the pull movement. Only your arms should move during this exercise.

Training tips

Perform 2-4 sets of 10-15 repetitions for strength endurance and muscle hypertrophy. Build up slowly before attempting heavier weights for maximum strength because of the large range of motion of the shoulder used during the movement.

Warning

The author and PP take no responsibility for injuries caused by attempting this exercise. PP recommends that you always learn new exercises under the guidance of a professional.
Raphael Brandon
Illustrations by Viv Mullett

Tuesday, September 13, 2011

Which Masters Sport Performance Gets Worse with Age?

By Jimson Lee A recent study from the Experimental Aging Research asked the question: Of the 6 sports, which had the greatest decline in performance with age? Athletics (Track and Field) Swimming Rowing Cycling Triathlon Weightlifting I’ve heard several people claim endurance events are easier to maintain while it’s a known fact that sprinters lose speed over the years. Decathletes like Kip Janvrin (who holds the icosathlon world record) who was still competitive at 40 years old said that the high jump was his worse event.  Somehow with age, there was no more ”pop” in his legs! And I know many men over 50 go for their testosterone shots every three weeks.  Luckily, they don’t compete and don’t have drug testing. But the last line of the study says it all: There may be real physiological differences for these strength events, or there may be other explanations such as training or competitive considerations or smaller numbers participating. The full study was Aging performance for masters records in Athletics, Swimming, Rowing, Cycling, Triathlon, and Weightlifting (Baker AB, Tang YQ) Department of Anaesthesia, University of Sydney at Royal Prince Alfred Hospital, Sydney, Australia (Exp Aging Res. 2010 Oct;36(4):453-77) Here is the abstract, and I put the emphasis (and answers) in bold: Abstract Record performances for Masters sporting events for swimming, cycling, triathlon, rowing, and weightlifting were analyzed and then compared with the authors’ previously published results for Masters running, walking, and jumping sports events. Records were normalized using the 30s age records as a baseline, and studied through the various age ranges to the 90s. A curvilinear mathematical model [y = 1 - exp((T - T(0))/?)] was again used for the major comparisons, along with slope changes using a linear model [y = ?(T -T'0)] across the age groupings. All sports declined with increasing age, with rowing showing the least deterioration. Performances in running, swimming, and walking were reasonably well maintained, followed by greater decline with age for cycling, triathlon, and jumping events. Weightlifting showed the fastest and greatest decline with increasing age. The relative performances for women, when compared with men’s performances for these Masters events, was approximately 80% to 85%, with jumping at 73% and weightlifting at 52%. These relative performances compared with World Record comparisons of approximately 90% (with weightlifting at approximately 75%). All these results show no greater decline with age for endurance events over the sprint events, though there was a greater decline for the strength events of weightlifting and jumping. There may be real physiological differences for these strength events, or there may be other explanations such as training or competitive considerations or smaller numbers participating.

