13. What
 does
 science
 tell
 us?
Â
J
 Sports
 Sci.
 2011
 Sep;29(12):1337-Ââ44.
 Epub
 2011
 Jul
 29.
Â
Examination
 of
 birthplace
 and
 birthdate
Â
in
 World
 Junior
 ice
 hockey
 players.
Â
Bruner
 MW,
 Macdonald
 DJ,
 Pickett
 W,
 CôtÊ
 J.
Â
Â
FINDINGS:
Â
 Players
 who
 were
 âheld
 backâ
 a
 year
 (old
 for
Â
their
 class)
 were
 statistically
 more
 likely
 to
 reach
 elite/
professional
 levels
 of
 competition.
Â
 ALSO,
 same
 statistical
Â
ďŹnding
 for
 those
 coming
 from
 SMALL
 TOWNS
 (multiple
Â
sports
 played
 at
 youth
 level;
 more
 chances
 to
 get
 playing
Â
time
 in
 multiple
 sports).
Â
Â
Message:
Â
 Late
 sport-Ââspecialization,
 multi-Ââlateral
Â
development,
 and
 conďŹdence
 is
 key
 to
 athletic
 success.
Â
14. What
 does
 science
 tell
 us?
Â
ScPresented
 at
 the
 2011
 Annual
 Meeting
 of
 the
 American
 Medical
 Society
 for
Â
Sports
 Medicine.
 April
 30-ÂâMay
 4.
 Salt
 Lake
 City,
 Utah.
 .
Â
Â
The
 risks
 of
 sports
 specialization
 and
Â
rapid
 growth
 in
 young
 athletes.
Â
KJayanthi
 NA,
 Pinkham
 C,
 Luke
 A..
Â
Â
FINDINGS:
Â
 Young
 athletes
 (12-Ââ14
 y/0)
 whose
 sport
Â
participation
 was
 75%
 or
 more
 focused
 on
 one
 sport
Â
had
 higher
 injury
 rates
 (over
 25%
 more
 injuries
 vs.
Â
those
 spending
 signiďŹcant
 time
 in
 multiple
 sports).
Â
Â
MESSAGE:
Â
 Early
 sport-Ââspecialization/lack
 of
 multi-Ââ
lateral
 development
 seems
 to
 increase
 risk
 of
 injury
 to
Â
youth
 sport
 participants.
Â
15. What
 does
 science
 tell
 us?
Â
Scand
 J
 Med
 Sci
 Sports.
 2011
 Nov
 3.
 doi:
 10.1111/j.
1600-Ââ0838.2011.01408.x.
Â
Â
Accuracy
 of
 professional
 sports
 drafts
Â
in
 predicting
 career
 potential.
Â
Koz
 D,
 Fraser-ÂâThomas
 J,
 Baker
 J.
Â
Â
FINDINGS:
Â
 âNo
 correlation
 of
 draft
 position
 and
Â
future
 professional/career
 success,
 games
 played,
Â
points
 scored.â
Â
Â
MESSAGE:
Â
 Development
 is
 a
 long-Ââterm
 process
Â
(even
 after
 age
 18)!
Â
Â
Â
16. The
 Russians
 knew
 it
 all
 alongâŚ
Â
 "Two
 studies
 of
 Soviet
 children
 in
 the
Â
1990s
 reported
 that
 early
 sport
Â
specialization
 did
 not
 lead
 to
 the
Â
performance
 advantages
 that
 were
Â
expected.
Â
 Rather,
 children
 who
Â
specialized
 at
 a
 later
 age
 performed
 better
Â
and
 were
 injured
 less/less
 severely
 than
Â
those
 who
 specialized
 earlier.â
Â
VanSickle,
 University
 of
 Indianapolis
 2010
Â
17. Challenge #1: Early Sport Specialization
ĂźďźâŻ
âPlayers are more skilled, but less athleticâ (Gambetta).
ĂźďźâŻ
âPeak by Fridayââno long-term plan and early overemphasis on competition (always âin-seasonâ).
ĂźďźâŻ
Increased risk to overuse injuries and plateaus (physical
âsupplyâ doesnât meet skill âdemandâ).
ĂźďźâŻ
âESPN Highlight Syndromeââover-emphasis on sports
skill practice vs. athletic skill development.
