Class information for:
Level 1: JOURNAL OF STRENGTH AND CONDITIONING RESEARCH//BENCH PRESS//STRENGTH AND CONDITIONING JOURNAL

Basic class information
ID Publications Average number
of references		 Avg. shr. active
ref. in WoS
2219 2245 29.4 59%


Bar chart of Publication_year

Last years might be incomplete

Classes in level above (level 2)


ID, lev.
above		 Publications Label for level above
344 17083 JOURNAL OF STRENGTH AND CONDITIONING RESEARCH//ECCENTRIC EXERCISE//MUSCLE DAMAGE

Terms with highest relevance score


Rank Term Type of term Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 JOURNAL OF STRENGTH AND CONDITIONING RESEARCH Journal 134 17% 33% 738
2 BENCH PRESS Author keyword 48 48% 3% 74
3 STRENGTH AND CONDITIONING JOURNAL Journal 48 22% 9% 195
4 STRETCH SHORTENING CYCLE Author keyword 48 41% 4% 91
5 JUMP SQUAT Author keyword 37 81% 1% 22
6 VERTICAL JUMP Author keyword 35 33% 4% 88
7 PLYOMETRICS Author keyword 23 40% 2% 45
8 SPORT RECREAT NEW ZEALAND Address 22 40% 2% 43
9 NEUROMUSCULOSKELETAL MECH PROGRAM Address 21 90% 0% 9
10 RATE OF FORCE DEVELOPMENT Author keyword 21 34% 2% 50

Web of Science journal categories

Author Key Words


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class		 LCSH search Wikipedia search
1 BENCH PRESS 48 48% 3% 74 Search BENCH+PRESS Search BENCH+PRESS
2 STRETCH SHORTENING CYCLE 48 41% 4% 91 Search STRETCH+SHORTENING+CYCLE Search STRETCH+SHORTENING+CYCLE
3 JUMP SQUAT 37 81% 1% 22 Search JUMP+SQUAT Search JUMP+SQUAT
4 VERTICAL JUMP 35 33% 4% 88 Search VERTICAL+JUMP Search VERTICAL+JUMP
5 PLYOMETRICS 23 40% 2% 45 Search PLYOMETRICS Search PLYOMETRICS
6 RATE OF FORCE DEVELOPMENT 21 34% 2% 50 Search RATE+OF+FORCE+DEVELOPMENT Search RATE+OF+FORCE+DEVELOPMENT
7 SQUAT JUMP 19 44% 1% 33 Search SQUAT+JUMP Search SQUAT+JUMP
8 STRETCH SHORTEN CYCLE 19 71% 1% 15 Search STRETCH+SHORTEN+CYCLE Search STRETCH+SHORTEN+CYCLE
9 COUNTERMOVEMENT JUMP 19 34% 2% 45 Search COUNTERMOVEMENT+JUMP Search COUNTERMOVEMENT+JUMP
10 WEIGHTLIFTING 19 32% 2% 48 Search WEIGHTLIFTING Search WEIGHTLIFTING

Key Words Plus


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 JUMP SQUATS 103 93% 2% 39
2 BODY RESISTANCE EXERCISES 99 97% 1% 29
3 VERTICAL JUMP 88 39% 8% 180
4 COUNTERMOVEMENT 81 68% 3% 71
5 UPPER BODY MOVEMENTS 76 86% 2% 38
6 LEG EXTENSOR MUSCLES 61 61% 3% 66
7 MAXIMIZES 51 91% 1% 21
8 BENCH PRESS 49 45% 4% 82
9 PARALLEL SQUAT 48 91% 1% 20
10 STRETCH SHORTENING CYCLE 47 39% 4% 94

Journals


Rank Web of Science journal category Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 JOURNAL OF STRENGTH AND CONDITIONING RESEARCH 134 17% 33% 738
2 STRENGTH AND CONDITIONING JOURNAL 48 22% 9% 195
3 SPORTS BIOMECHANICS 3 10% 1% 30

Reviews


Title Publ. year Cit. Active references % act. ref.
to same field
Developing Maximal Neuromuscular Power Part 2-Training Considerations for Improving Maximal Power Production 2011 65 104 63%
A Brief Review of Strength and Ballistic Assessment Methodologies in Sport 2014 6 331 49%
Determining the optimal load for jump squats: A review of methods and calculations 2004 107 10 100%
CORRECTING THE USE OF THE TERM "POWER'' IN THE STRENGTH AND CONDITIONING LITERATURE 2009 30 50 86%
The Development, Retention and Decay Rates of Strength and Power in Elite Rugby Union, Rugby League and American Football A Systematic Review 2013 9 74 49%
THE EFFECTIVENESS OF RESISTED MOVEMENT TRAINING ON SPRINTING AND JUMPING PERFORMANCE 2012 8 23 91%
Periodized strength training: A critical review 1999 97 1 100%
Does plyometric training improve vertical jump height? A meta-analytical review 2007 79 51 59%
The optimal training load for the development of muscular power 2004 90 47 91%
Challenges in understanding the influence of maximal power training on improving athletic performance 2005 91 36 92%

Address terms


Rank Address term Relevance score
(tfidf)		 Class's shr.
of term's tot.
occurrences		 Shr. of publ.
in class containing
term		 Num. of
publ. in
class
1 SPORT RECREAT NEW ZEALAND 22 40% 1.9% 43
2 NEUROMUSCULOSKELETAL MECH PROGRAM 21 90% 0.4% 9
3 SPORT PERFORMANCE NEW ZEALAND 14 34% 1.6% 35
4 EXERCISE BIOMED HLTH SCI 14 15% 3.8% 86
5 EXCELLENCE SPORT SCI COACH EDUC 11 57% 0.6% 13
6 SPORT PERFORMANCE 9 31% 1.2% 26
7 TRACK FIELD 8 41% 0.7% 15
8 STRENGTH CONDITIONING 7 41% 0.6% 13
9 COACHING SPORT SCI 6 80% 0.2% 4
10 EXERCISE SPORTS SCI PROGRAM 6 42% 0.5% 11

Related classes at same level (level 1)


Rank Relatedness score Related classes
1 0.0000274684 BILATERAL DEFICIT//BILATERAL LIMB DEFICIT//BILATERAL STRENGTH DEFICIT
2 0.0000240268 POSTACTIVATION POTENTIATION//COMPLEX TRAINING//POST ACTIVATION POTENTIATION
3 0.0000193231 BODY PROFILE//MAJOR LEAGUE BASEBALL CLUB//NATIONAL FOOTBALL LEAGUE NFL PLAYERS
4 0.0000187431 ISOKINETICS AND EXERCISE SCIENCE//ISOKINETIC//ISOKINETICS
5 0.0000174339 FLYWHEEL INERTIA//ANAEROBIC CAPACITY//ANAEROBIC POWER
6 0.0000173120 KAATSU//BLOOD FLOW RESTRICTION//OCCLUSION TRAINING
7 0.0000159231 MATCH ANALYSIS//TIME MOTION ANALYSIS//TEAM SPORTS
8 0.0000127403 CROSS COUNTRY SKIING//DOUBLE POLING//ROLLER SKIING
9 0.0000121247 SPEED SKATING//SKATING PERFORMANCE//HOCKEY PERFORMANCE
10 0.0000094866 BEWEGINGSWETEN PEN//FUNDAMENTELE KLIN BEWEGINGSWETEN PEN//MUSCLE ARCHITECTURE