Ground-based Core Exercises to Aid With Acceleration

Natasha Lothery Ringenberg, MS, CSCS, USATF   Acceleration is a force characterized by pushing. To accelerate forward an athlete must impart a backward force, a push, into the ground. The stronger the force is applied (with optimal technique), the faster the athlete accelerates. Force should be applied with attention to the right muscle groups and right form. The major muscle groups involved in acceleration or applying the push into the ground are the extensors of the hip, knee, and ankle. The following are exercises that focus on working these muscles in a fashion similar to accelerating on foot. These can be added as teaching tools and warm-up/activation exercises to supplement your acceleration based training program. 1. Donkey Kick For ideal sprinting form, the goal of the athlete should be to maintain stability of the low back while executing powerful hip extension and hip flexion movements. The bird dog exercise teaches the athlete to execute this powerful hip extension by contracting the glute in order to completely lengthen their leg out. Position the athlete with hands and knees on the floor. Their wrists should be aligned underneath their shoulders and their knees underneath their hips. In this order, have the athlete contract their abdominal muscles, contract the right glute muscle and extend the right hip and knee out straight (their ankle should be dorsiflexed). The role of the coach or practitioner observing this exercise is to watch for movement (particularly extension) at the athlete’s low back. Again, the goal is to have the athlete execute this exercise without extending the low back thus teaching the athlete to drive the legs by extending from the hips versus the low back. Donkey Kicks Exercise Description: On all fours, contract the abdominal muscles, contract the glute and extend the leg straight out. Keep low back flat (do not allow your body to extend at the low back). Complete 2-3 sets of 10-12 repetitions per leg. 2. Mt. Climber To execute this exercise, the athlete will need to position their body in a push-up position, arms extended and on the balls of their feet with legs extended. Their wrists need to be aligned underneath their shoulders (make sure there is no shrugging). Their hips and shoulders should be in a straight line parallel to horizontal. Make sure that the athlete can hold this position for at least 20 to 30 seconds while maintaining a “braced” or contracted core. The athlete should be able to hold this position without letting their low back sag (proper maintenance of core stability). Begin with having the athlete flex their right hip, bringing the thigh in towards the navel, with the toes pulled up, and maintaining contact with the ground through the ball of the foot. The left leg should be extended from the hip down with the left foot dorsiflexed and the ball of the foot in contact with the ground. On cue, have the athlete quickly switch leg positions to left leg flexed and right leg extended. The athlete should be able to execute several repetitions of alternating hip flexion and extension without bouncing up and down in the hips, or sagging in their low back. The goal, once again, is to execute movement from the hips down while preventing movement in the low back. Mt. Climber Exercise Description: Start position: In a push-up position, keep abdominals braced and low back flat. Wrists should be aligned directly under shoulders, legs should be completely extended with feet dorsiflexed. You should be able to draw a straight line from the athlete’s shoulders to their hips. Action position: Have the athlete repeat repetitions of alternating flexion in one leg and extension in the other without very minimal movement in the trunk. The goal of this exercise is to maintain trunk/core stability, while executing muscle action from the hip down. Complete 2-3 sets of 5-10 repetitions per leg. The common goal of these exercises is to educate the athlete on maintaining proper core posture. The ability to stabilize the torso while performing explosive movements with the limbs is vital not only for optimal performance, but to maintain joint and muscle health. Teach athletes that the limbs are only as functional as what they are attached to-the core. With attention to the finer details, and repetition with the above stated exercises, athletes may see promising results in their performance.

Upper Body Plyometrics

Upper Body Plyometrics By Tommy Sutor, BS, CSCS Many track and field athletes incorporate plyometrics into their training, such as jumps, hops, bounds, or box jumps.  However many athletes only do lower body plyometrics when in fact they could also benefit from upper body plyometrics.  Throwers can benefit from upper body plyometrics since having more powerful muscles in the upper body could facilitate greater release velocities, provided their technique is sound.  Sprinters and many jumpers could benefit from a more powerful upper body as well.  Research has shown that the explosive swinging of the arms facilitates leg drive, enhances momentum and helps the body overcome inertia (the resistance to acceleration) when sprinting(1). So, what are some exercises to make the muscles of the chest, shoulders, and back more explosive?   Beginner/Low Intensity Exercises Plyo push-ups: This is the most basic upper body plyometric exercise.  Simply perform a standard push-up, except make it quick and explosive enough to launch your hands a few inches off the ground.  A good way to make sure you’re pushing yourself high enough is to clap your hands in-between each rep.  Remember, do not stop between each rep - plyometrics are about being quick with one rep coming immediately after another! Chest Passes: with a medicine ball, stand facing a partner or a wall.  Holding the ball at chest level with elbows out, throw the medicine ball to your partner or the wall.  As soon as the ball comes back to you, throw it again - there should be no hesitation between catching and throwing the ball. Overhead Passes: Hold a medicine ball in both hands. Take a step forward, bringing the ball up over your head, and throw it as far as possible.  Make sure to lead with the legs and hips.  Because this exercise primarily involves the smaller muscles of the shoulders, only light medicine balls should be used - no more than a few pounds.  Stronger, more advanced athletes could gradually progress to heavier medicine balls. Advanced/Higher Intensity Exercises Depth push-ups: This is essentially a push-up version of a depth jump.  Start in push-up position with each hand elevated on a small plyo box (about 6") or any surface a few inches off the ground, then drop down to the ground, landing on your hands in push-up position, and immediately pushing yourself back up on to the box.  An easier variation is starting on the boxes and just landing in push-up position, or starting in push-up position and pushing on to the boxes.  The height can be increased as the athlete becomes better at the movement. Medicine ball drop: Lying on the ground with your arms extended up, have a partner stand above you at your head, and drop a medicine ball towards your chest.  Catch the ball and immediately throw it back to your partner.  The intensity of this exercise can be increased by increasing the weight of the ball, or having your partner stand on a box. These are just a few upper body plyometric exercises - for more exercises, just be creative! Work Cited: 1. Essentials of Strength Training and Conditioning, 3rd edition. Thomas R. Baechle, Roger W. Earle. © 2008 National Strength and Conditioning Association.