âAre your athletes committed to become the best
possible athlete that plays a given sport?â
18. Challenge #2: P.E. Curriculums
ĂźďźâŻ
âA general lack of commitment to effective physical
education in the U.S. has resulted in a general physical
ineptitude in the youth of Americaâ (Balyi, 2003).
ĂźďźâŻ
Low (or no) exposure to basic motor skills (ââŚjust roll the
ball out and pick up teamsâŚâ).
ĂźďźâŻ
Low teacher confidence in existing curriculum (best
teachers are in the âclassroomâ, not the gym/field).
ĂźďźâŻ
Sometimes P.E. isnât a part of the base curriculum!?!?
âAre you developing your clubâs âathletic IQâ?â
19. Challenge #3: âWorking Outâ
ĂźďźâŻ
S&C/Fitness programs are commonplace; few, if any are
adapted to optimize youth development.
ĂźďźâŻ
Many programs focus on increasing capacity of existing
skill sets instead of teaching/refining new.
ĂźďźâŻ
âNobody Gets Hurt, But Nobody Gets Betterâ
ĂźďźâŻ
âMonkey-See, Monkey-Doâ
ĂźďźâŻ
Kids get better despite what we do to them. Make
them fitter = make them better?
âHealth preceeds fitness. Fitness preceeds
performanceâ
20. What
 about
 that
 â10,000
 Hour
 Ruleâ?
Â
â˘âŻ Founded
 from
 research
 on
 musicians
 (not
Â
athletics).
Â
â˘âŻ New
 research
 on
 athletics
 supports
 10,000
 hours
Â
of
 sport-Âârelevant
 preparation
 is
 MORE
 eďŹective
Â
vs.
 10,000
 hours
 of
 sport-ÂâspeciďŹc
 participation.
Â
â˘âŻ Biggest
 diďŹerences
 between
 expert
 and
 sub-Ââelite
Â
happens
 AFTER
 10
 years
 of
 sport
 involvement,
Â
not
 during.
Â
Â
Â
Â
High
 Ability
 Studies,
 Vol.
 14,
 No.
 1,
 June
 2003
Â
Early
 Specialization
 in
 Youth
 Sport:
 a
 requirement
 for
 adult
 expertise?
Â
JOSEPH
 BAKER
Â
24. Chronology
 of
 Athletic
 Development
Â
Phase
I
II
III
IV
V
VI
LTAD Terminology
(Scandinavia/British
Columbia)
Fundamental Phase
Learning to Train Phase
Training to Train Phase
Training to Compete Phase
Training to Win Phase
Retirement/Retaining
â 6-9 / â 6-8
â 9-12 / â 8-11
â 12-16 / â 11-15
â 14-18 / â 13-17
â > 18/ â > 17
Post-competitive years
Initial Development Stage
General Development
Stage
Directed Stage
Initial Specialization Stage
Ultimate Specialization
Stage
N/A
7-9
9-11
12-14
15-17
18 and up
N/A
Drabik Terminology
(Eastern Europe)
Bompa Terminology
(Russia)
Initiation Stage
Athletic Formation Stage
Specialization Stage
High-Performance Stage
N/A
6-10
11-14
15-18
19 and up
N/A
Collegiate/Elite/Pro
Masters
Post-competitive
years
PHV
Pre-Adolescence
PE
Adolescence
Learn to Train
High School Prep
Post-Adolescence
College Prep
7-9
9-11
12-14
15-17
18 and up
(â 6-9 / â 6-8)
Grades: 1,2,3
(â 9-12 / â 8-11)
Grades: 4,5,6
(â 12-16 / â 11-15)
Grades: 7,8,9
(â 14-18 / â 13-17)
Grades: 10,11,12
(â > 18/ â > 17)
College & Professional
25.
26.
