Science and Skiing
Herausgeber: Kornexl, E.; Raschner, C.; Muller, E.
Science and Skiing
Herausgeber: Kornexl, E.; Raschner, C.; Muller, E.
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The first International Congress on Science and Skiing was held in Austria in January 1996.
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The first International Congress on Science and Skiing was held in Austria in January 1996.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 626
- Erscheinungstermin: 9. Juni 2015
- Englisch
- Abmessung: 234mm x 156mm x 33mm
- Gewicht: 885g
- ISBN-13: 9781138880504
- ISBN-10: 1138880507
- Artikelnr.: 42799803
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 626
- Erscheinungstermin: 9. Juni 2015
- Englisch
- Abmessung: 234mm x 156mm x 33mm
- Gewicht: 885g
- ISBN-13: 9781138880504
- ISBN-10: 1138880507
- Artikelnr.: 42799803
E. Kornexl, E. Muller, C. Raschner, H. Schwameder
One: Biomechanics of Skiing; 1: Ski-Jumping Take-Off Performance:
Determining Factors and Methodological Advances; 2: Load on the Locomotor
System During Skiing. A Biomechanical Perspective; 3: Biomechanics of
Ski-Jumping-Scientific Jumping Hill Design; 4: Joint Power Production in
Take-Off Action During Ski-Jumping; 5: Inter- and Intra-Individual
Variability of the Ski-Jumper's Take-Off; 6: Inverse Dynamic Analysis Of
Take-Off in Ski-Jumping; 7: Effects of 50 KM Racing on Ski Skating
Kinematics in the Falun World Championships in 1993; 8: Management of the
Sport Training Process with Cross-Country Ski Runners Through Modern
Apparatus Methods and Means; 9: A Mathematical Method for the Analysis of
Trajectories in Giant Slalom; 10: Simulation Techniques Applied to Skiing
Mechanics; 11: Turning the Skis Without 'Mechanisms of Turning'; 12: Muscle
Activity of the Inside and Outside Leg in Slalom and Giant-Slalom Skiing;
13: The Effect of Different Uses of the Upper Limb on Body Coordination
During Rhythmic Parallel Turning; 14: Pressure Distribution Measurements
for the Alpine Skier-from the Biomechanical High Tech Measurement to its
Application as Swingbeep-Feedback System; 15: Skiing Technique in Swing
Turns: Distribution of Stress on the Hip-Joint Articular Surface; 16:
Sensor Plates Designed for Measuring Forces Between Ski and Binding-a
Developmental Summary; 17: Different Possibilities of Measuring Force
Transmission Between Ski and Binding; 18: Ground-Reaction Forces in Alpine
Skiing, Crosscountry Skiing and Ski Jumping; 19: Constraint Forces May
Influence the Measurement of Vertical Ground Reaction Forces During Slalom
Skiing; 20: Structural Dynamic Analysis of Alpine Skis During Turns; Two:
Fitness Testing and Training in Skiing; 21: Evaluation and Planning of
Conditioning Training for Alpine Skiers *; 22: Kinematic and Kinetic
Analysis of Slalom Turns as a Basis for the Development of Specific
Training Methods to Improve Strength and Endurance; 23: Types of Muscle
Action of Leg and Hip Extensor Muscles in Slalom; 24: Predicting Skiing
Performance in 14-18 Year Old Competitive Alpine Skiers; 25: Validity of
Sport-Specific Field Tests for Elite and Developing Alpine Ski Racers; 26:
Relationship of Anaerobic Performance Tests to Competitive Alpine Skiing
Events; 27: Aspects of Technique-Specific Strength Training in Ski-Jumping;
28: Programme for the Objectivization of Sport-Specific Performance
Preconditions, in the Long-Term Development of Performance of Crosscountry
Skiers; Three: Movement Control and Psychology in Skiing; 29: Movement
Regulation in Alpine Skiing; 30: The Technique of Gliding in Alpine Ski
Racing-Safety and Performance; 31: A Profile of Sensorimotor Balance of
Alpine Skiers; 32: Psychological Training in Alpine Skiing-Racing; 33:
Incentive Motivation, Competitive Orientation and Gender in Collegiate