Glide Shot Put Coaches Can Coach the Rotational Technique in the Shot Put

By Gary Aldrich and Bruce Van Horne    It seems as though every clinic I speak at I am asked: "Is it hard to teach the rotational technique to Shot Putters?" or "How do you determine which thrower you should teach to spin in the Shot Put?"  The answers to these questions are no and it depends.   "Is it hard to teach the rotational technique in the Shot Put?"  It is interesting that we get this question asked as often as we do.  The majority of coaches that ask this question coach their throwers in both the Shot Put and Discus.  So they already do teach the rotational technique.  But for some reason they are not sure how to communicate the technique to their shot putters.   The rotational technique for the Discus and Shot put are very similar.  There are some differences.  Maybe if we highlight these subtle differences it will make teaching the technique less stressful.  The first difference that I talk about is the body position at the back of the circle (Reference Point 12:00 is the back of the circle, 6:00 is at the Toe Board.  Also I will be writing in terms of a right-handed thrower).    The starting position for the SP (Shot Put) is a slight more bend at the waist forward with the chest being closer in distance to the quads.  This position is similar to a semi squat position.  Coaches also sometimes see the placement of the shot being back behind the ear.  You have to be careful with this.  Much of the reason for this placement is the size of the 16lb. Shot when looking at film of the elite throwers.  Women/girls and high school boys do not need to place the shot that far back because of the size of the shot.  They can handle the ball. The tendency is if the ball is to far back in the neck the right elbow will get in front of the ball and not allow for an advantageous pushing position.   The next difference is in the wind of the rotational shot vs. the discus.  The load in the shot should just be enough to load the ball behind the right hip.  The final difference I would like to talk about is the driving of the right knee across the circle.  Because the shot circle is 7' in diameter vs. the discus circle being 8'21/2".  The right knee must lift more in the shot put vs. driving across the circle in the discus.  This is especially true if you have a tall thrower.  It is very easy for a thrower 6'6" tall to get across a SP circle.  So much so that if the thrower doesn't lift the knee, the thrower will be very crowded at the toe board.  There are other differences.  But I feel if you work on these it will get your throwers in a better position to deliver the ball.   "How do you determine which thrower you should teach to spin in the Shot Put?"  The first thing I look at is do your throwers look and feel comfortable in spinning in the discus.  Are they fluid and move smoothly through the circle or are they very mechanical and choppy.  This thought also goes to the point of where they have good feet.  By this I mean are they mobile, athletic, on their toes.  Can they be active, coordinated?  If they have these traits it will make it much easier to teach the movement patterns.  Now this doesn't mean that once you are a glider you are always a glider.  Remember athletes mature and develop at different rates.  Maybe as a freshman they can't walk and talk at the same time.  But by the time they are seniors they are able to move in any direction and in anyway you want them to.  There have been numerous throwers go from being good gliding Shot putters to excellent rotating shot putters.  I can still remember John Kenneson calling me after Jeff Chakouian first collegiate meet for the University of Kentucky.  Jeff was a glide shot putter out of Massachusetts who as a senior in high school was one of the best in the nation.   John decided to teach him the rotational technique as soon as he came to Kentucky. Well the decision was a success right from the get go.  Jeff threw over 20 meters in his first meet.  Obviously that type of success will not happen for everyone.  The point is that a coach cannot be afraid to try something different if they think it will make their thrower better.   The other aspect of the athlete that I look at is the emotional stability of the thrower.  Is the athlete able to handle adversity and respond well vs. getting depressed and pouting?  The reason this is important is because the rotational technique can be very erratic.  The glide technique is much more consistent.  The deviation between throws if they were to be plotted is not as great in the glide compared to the rotational.  Therefore a rotational thrower must be able to handle not succeeding well on the first and maybe even the second throw.  The thrower will be able to pull it all together on the third.   No matter which technique you teach your shot putters to use be confident and positive.  Continue to develop your knowledge, but if you encourage your athletes to attend clinics, read, and/or watch videos your throwers and program will flourish.