27. GENERAL CHALLENGES TO THE CURRENT LTAD MODELS
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Practicality (10,000 hr alottment)
Linearly Periodized vs. FSS/SSS Conjugate
Windows or Sensitive Periods
Strength Training Model
Power & Agility
âEmpircal Observationsâ-Based
28. SPECIFIC CHALLENGES TO THE CURRENT LTAD MODELS
Windows of Accelerated Adapation to Training
DEVELO PMENT
 AG E
6
7
8
â
 PHV
10
11
9
â
 PHV
12
13
VELO C ITY
 (>30
 yds )
S PEED
S TR ENG TH
C O D
 (floor
 drills / a ctive
 a g ility)
re
â
 Ke y
 Window
â
 Ke y
 Window
15
ANG ULAR
 AG ILITY
18
C O D
 (s hort/ rd-Ââs top/ ta rt)
ha
s
S TR ENG TH-ÂâENDUR ANC E
MAXIMUM
 S TR ENG TH
â
 Ke y
 Window
F LEXIBILITY
 (s ta tic)
â
 Ke y
 Window
S TABILITY
 (w/ ba llis tic
 mobility)
Â
â
 Ke y
 Window
â
 Ke y
 Window
â
 ANAER O BIC
â
 ANAER O BIC
S TAMINA
â
 Ke y
 Window
â
 Ke y
 Window
KIN
 DIF F / V
 ADEQ
MO
BALANC E/ PAT
 O R IENT
S
R HYTHM
 &
 R EAC TIO N
â
 Ke y
 Window
â
 Ke y
 Window
MENTAL
S TR ATEG Y
17
â
 Ke y
 Window
S PEED-ÂâS TR ENG TH
AER O BIC
 (C a pa city)
S KILL
16
AC C EL
 (s ta rts /
0-Ââ20
 yds )
â
 Ke y
 Window
MO BILITY
 (minimize
 L-Ââs pine
 e xt)
S UPPLENES S
14
AC C ELER ATIO N
 (20-Ââ30
 yds )
NUTR ITIO NAL
S ENS O R Y
29. DEVELO PMENT
 AG E
6
7
8
â
 PHV
10
11
9
â
 PHV
12
13
VELO C ITY
 (>30
 yds)
S PEED
S TRENG TH
ANG ULAR
 AG ILITY
18
AC C EL
 (starts/0-Ââ2 0
 yds)
C O D
 (short/hard-Ââs top/start)
S TRENG TH-ÂâE NDURANC E
MAXIMUM
 S TRENG TH
â
 Key
 Window
F LEXIBILITY
 (static)
â
 Key
 Window
S TABILITY
 (w/
 ballistic
 mobility)
â
 Key
 Window
â
 Key
 Window
â
 ANAERO BIC
â
 ANAERO BIC
S TAMINA
â
 Key
 Window
â
 Key
 Window
KIN
 DIF F /MO V
 ADEQ
BALANC E/S PAT
 O RIENT
RHYTHM
 &
 REAC TIO N
â
 Key
 Window
â
 Key
 Window
MENTAL
S TRATEG Y
17
â
 Key
 Window
S PEED-ÂâS TRENG TH
AERO BIC
 (C apacity)
S KILL
16
â
 Key
 Window
MO BILITY
 (minimize
 L-Ââs pine
 ext)
S UPPLENES S
15
AC C ELERATIO N
 (20-Ââ3 0
 yds)
C O D
 (floor
 drills/reactive
 agility)
â
 Key
 Window
â
 Key
 Window
14
NUTRITIO NAL
S ENS O RY
30. SPECIFIC CHALLENGES TO THE CURRENT LTAD MODELS
Windows of Accelerated Adapation to Training
â˘âŻ Too bored or too challenged vs. âcritical periodâ
â˘âŻ âWindowâ indicates it will âshutâ
â˘âŻ Does âwindowâ training cause improved athleticism or just
help athlete reach genetic potential sooner (or more
completely realize athletic potential)?
â˘âŻ Increased rate of development periods does NOT equate to
increased sensitivity to said trait training.
31. SPECIFIC CHALLENGES TO THE CURRENT LTAD MODELS
Strength Training
â˘âŻ MxS increases seen in youth LT & HSP vs. mm CSA (Daigham,
2003)
â˘âŻ Guidelines for youth PREâs (Faigenbaum)
â˘âŻ 2011 NATA position statement
â˘âŻ Power?
â˘âŻ Benjamin and Glow (2003): LT & HSP strength gains from
coordination & motor unit recruitment/pruning
â˘âŻ Strength predicts 70% variability in sprinting & 43% variability in
motor perf scores in 7-12 y/o (Teeple, 1975)
32. SPECIFIC CHALLENGES TO THE CURRENT LTAD MODELS
Stamina & Speed
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Anaerobic gains in pre-PHV kids doesnât stick
No speed improvement via fitness (Botcazou, 2006)
Mm stiffness changes from 0-20 years
Aerobic changes via economy across lifespan
Clark, 2011: train âfitnessâ instead of strength = increase
fracture risk
38. DYNAMICS
Foundation
(LT 9-11)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: R&R, SO/BA, Dynamic Mobility
Daily routine; very general and consistent
Use of primitive patterns (crawling, rolling, etc.)