Alpine Skiers; 34: Feelings of Movement in Alpine Skiing; 35: Optimal
Emotions in Elite Cross-Country Skiers; 36: Structuring Cross-Country
Skiing Techniques on the Basis of Motor-Program Theory; Four: Physiology of
Skiing; 37: The Physiology of Competitive C.C. Skiing Across a Four Decade
Perspective; with a Note on Training Induced Adaptations and Role of
Training at Medium Altitude 1); 38: Physiological Indices of Elite Junior-I
Alpine Skiers; 39: An Incremental Exercise Test Simulating the Muscular
Activity of Slalom; 40: The Metabolic Load in Alpine Skiing-An Attempt at a
Presentation Using Computer-Supported Modelling; 41: Fitness,
Cardiovascular Stress, and Scd-Risk in Downhill Skiing; 42: Elite Skiers
after Anterior Cruciate Ligament Reconstruction: Early Functional
Sport-Specific Rehabilitation in Water; 43: Troponin I-A New Marker of
Muscle Damage in Alpine Skiing; 44: Physiological Characteristics of Top
Young Czech Cross-Country Skiers of Both Sexes; Five: Sociology of Skiing;
45: Pleasure First, Morale Last-On the Justification of Modern Winter
Sports; 46: Skiing in Austria: Trends, Image and Identity; 47: Alpine
Skiing in Social Change-A Pilot Study; 48: The Social Influences of
Ski-Area Development in Japan; 49: Downhill and Telemark Skiing as Part of
Young People's Lifestyle; 50: Alpine Winter Sport Resorts: Travel Motives
and Dimensions of Service Quality
Determining Factors and Methodological Advances; 2: Load on the Locomotor
System During Skiing. A Biomechanical Perspective; 3: Biomechanics of
Ski-Jumping-Scientific Jumping Hill Design; 4: Joint Power Production in
Take-Off Action During Ski-Jumping; 5: Inter- and Intra-Individual
Variability of the Ski-Jumper's Take-Off; 6: Inverse Dynamic Analysis Of
Take-Off in Ski-Jumping; 7: Effects of 50 KM Racing on Ski Skating
Kinematics in the Falun World Championships in 1993; 8: Management of the
Sport Training Process with Cross-Country Ski Runners Through Modern
Apparatus Methods and Means; 9: A Mathematical Method for the Analysis of
Trajectories in Giant Slalom; 10: Simulation Techniques Applied to Skiing
Mechanics; 11: Turning the Skis Without 'Mechanisms of Turning'; 12: Muscle
Activity of the Inside and Outside Leg in Slalom and Giant-Slalom Skiing;
13: The Effect of Different Uses of the Upper Limb on Body Coordination
During Rhythmic Parallel Turning; 14: Pressure Distribution Measurements
for the Alpine Skier-from the Biomechanical High Tech Measurement to its
Application as Swingbeep-Feedback System; 15: Skiing Technique in Swing
Turns: Distribution of Stress on the Hip-Joint Articular Surface; 16:
Sensor Plates Designed for Measuring Forces Between Ski and Binding-a
Developmental Summary; 17: Different Possibilities of Measuring Force
Transmission Between Ski and Binding; 18: Ground-Reaction Forces in Alpine
Skiing, Crosscountry Skiing and Ski Jumping; 19: Constraint Forces May
Influence the Measurement of Vertical Ground Reaction Forces During Slalom
Skiing; 20: Structural Dynamic Analysis of Alpine Skis During Turns; Two:
Fitness Testing and Training in Skiing; 21: Evaluation and Planning of
Conditioning Training for Alpine Skiers *; 22: Kinematic and Kinetic
Analysis of Slalom Turns as a Basis for the Development of Specific
Training Methods to Improve Strength and Endurance; 23: Types of Muscle
Action of Leg and Hip Extensor Muscles in Slalom; 24: Predicting Skiing
Performance in 14-18 Year Old Competitive Alpine Skiers; 25: Validity of
Sport-Specific Field Tests for Elite and Developing Alpine Ski Racers; 26:
Relationship of Anaerobic Performance Tests to Competitive Alpine Skiing
Events; 27: Aspects of Technique-Specific Strength Training in Ski-Jumping;
28: Programme for the Objectivization of Sport-Specific Performance