The 800 Meters By Steve Gardiner, Head Cross Country/Track & Field Coach New Bedford High School New Bedford, MA Just as there is more than one route to travel to reach a destination there are several training approaches that can be applied in order to lead an athlete toward their potential as an 800 meter runner. What could be helpful from the outset however, is to identify the type of athlete(s) that you are training. An 800 meter runner can be grouped into three distinct categories(Webb): a.) sprint type b.) all-purpose c.) distance type The SPRINT TYPE responds best to relatively fast training runs with limited number of repetitions and long recoveries. This group will fatigue easily, so much so in fact that you will sometimes question if they are working hard enough. Repetitions will seldom exceed(believe it or not!) 600m. The ALL-PURPOSE TYPE is the athlete who can run a variety of events fairly well but doesn't necessarily excel at any one event. This runner is a "jack of all trades". They will train at a reduced intensity but will have shorter recoveries and will handle a considerably larger volume. This group will sometimes train with either group depending upon the workout design and what the coach wishes to accomplish in the particular session. The DISTANCE TYPE will train at a slower pace but their volume is considerably larger. It will take this group longer to recover from a track workout. Besides knowing your athlete(s) , it is obviously important to understand the requirements of the event. We are talking about an event that takes anywhere from 1:41.11 to run if your name is Wilson Kipketer to 3:00 if your name is Steve Gardiner. This is a highly anaerobic event. The 800 meter is approximately 67% anaerobic to 33% aerobic. (Freeman, p.55) When planning your training, remember the theory of specificity. You are training your athlete to perform as close as possible to their potential. In order to achieve their potential requires the athlete to train in a very specific manner. How is this done? The anaerobic system(LA) produces most of the energy during high intensity running of 1-3 minutes during which oxygen demands exceed oxygen supply. Eight hundred meter running is most efficiently developed by repetitions of high speed running of anywhere from forty(40) to ninety(90) seconds duration. The aerobic system(O2) is best developed by repeated runs of at least three(3) to five(5) minutes duration at the athletes maximum oxygen uptake. Maximum oxygen uptake can be determined by the pace that an athlete can sustain for twelve minutes(Daniels). Putting these physiological principles into action requires a carefully prepared plan. The most important element is time:(1) there is timing which means doing things at the right time and(2) there is the time when you want your athlete to perform at his or her best. When planning training it is important to count back from the championship week(s). Keep in mind that each training cycle should not exceed 4-6 weeks as the training effect will be minimal beyond 6 weeks. During the early season it is wise to emphasize volume over intensity. Play to an athlete's strengths. This is why we categorize the 800 meter runner into categories. You have to have a mix of training throughout the training year which reflects the energy systems which you need to stimulate. Never neglect speed work(in the form of speed drills, speed endurance and aerobic conditioning). Your emphasis on the speed component will vary as you adjust volume and intensity but keep in mind that sudden changes cause injuries. Avoid a sudden change from one kind of training to another. ìWeaveî your training transitions so that the segments do not cause too abrupt of a change. The volume will drop as the season progresses and intensity will increase. Do not increase volume as you are increasing intensity. The intensity of the stimulus is what will give the greatest benefits to the athlete provided the proper base has been laid. Remember, however, that the harder the stimulus requires the greater need for proper recovery. WORKOUTS When designing workouts it is important that the coach is careful to avoid turning the session into a what I call the "workout record" syndrome. Don't have your athletes leave their best races on the practice track. "Flying" in workouts will also mean that oftentimes the athlete is not tapping into the correct energy system. Effort and Duration are keys in training. If you are thinking about the duration of the run than you can apply it to any athlete of any quality. For example, an easy eight mile run for a 10:00 two miler might take 55-60 minutes while for the 14:00 two miler it might take 75 minutes. In this example the weaker runner just put in a more taxing afternoon than did the superior runner. Instead, a run broken down into minutes (duration) will help you accomplish a similar effect with each athlete. Where do you start with interval training? The best way is to start safely. An example would be to take the best time the athlete can produce (at that point in the season) for the distance to be run and add 25% to that time. An athlete who could run a 400meter in 60 seconds would train at 75 seconds with a rest interval of 2-3 times(ie., 2:30-3:45). If the athlete is getting slower as he/she goes along than they ran the early reps too fast or the rest is too short. As fitness improves, than the pace can be increased and/or the rest decreased. What you need to do as the coach is to develop a program that fits your needs and one that both you and your athletes believe in. Ultimately coaching is not as much writing workouts as it is out on the track or in the classroom with your personal relationships with your athletes. At New Bedford High School, we divide the spring season into just 3 segments; early, mid and late. What we emphasize in each segment will vary. As mentioned earlier, the intensity will increase and the volume will drop as the season progresses. Most of us are working with only a 10-12 week season thus the 3 segments. EARLY SEASON: we are rebuilding our base and emphasizing aerobic conditioning. New England high school athletes may have completed their indoor season before or just after the February vacation and hopefully they have had the self-discipline to already begin this phase prior to the team practices that begin(in Massachusetts) on the third Monday in March. Speed is not neglected during