Skip or Jack series for thermogenics
Youth
Development
(HSP 12-14)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Flexibility, Postural Activation, & Reactivity
General theme-based progressions (MD-Linear)
Static hold and ballistic stretching (in-place)
Use of footwork ladders for thermogenics; PB for activation routines
Pro
Development
(CP 15-17)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Prehab, Mobility, Ballistic Movement Prep
Movement theme-specific progressions (MaxV-Accel; COD-Ang)
Pre-Val specific prehab; team/group âbiasedâ prehab/activation
Last movement/intensity mimics next module demands
44. FORCE (STRENGTH TRAINING)
Foundation
(LT 9-11)
â˘âŻ Key Targets: Strength-Endurance, Isometrics, & Motor Pattern
Acquisition
â˘âŻ Primarily bodyweight, bars, bands, balls; âweightroomâ movements
â˘âŻ Intensity modulated via tempo (on-command cues & isometric holds) & density of
circuits (1:1-2:1 RI)
Youth
Development
(HSP 12-14)
â˘âŻ Key Targets: Explosive-Strength, Speed-Strength & Motor Pattern
Refinement
â˘âŻ Early-stageĂ ď FW progressions w/ explosive power loads for technical dev
â˘âŻ Late-stageĂ ď move to more speed-strength loads; goal setting based on LBM
â˘âŻ Intensity modulated via tempo & technique mandates; +3-5RM intensities
Pro
Development
(CP 15-17)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Reactive Strength, Strength-Speed, & Starting Strength
Rep/set schemes up to +2RM Intensities; bar speeds remain >.45 m/s
Emphasis on loading V-Drive,V-Draw, H-Pull, H-Push patterns
Emphasis on V-Pull,V-Push, H-Drive, H-Draw patterns as supporting moves
45.
46. MOVEMENT PROGRESSION:V-DRIVE
Sets per
Movement
Reps per
Set
12-14
1-2
Timed
Tempo
(15-30
sec)
RM+3-5
14-16
2-3
8-12
RM+2-3
16-18
3-5
6-10
RM+2
Step 1
Age
SMART
Loads
Step 2
Step 3
Our first
loaded
squat:
FRONT
SQUAT
47. METABOLICS (CONDITIONING)
Foundation
(LT 9-11)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Aerobic Capacity
Overall training duration lower per day (MJP=1 hour only)
Keeping RI 2:1-1:1 throughout (CAREFULLY monitor attention/effort)
Timed runs for distance (max distance covered in 2-5 minutes)
Youth
Development
(HSP 12-14)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Balanced Aerobic & Anaerobic Capacity
2:1-3:1 RI during training
Agility strings at end of speed application; can use LSD as finishers
YIRT Level 1, 12-min run
Pro
Development
(CP 15-17)
â˘âŻ
â˘âŻ
â˘âŻ
â˘âŻ
Key Targets: Anaerobic-Lactic Power
3:1-5:1 RI with all speed & plyos
Keep conditioning work at end of routine
Speed-endurance work vs. LSD/conditioning;YIRT Level II, 300 Shuttle
48. Â
Linear/Short-Lactic
MD/An-ALac
Linear/Long-Lactic
Aerobic System
Shuttle Progression
Short Range-COD
Interval/Striders
LSD-Fartleks
"strong run/strength builder"
"pace/direction change"
"cruise/speed builder"
"jog/base builder"
Tempo 100s x 8 (walk across endzone); total time <8min
Â
Â
2 x 50 yd ladder down 1:20/1:40 (3:00)
Â
Tempo 100s x 8 (walk across endzone); total time <8min
Â
HRZone Continous Run
Â
20 min (HR Zone 1)
Â
2010 FC Dallas Fitness Training Progression
Â
week #
Phase
Intensity
1
1
2
AND/OR
Â
or track work:
MD Ladder Series (2e; :20s RI)
Â
3 x 200yd :34/:42 (1:30)
Â
Â
Â
Tempo 100s x 10 (walk across endzone); total time <10min
Â
2
or shuttle work:
8 x doubles :18/:24 (:45)
Â
Short Shuttle x 3 (:45)
Â
Tempo 100s x 10 (walk across endzone); total time <10min
Â
HRZone Continous Run
Â
or shuttle work:
Long Shuttle x 6 :13/:15 (:45)
Â
OR
22 min (HR Zone 1-2)
Â