Preconditions, in the Long-Term Development of Performance of Crosscountry
Skiers; Three: Movement Control and Psychology in Skiing; 29: Movement
Regulation in Alpine Skiing; 30: The Technique of Gliding in Alpine Ski
Racing-Safety and Performance; 31: A Profile of Sensorimotor Balance of
Alpine Skiers; 32: Psychological Training in Alpine Skiing-Racing; 33:
Incentive Motivation, Competitive Orientation and Gender in Collegiate
Alpine Skiers; 34: Feelings of Movement in Alpine Skiing; 35: Optimal
Emotions in Elite Cross-Country Skiers; 36: Structuring Cross-Country
Skiing Techniques on the Basis of Motor-Program Theory; Four: Physiology of
Skiing; 37: The Physiology of Competitive C.C. Skiing Across a Four Decade
Perspective; with a Note on Training Induced Adaptations and Role of
Training at Medium Altitude 1); 38: Physiological Indices of Elite Junior-I
Alpine Skiers; 39: An Incremental Exercise Test Simulating the Muscular
Activity of Slalom; 40: The Metabolic Load in Alpine Skiing-An Attempt at a
Presentation Using Computer-Supported Modelling; 41: Fitness,
Cardiovascular Stress, and Scd-Risk in Downhill Skiing; 42: Elite Skiers
after Anterior Cruciate Ligament Reconstruction: Early Functional
Sport-Specific Rehabilitation in Water; 43: Troponin I-A New Marker of
Muscle Damage in Alpine Skiing; 44: Physiological Characteristics of Top
Young Czech Cross-Country Skiers of Both Sexes; Five: Sociology of Skiing;
45: Pleasure First, Morale Last-On the Justification of Modern Winter
Sports; 46: Skiing in Austria: Trends, Image and Identity; 47: Alpine
Skiing in Social Change-A Pilot Study; 48: The Social Influences of
Ski-Area Development in Japan; 49: Downhill and Telemark Skiing as Part of
Young People's Lifestyle; 50: Alpine Winter Sport Resorts: Travel Motives
and Dimensions of Service Quality
One: Biomechanics of Skiing; 1: Ski-Jumping Take-Off Performance:
Determining Factors and Methodological Advances; 2: Load on the Locomotor
System During Skiing. A Biomechanical Perspective; 3: Biomechanics of
Ski-Jumping-Scientific Jumping Hill Design; 4: Joint Power Production in
Take-Off Action During Ski-Jumping; 5: Inter- and Intra-Individual
Variability of the Ski-Jumper's Take-Off; 6: Inverse Dynamic Analysis Of
Take-Off in Ski-Jumping; 7: Effects of 50 KM Racing on Ski Skating
Kinematics in the Falun World Championships in 1993; 8: Management of the
Sport Training Process with Cross-Country Ski Runners Through Modern
Apparatus Methods and Means; 9: A Mathematical Method for the Analysis of
Trajectories in Giant Slalom; 10: Simulation Techniques Applied to Skiing
Mechanics; 11: Turning the Skis Without 'Mechanisms of Turning'; 12: Muscle
Activity of the Inside and Outside Leg in Slalom and Giant-Slalom Skiing;
13: The Effect of Different Uses of the Upper Limb on Body Coordination
During Rhythmic Parallel Turning; 14: Pressure Distribution Measurements
for the Alpine Skier-from the Biomechanical High Tech Measurement to its
Application as Swingbeep-Feedback System; 15: Skiing Technique in Swing
Turns: Distribution of Stress on the Hip-Joint Articular Surface; 16:
Sensor Plates Designed for Measuring Forces Between Ski and Binding-a
Developmental Summary; 17: Different Possibilities of Measuring Force
Transmission Between Ski and Binding; 18: Ground-Reaction Forces in Alpine
Skiing, Crosscountry Skiing and Ski Jumping; 19: Constraint Forces May
Influence the Measurement of Vertical Ground Reaction Forces During Slalom
Skiing; 20: Structural Dynamic Analysis of Alpine Skis During Turns; Two:
Fitness Testing and Training in Skiing; 21: Evaluation and Planning of
Conditioning Training for Alpine Skiers *; 22: Kinematic and Kinetic
Analysis of Slalom Turns as a Basis for the Development of Specific
Training Methods to Improve Strength and Endurance; 23: Types of Muscle