this phase but the emphasis is on developing the aspects that will be necessary to allow the athlete to carry their speed over the entire distance. Prior to the start of the dual meet season, the athlete can do 3 quality workouts each week(you can have easy weeks built in by doing 2 quality days instead of 3 if you feel that your athlete will benefit). Your athletes will do 1 or 2 quality workouts and 1 meet per week(depending upon their recovery) when the competitive season begins. The early season meets can be used as part of your training program by turning them into anaerobic workout sessions. It is beneficial to move your athletes around (up and down) during the dual meet season. The sprint-type of runner should probably rarely(for most never) race anything over the 800meter. I also feel that it is wise to keep your younger athletes racing at shorter distances; events that they are actually running as opposed to "shuffling". During the early phase, I am emphasizing with my sprint types 2 components: aerobic conditioning and AT(anaerobic threshold = heart rate to 168-172 bpm). Speed endurance is not neglected but it is given secondary priority. One workout that I like to do with sprint types during this phase involves 600meter repeats(see Clyde Hart). We only do 2 then drop down to 300's but we cover 2400-3000 meters in this workout. We start out slow at first(top boys only at 2:00 and top girls at 2:15-20) but the pace drops as the season progresses. We'll keep doing these until they demonstrate that they are fit. This group seldom if ever goes on a distance run. We do "steady state" runs by doing 1000-1200m cruise intervals with a 60 second rest(see Daniels). They absolutely hate these but you get so much more of this workout than you would by sending them out on the road. Hills are oftentimes used during this phase to develop overall strength. Recovery runs can take the form of tempo 100's, 200's and/or 300's. Continuous 5-person 200m relays at 75%(see Clyde Hart) is one easy-moderate workout that we do frequently. It's important that the athlete's do this workout at 75% however because they can turn this into a hard workout once you put a baton in their hand. My distance types also emphasize AT workouts but they may them differently than the sprint types. We might do 20 minutes at a steady state as part of a distance run. If we do cruise intervals we will refer to Danielís VDOT chart(see Daniels p.63-67) Also, this group will begin preparing for the track work that will be following in the next phase by doing repetitions on the road or trails or hills. To maintain our base, the distance runner is also incorporating a long run into their program every other week during this early phase. Recovery runs can be easy running(conversational pace) from 30-60 minutes. The all purpose group tends to move freely from one of the other two groups depending upon what we wish to accomplish with them at that time. The track workout mentioned above(600-300) will have a(1200-900m) -300m twist to it for this group. Remember that aerobic conditioning is best achieved in the 3-5minute range. MID SEASON Dual meets have become a weekly occurrence(sometimes twice- weekly) by this part of the season. The intensity of the training will increase as the athlete's performances improve. For example, in the early season, the top boys started out doing a 600-300 workout at a relatively pedestrian pace. We are now working up to a 85% effort in this workout. The 2 minute 600meters may now be working its way down toward 1:45-40 for some of the faster boys in your group. Sometime during this phase, we may drop the 600m down to a 500m(volume dropping as intensity is increasing). Try to use the meets to your advantage. Depending upon the order of events a 200-400m relay double might fit into your workout and meet schedule for that particular week. Your athlete does not have to run the same event week after week. In fact, moving your athlete around will prove to be beneficial to their overall development. During this phase, I tend to continue the AT runs(cruise intervals). At some point during this phase I may begin to include event runs. For an 800meter runner, an event run is 700m. For a 400m runner, it would be 350meters. As you can see, this is 7/8 of their racing distance. The most common way that I incorporate this workout is by running the event run at your current performance time(ie., a 2:00, 800m runner would run probably 2x700 in 2:00 followed by 3-4 x 200m in cut-down fashion). What this accomplishes, is most importantly, you have controlled the effort (87% = 7/8) but also your athlete just ran almost the equivalent of two 800's without realizing it until you it point out. Another way of doing this is by having the athlete run their goal time(ie.,1:54) for 700m. This can be a huge confidence builder but you also have to be very careful because this has potential for leaving your best efforts on the practice track. This distance type continues with AT "tempo runs"(or cruise intervals) during the mid-phase while introducing "date-pace" intervals(Bowerman). We set this pace up by determining how far they can run in 12 minutes. For instance, a 12:00 two-miler would run 90 second 400m pace in their interval session. Another way of determining pace would be to utilize Danielís VDOT chart. We move this runner around also at dual meets and try to make sure that they run the 4 x 400m relay as often as possible. Remember, 400m speed is a key for 800meter and mile performances. Because the season is so brief, we bridge this mid-phase to the late-phase by incorporating some "goal pace" tempo in the track sessions as this phase heads toward the late-season phase. Our all-purpose runners are on a similar