10 x doubles :18/:24 (:35)
Â
Adaptive Phase
3-Cone x 3 (:45)
Â
4 x 200yd :32/:42 (1:30)
Â
Â
Â
Tempo 100s x 12 (walk across endzone); total time <12min
Â
(60-70% Max
3 x 50 yd ladder down 1:20/1:40 (3:00)
Â
Tempo 100s x 12 (walk across endzone); total time <12min
Â
HRZone Continous Run
Â
Workload)
or shuttle work:
4
24 min (HR Zone 1-2)
Â
1 x 300yd :55/:65 (2:00)
Â
Â
Â
Â
Â
3 x 200yd :32/:40 (1:30)
Â
Â
Â
Â
Â
4 x 100yd :17/:20 (:35)
Â
Â
Â
12 x 50yd x :7/:9 (:35)
Â
5
OR
MD Ladder Series (2e; :15s RI)
Â
Â
Â
3
Â
AND/OR
Â
3 x triples :24/:32 (1:00)
Â
3 x doubles :18/:24 (:35)
Â
3
Short Shuttle x 3 (:45) w/ VEST-10
Â
Tempo 100s x 12 (walk across endzone); total time <12min
Â
HRZone Continous Run
Â
26 min (HR Zone 1-2)
Â
4 x 200yd :32/:38 (1:30)
Â
2 x FC Fartlek Run
Â
4 x 50 yd ladder down 1:20/1:40 (3:00)
Â
Diagonal Pitch Run-Run-Jog
Â
HRZone Continous Run
Â
or shuttle work:
AND/OR
Â
1 x 3 (RI=2:00) OR
28 min (HR Zone 1-2)
Â
3 x quads :32/:38 (1:30)
Â
MD Ladder Series (2e; :10s RI)
Â
3 x 300yd :52/:62 (2:00)
Â
OR
Â
Â
Â
2 x 200yd :32/:38 (1:30)
Â
3 x FC Fartlek Run
Â
Short Shuttle x 4 (:45) w/ VEST-10
Â
Diagonal Pitch Run-Run-Jog
Â
HRZone Continous Run
Â
or shuttle work:
Long Shuttle x 11 :13/:15 (:45)
Â
1 x 4 (RI=2:00) OR
30 min (HR Zone 1-2) OR
Â
4 x quads :30/:36 (1:30)
Â
3-Cone x 4 (:45)
Â
8 x 200yd :32/:38 (1:30)
Â
4 x FC Fartelk Run
Â
18 x 50yd x :7/:9 (:35)
Â
Extensive Phase
OR
Â
Â
Â
16 x 50yd x :7/:9 (:35)
Â
6
2 x 300yd :52/:62 (2:00)
Â
Â
Â
7
Â
OR
3-Cone x 3 (:45)
Â
14 x 50yd x :7/:9 (:35)
Â
5
Long Shuttle x 9 :13/:15 (:45)
Â
Â
Â
6
or shuttle work:
5 x triples :24/:32 (1:00)
Â
40 yard progressive shuttles
Â
Diagonal Pitch Run-Run-Jog
Â
3 x FC Fartlek Run
Â
or shuttle work:
(jog 30--sprint 10, jog 20--sprint 20, jog 10--sprint 30, sprint
40)
Â
1 x 5 (RI=2:00) OR
OR
Â
(70-80%
Max Workload)
9
7
2 fives :40/:46 (1:45)
Â
8
4 x 300yd :52/:60 (2:00)
Â
4-Pattern Position Metabolics (w/ ball)
Â
Â
Â
Â
Â
2 x 3 min each (2:00 RI)
Â
14 x 50yd x :7/:9 (:21)
Â
10
2 sets (RI = 60s)
Â
2 quads :30/:36 (1:30)
Â
Short Shuttle x 3 (:45) w/ VEST-10
Â
Diagonal Pitch Run-Run-Jog
Â
4 x FC Fartlek Run
Â
or shuttle work:
Long Shuttle x 8 :13/:15 (:45) w/ VEST-10
Â
2 x 3 (RI=2:00) OR
OR
Â
2 sixes :48/:54 (3:00)
Â
3-Cone x 2 (:45)
Â
2 x 300yd :52/:62 (2:00)
Â
4-Pattern Position Metabolics (w/ ball)
Â
2 fives :40/:46 (2:00)
Â
Â
Â
4 x 200yd :32/:38 (1:30)
Â
1 x 4 min each (2:00 RI)
Â
49. REGENERATION
Foundation
(LT 9-11)
â˘âŻ Monitor: Happiness scale, hydration test (pee report); subjective attention span/
affect
â˘âŻ Manage: Hydration breaks w/ coach, food fuel post (bring a snack); no contrast or
cryotherapy
â˘âŻ Sleep: 9.5-10hrs (+30min nap b/w 2-4pm); 15-30 min routine timeframe
Youth
Development
(HSP 12-14)
â˘âŻ Monitor:VERY IMPORTANT STAGE; RPE, self-esteem rating, sleep report; RHR, BW,
PHV, PWV
â˘âŻ Manage: per LT, plus meal timing, pre-post fueling, contrast showers, self-MFR,
visualization/relaxation
â˘âŻ Sleep: 9 hrs (+30min); early AM sunlight routine
Pro
Development
(CP 15-17)
â˘âŻ Monitor: HRV, BW, RPE, fatigue scale, sleep log (recovery scoresheet)
â˘âŻ Manage: per LT,HSP; plus active recovery/regen programming (Yoga, Pilates,
Hydrotherapy, Cryotherapy, Compression; nutritional fueling pre-, during-, post-, presleep, pre-nap
â˘âŻ Sleep: 8-10 hrs (+30min); monitor stress insomnia; goal = 70hrs/week
50. Name:
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REGENERATION POINT SYSTEM
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Standard Recovery Strategy