pattern as their 900m-300m workout for example is decreased as volume increases. This group can tend to fragment at this point as some members may spend more time on the track(ie., cruise intervals as opposed to "steady state runs) than others. This group tends to race over a wider range of events in your dual meet schedule and can prove to be quite valuable as you try to move the other two groups into various events for their benefit. Once again, dual meet requirements will determine the number of quality sessions that can be performed during the week. Steady state/cruise interval sessions take a secondary role during this phase as workouts need to begin to ìmimicî the specificity of the event which is predominately anaerobic. LATE SEASON During this phase you must keep in mind that you should "unload" approximately 7-14 days before the key competition(s). I don't emphasize speed to the degree that the journals and texts advocate because of the number of dual meets that we have had to run throughout the season. I feel that most high school athletes have had multiple opportunities to ìsharpenî during the dual meet schedule so oftentimes that ìfinal gearî has gotten developed during dual meet opportunities. You want to sharpen and most importantly get fresh during the late season. The sprint type's intensity is geared toward the 150m-400m range. Where your schedule allows you can run race simulators or broken 800's. For example, 500m-300m at 800m goal pace. The main goal is to maintain fitness(aerobic strength has taken on secondary importance) but it should not be neglected. The distance type is concentrating on goal paced intervals. For instance, the 4:30 miler who is pointing toward 4:20 would run that rhythm(65 seconds/400m). It might take the form of 400m-800m-800m- 400m(65-2:10-2:10-65) or it might have even less volume than this. The important issue is to try to be as specific as possible while keeping the athlete as fresh as possible. I have found(from personal experience) that if you begin to emphasize this phase too soon you may well produce a champion at an early to mid-May invitational but they may not performing at the same level three weeks later at the State Final. This is where I have found that ìweavingî your date and goal pace interval sessions will be beneficial to the athlete. You must be careful as it is all about time and timing. ADDITIONAL COMPONENTS Circuit training is an important component to our overall fitness. Our warm up has just been changed into a active, mobile-type circuit. We have been incorporating a fairly dynamic circuit routine over the past several years and I feel that this has paid dividends for our middle distance athletes. (see Gambetta;Tenke and Higgins; and Chu) TACTICS/PACE Only the first 400m may be planned in 800m racing. The 800m race can be planned only to the half-way mark. There are too many surprises and unknown factors in the 2nd 400m to plan this half of the race. However: Know your opponents strengths and weaknesses. Factor in weather conditions type of track(particularly important during indoor) style of start(stagger, double barrel, etc.) Be aware of positioning(caught on the inside -tight to the curb can be "no-man's land") Do you want to lead?(It's awful hard to lead an entire race in a field where the competitors are fairly evenly matched) PACE: It is wrong to run the first 400m too fast but this is better than running the 1st 400m too slow. Even-paced 800m races are unusual. It is wiser to run the first 400m (particularly the first 200m) a little faster than the 2nd 400m. There should not be more than a 5 second differential from the 1st 400m to the 2nd 400m. The sprinter type most certainly should go out faster in the 400m as this type of runner will not run their best if they try to run even splits. The distance type could run even-paced but it is better even for this athlete to run slightly faster in their first 400m. The 800m is an event where the maximum acceleration-minimum deceleration tactical approach to racing applies. This is due to the speed of 400-800 races where oxygen debt and fatigue products induce exhaustion rapidly. The runner therefore seeks to cover as much of the race as possible at the greatest speed which will permit him/her to finish in a minimum time, before fatigue becomes intolerable. Remember, there should be no more than a 5 second differential between the 1st 400m and the 2nd 400m. PREDICTABILITY Best 800m = (400m + 6seconds) x 2 This seems to apply to the distance type runner quite well. The high school sprinter-type appears to lack the necessary strength to fufill this predictability equation. CLOSING The 800m is an exciting middle distance race that has become an extended sprint. Develop a feel for the event as well as a feel for your athletes and success will follow. SOURCES William Bowerman, The Bowerman System,(1983) Dr. Donald Chu, Plyometric Exercises(1989) Dr. Jack Daniels, Danielsí Running Formula(1998) William H. Freeman, Peak When it Counts(1989) Clyde Hart, 400Meters Training(Track and Field Quarterly Review) (Spring 1993, p.23-28) Andy Higgins and Zoltan Tenke, Medicine Ball Training (1992) VIDEOS Clyde Hart, Baylorís Dynamic 400 Meter Training Vern Gambetta, Warm Up Tape (title unkown) John Webb, Getting Maximun Performance from your Middle Distance Runners RESOURCES TRACK and FIELD COACHES REVIEW United States Track Coaches Association 1408 NW 6 St. Suite A Gainsville, Fl. 32601 PEAK RUNNING PERFORMANCE PO Box 3000 Dept.PRP Denville, NJ. 07834 TRACK TECHNIQUE/TRACK COACH Track and Field News 2570 El Camino Real, Suite 606 Mountain View, Ca. 94040 AMERICAN TRACK & FIELD (free 1-year subscriptions to HS coaches-mailed to school) PO BOX 1497 Los Altos, Ca. 94023