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Week 1
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Week 2
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TOTAL POINTS POSSIBLE
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21 points
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BONUS Recovery Points:
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(+9 pts)
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Breakfast (at least 1.5 hours before workout)
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Hydration
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Pre-Workout Urine Color: Clear
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Post-Workout Urine Color: Clear
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Sleep & Rest
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8-9 Hours Restful Sleep (2 pts for 7-8; 1 pt for 6-7)
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20-90 Minute Nap
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Relaxation & Emotional Status
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No Daily Psycho-Social Stress (1 pt if "mild" stress)
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Stretching/Cooldown
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8-10 Minute Cooldown/Cardio Flush Post-Workout
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8-10 Minute Stretch Routine Post-Workout
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12 Minute Post-Workout Contrast Bath (2:1 Hot:Cold)
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10 Minute Post-Workout Self MFR Routine (TP/FOAM)
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10 Minute Post-Workout VIBE Routine
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50 Minute Massage (off-day)
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30 Minute Hyperbaric Chamber Session (off-day)
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15 Minute Post-Workout Compression Therapy Session
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TOTAL Recovery Points Per Week:
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Optimum pts per week = 160-180
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Minimum pts per week = 140-150
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Poor recovery < 120 pts
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Adapted from Kentaa and Hassmen, 1999. Train Smart: Avoid Overtraining Syndrome, Stockholm: SISU Idrottsbocker.
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200+ pts
possible
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51. 10,000 HOURS (INCLUDING COMPETITIONS)
Foundation
(LT 9-11)
Youth
Development
(HSP 12-14)
Pro
Development
(CP 15-17)
â˘âŻ SSSĂ ď 5 hrs/week
â˘âŻ FSSĂ ď 15 hrs/week
â˘âŻ SSSĂ ď 8 hrs/week
â˘âŻ FSSĂ ď 12 hrs/week
â˘âŻ SSSĂ ď 10 hrs/week
â˘âŻ FSSĂ ď 10 hrs/week
Lloyd, 2012: FSS
proceeds throughout
the lifespan?
Oliver, 2011: FSS
proficiency precedes
optimum SSS?
Is this even realistic?
Elite
(C/E 18+)
â˘âŻ SSSĂ ď 15 hrs/week
â˘âŻ FSSĂ ď 5 hrs/week
52. âŚAND WHAT ABOUT THE PRO (COLLEGIATE/ELITE)
Pro
â˘âŻEvaluate & Bias
â˘âŻIntegrate
(18+) â˘âŻConjugate
53. âWhenâ
 to
 Develop:
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 Dedicated
 or
 Integrated
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OďŹ-ÂâSeason:
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 1-Ââ3
 hrs/day;
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3-Ââ6
 d/week.