Using a Weighted Sled for Acceleration Improvement

By Mike Boyle, MS, ATC Before even beginning, let’s clear up one point. Sport is about acceleration, not speed. We have a problem in sports. Coaches consistently use the wrong term when discussing the quantity they covet most. Tests like the ten, twenty and forty yard dash are actually tests of acceleration not speed. You only need to look at world-class sprinters to realize that top speed is not even achieved until approximately 60 meters. As coaches, our interest is not in top speed but, rather in acceleration, the zero to sixty of the auto world. How rapidly an athlete accelerates will determine success in team sports, not what the athletes absolute speed is. Why does this matter? A great deal of the research on speed development focuses on speed in track and field context and not in a sport context. In track the shortest event is the 55 meters, in sport the long event is a forty yard dash (although baseball will go 60). The track influence may in fact have limited application to sport due to sports frequent use of acceleration mechanics versus speed mechanics. In training for track, coaches frequently make reference to the pulling action in running and work on drills to develop a pawing action against the ground. In sport the action is primarily pushing with the center of gravity slightly ahead of the feet, kind of a reverse Michael Johnson. This may mean that much of what we currently view as speed development may have limited application to team sport athletes. Numerous studies have discredited the weighted sled as a tool for speed development citing the sleds limited effect on top speed. In truth, the evidence that weighted sleds may not improve top speed running, does not apply to acceleration and may have led us to undervalue a potentially valuable piece of equipment. In fact many authors who have stated that the weighted sled did not improve speed, do indicate that it will improve acceleration. Our problem has been that we misinterpreted the results of the research. Most coaches spend time working on form running and technique to improve speed. These same coaches also include lower body strength workouts to improve strength. Although these are both obviously important there may be a missing link. The development of specific strength. How often do we see athletes who run “pretty” but not fast? In my opinion many coaches attempting to develop speed spend far too much time on technique drills and far too little time on developing the specific power and specific strength necessary run faster. In fact in 2000 The Journal of Applied Physiology published an article called Mechanical Basis of Human Running Speed. The article synopsis begins with the line “faster top running speeds are achieved with greater ground forces, not more rapid leg movements”. This has become known as the Weyland study after lead researcher Peter Weyland. Weighted sled drills target the specific muscles used in sprinting and help to bridge the gap between form running drills and weight room exercises like squats and Olympic lifts. . Many athletes can squat large amounts of weight. Far fewer athletes seem to be able to run fast. Any student of speed will tell you that many of the strength exercises commonly recommended for speed development work hip extension but, not hip hyperextension. In running speed all of the force production is from hip hyperextension. The ability to apply force to the ground and create forward movement can only occur when the foot is placed under the center of mass and pushed back. Although squats etc. will train the muscles involved, the training is not specific to the act of sprinting. This may be one reason we see a higher correlation to vertical jump improvement than to speed improvement through strength training. A weighted sled teaches strong athletes how to produce the type of force that moves them forward. The sports scientists like to break this down into special strength and specific strength. Although I believe the difference is minimal. It is important to understand the difference between the two quantities. Special Strength - movements with resistance that incorporate the joint dynamics of the skill. Sled marching would fall into the special strength category. I believe that sled marching may in fact be the best tool available for speed development. An athlete’s inability to produce force in the action of sprinting becomes glaringly obvious in sled marching. Specific Strength - movements with resistance that are imitative of the joint action. I would place sled running in the specific strength category In the past coaches have recommended that resisted speed development work must not slow the athlete down more than 10% or must not involve more than 10% of the athletes bodyweight. These recommendations seem to be based on motor learning research that indicated that excessive loads would alter the motor patterns of activities like sprinting or throwing. I have always felt that there was a missing link to speed development but, until a few years ago this so called “10% rule” kept me from aggressively pursuing my gut feeling. Presently, my feeling is that loads up to and exceeding the athletes’ bodyweight can be used for special strength work as long as the athlete exhibits a similar motor pattern. Think of sled marching as a special type of leg press. Athletes incorporate the joint dynamics of sprinting through hip hyperextension against resistance. This can be an extremely heavy movement as long as we get a technically sound march action ( perfect posture) With sled running, the approach moves toward specific strength. In sled running the loads will obviously be lighter but, I still do not follow the 10% rule. The main variable in sled training is not the weight on the sled but, the motor pattern. If an athlete can hold an acceleration position and run without altering mechanics than this is a specific strength exercise for sprinting. Why should we be limited by arbitrary guidelines like a 10% load or a 10% decrease in speed. Over twenty yards, ten percent is 2 one-hundreths of a second. The key should be to look at the athletes posture and motor pattern. If the athlete has to alter the mechanics to produce the desired action than the load is too heavy. The so-called 10% rule does not allow us to apply progressive resistance concepts to this form of training. Another obvious but overlooked variable that alters the so-called 10% rule is the surface being run on. Loads placed on the sled will be lighter on grass and heavier on AstroTurf. This simply relates to coefficient of friction. Less weight produces a large amount of friction as the sled moves through grass. On Astroturf or a similar surface, the same weight would be too light. Another variable is a flat sled versus a double runner sled. A flat sled will again produce greater friction and as a result will necessitate a lighter load on the sled to get a similar effect. I have gone so far as to surf on towels indoors behind our athletes in a well-waxed hallway. The reality is that we may have misinterpreted the message when it comes to resistance training for sprints. Although research shows that sled training may not improve the athletes ability to run at top speed, it will help the athlete to get faster. Remember, sport is about acceleration, not top speed. Very few team sport athletes ever get to the what track coaches like to call absolute speed mechanics. The weighted sled may be the most underrated tool for speed development due to our misinterpretation and misunderstanding of the research and terminology surrounding speed development.