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In-ÂâSeason:
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 30-Ââ60
 min;
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2-Ââ3
 d/week
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Dynamic
 Warmup/Movement
 Prep
Â
Dynamic
 Warmup/Movement
 Prep
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â˘âŻDedicated
 15-Ââ20
 minutes
Â
â˘âŻDedicated
 15-Ââ20
 minutes
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Power
 &
 Reactivity
Â
Power
 &
 Reactivity
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â˘âŻDedicated
 15-Ââ30
 minutes
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â˘âŻINTEGRATED
 w/
 PRACTICE
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Movement
 &
 Speed
Â
Movement
 &
 Speed
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â˘âŻDedicated
 30-Ââ45
 minutes
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â˘âŻINTEGRATED
 w/
 PRACTICE
Â
Strength
 Development
Â
Strength
 Development
Â
â˘âŻDedicated
 30-Ââ45
 minutes
Â
â˘âŻDedicated
 30-Ââ45
 minutes
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Metabolic
 Conditioning
Â
Metabolic
 Conditioning
Â
â˘âŻDedicated
 10-Ââ15
 minutes
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â˘âŻINTEGRATED
 w/
 PRACTICE
Â
Recovery
 &
 Regeneration
Â
Recovery
 &
 Regeneration
Â
â˘âŻDedicated
 10-Ââ15
 minutes
Â
â˘âŻDedicated
 10-Ââ15
 minutes
Â
Performance
 Coach:
Â
 Integrates
 Athletic
 Development
 into
 Sport
 Training
 Sessions
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54. HSP
 (12-Ââ14)
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CP
 (15-Ââ18)
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LT
 (9-Ââ11)
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Dynamic
 Prep
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Dynamic
 Prep
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Dynamic
 Prep
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â˘âŻFlexibility
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â˘âŻSpatial
 Orientation
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â˘âŻ Stability
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â˘âŻ Movement-ÂâSpeciďŹc
 Motor
 Patterns
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â˘âŻ Mobility
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â˘âŻ Rhythm
 &
 Reaction
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Power
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Power
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Power
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â˘âŻKinesthetic
 DiďŹerentiation
 &
 Balance
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â˘âŻDeceleration/SSC
 Intro-ÂâResponse
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Plyos
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â˘âŻ Rotational
 Stabilization
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â˘âŻ Short-ÂâResponse
 Plyos
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â˘âŻ Reactivity
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â˘âŻ Stabilization-ÂâResponse
 Plyos
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Movement
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Movement
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Movement
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â˘âŻSpeed-ÂâPlay
 Acceleration
 (Gears)
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â˘âŻDeceleration
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â˘âŻ Starting/Stopping
 Strength/Speed
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â˘âŻ Short-ÂâRange
 Acceleration
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â˘âŻ Max
 Velocity
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â˘âŻ Long
 Agility/Footwork
 Quickness
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Strength
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Strength
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Strength
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â˘âŻProgressive
 Tempos
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â˘âŻRFD
 Progressions
 &
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Technical
 Progressions
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â˘âŻ Isometric
 and
 Load-ÂâLimiting
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 Tempos
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â˘âŻ Sport-ÂâRelevant
 Technical
 Progressions
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â˘âŻ Steady
 Tempos
 &
 Multi-Ââjoin
 ROM
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â˘âŻ Volume
 Progressions
 &
 Technique
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Understanding
Â
Metabolics
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Metabolics
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â˘âŻMulti-Ââdirectional
 2-Ââ3:1
 Intervals
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â˘âŻLonger
 RIâs
 with
 non-Ââconditioning
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modalities
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â˘âŻ 3-Ââ4:1
 Intervals
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â˘âŻ Sport-ÂâRelevant
 Progressions
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Regeneration
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â˘âŻStatic
 Flexibility
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â˘âŻFilm
 Review/Group-ÂâEvaluation
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Session
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Regeneration
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â˘âŻ Self-ÂâMFR,
 Contrast
 Baths
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â˘âŻ Integrated
 fueling
 strategies
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Metabolics
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â˘âŻ LSD
 &
 Circuits
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â˘âŻ Linear
 1:1
 Intervals
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Regeneration
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â˘âŻ Movement
 Adequacy
 Activities/
Games
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â˘âŻ Verbal
 Feedback
 Sessions/Reward
Â
Systems
Â
55. 6051 Alma Drive, McKinney, TX 75070 â USA
www.michaeljohnsonperformance.com
/MJP360
@MJP360