400 Meters: Strategies and Tactics

Here are a few tips to try to get your 400 meter times lower. Most people look at the training involved which is extremely important, but very few consider tactical race strategies. Let's say that you want to run 47.0. Two even 200 meter "splits" would be 23.5 & 23.5. However, if you ran your first 200 meters in 23.5 it is doubtful that you can come back with an equal or lower split. Most top 400 meter runners usually run the first 200 slightly faster than the second 200. Looking at this theory, perhaps you should try to run the first 200 in 23.0 and then try to bring the second 200 home at 24.0 Now lets further divide the race. To run 23.0 for 200 meters you would have to be at least at 11.5 for the first 100 meters. Let's look at the race tactics. Go out strong and try to come through the first 100 meters in at least 11.5. Use the "exchange and/or fly" zone for the 4 X 100 to think about accelerating around the second turn. You should concentrate on accelerating for about 20 meters. These strategies will "slingshot" you into the back stretch. The tactic of going out strong and then accelerating through the exchange zone for the "slingshot" effect has to be worked on in practice by doing a lot of 110 to 120 meter sprints around the first two turns of the track. Once you have given yourself that "slingshot" into the back stretch you want to concentrate on staying relaxed and sprinting within yourself. Do not slow down - if you get into a solid running tempo on the back stretch you should be able to maintain your speed. Hopefully, at the 200 meter mark you will be somewhere close to 23 seconds. Again, this has to be worked on by running 200 meters in practice at the pace you are trying to go in the race. I have always found that it is important for the athlete to concentrate on one specific technical movement going into the third 100 meters of the race, Perhaps you should concentrate on keeping your arms moving, keeping a correct posture, or another single thought that keeps your mind in the race. The last 100 meters you want to maintain your concentration and bring it home! Concentrate on trying to go faster and not on how tired you may be. I hope this helps. As stated before - all phases of the race need to be practiced.