Action of Leg and Hip Extensor Muscles in Slalom; 24: Predicting Skiing
Performance in 14-18 Year Old Competitive Alpine Skiers; 25: Validity of
Sport-Specific Field Tests for Elite and Developing Alpine Ski Racers; 26:
Relationship of Anaerobic Performance Tests to Competitive Alpine Skiing
Events; 27: Aspects of Technique-Specific Strength Training in Ski-Jumping;
28: Programme for the Objectivization of Sport-Specific Performance
Preconditions, in the Long-Term Development of Performance of Crosscountry
Skiers; Three: Movement Control and Psychology in Skiing; 29: Movement
Regulation in Alpine Skiing; 30: The Technique of Gliding in Alpine Ski
Racing-Safety and Performance; 31: A Profile of Sensorimotor Balance of
Alpine Skiers; 32: Psychological Training in Alpine Skiing-Racing; 33:
Incentive Motivation, Competitive Orientation and Gender in Collegiate
Alpine Skiers; 34: Feelings of Movement in Alpine Skiing; 35: Optimal
Emotions in Elite Cross-Country Skiers; 36: Structuring Cross-Country
Skiing Techniques on the Basis of Motor-Program Theory; Four: Physiology of
Skiing; 37: The Physiology of Competitive C.C. Skiing Across a Four Decade
Perspective; with a Note on Training Induced Adaptations and Role of
Training at Medium Altitude 1); 38: Physiological Indices of Elite Junior-I
Alpine Skiers; 39: An Incremental Exercise Test Simulating the Muscular
Activity of Slalom; 40: The Metabolic Load in Alpine Skiing-An Attempt at a
Presentation Using Computer-Supported Modelling; 41: Fitness,
Cardiovascular Stress, and Scd-Risk in Downhill Skiing; 42: Elite Skiers
after Anterior Cruciate Ligament Reconstruction: Early Functional
Sport-Specific Rehabilitation in Water; 43: Troponin I-A New Marker of
Muscle Damage in Alpine Skiing; 44: Physiological Characteristics of Top
Young Czech Cross-Country Skiers of Both Sexes; Five: Sociology of Skiing;
45: Pleasure First, Morale Last-On the Justification of Modern Winter
Sports; 46: Skiing in Austria: Trends, Image and Identity; 47: Alpine
Skiing in Social Change-A Pilot Study; 48: The Social Influences of
Ski-Area Development in Japan; 49: Downhill and Telemark Skiing as Part of
Young People's Lifestyle; 50: Alpine Winter Sport Resorts: Travel Motives
and Dimensions of Service Quality
Determining Factors and Methodological Advances; 2: Load on the Locomotor
System During Skiing. A Biomechanical Perspective; 3: Biomechanics of
Ski-Jumping-Scientific Jumping Hill Design; 4: Joint Power Production in
Take-Off Action During Ski-Jumping; 5: Inter- and Intra-Individual
Variability of the Ski-Jumper's Take-Off; 6: Inverse Dynamic Analysis Of
Take-Off in Ski-Jumping; 7: Effects of 50 KM Racing on Ski Skating
Kinematics in the Falun World Championships in 1993; 8: Management of the
Sport Training Process with Cross-Country Ski Runners Through Modern
Apparatus Methods and Means; 9: A Mathematical Method for the Analysis of
Trajectories in Giant Slalom; 10: Simulation Techniques Applied to Skiing
Mechanics; 11: Turning the Skis Without 'Mechanisms of Turning'; 12: Muscle
Activity of the Inside and Outside Leg in Slalom and Giant-Slalom Skiing;
13: The Effect of Different Uses of the Upper Limb on Body Coordination
During Rhythmic Parallel Turning; 14: Pressure Distribution Measurements
for the Alpine Skier-from the Biomechanical High Tech Measurement to its
Application as Swingbeep-Feedback System; 15: Skiing Technique in Swing
Turns: Distribution of Stress on the Hip-Joint Articular Surface; 16:
Sensor Plates Designed for Measuring Forces Between Ski and Binding-a
Developmental Summary; 17: Different Possibilities of Measuring Force
Transmission Between Ski and Binding; 18: Ground-Reaction Forces in Alpine
Skiing, Crosscountry Skiing and Ski Jumping; 19: Constraint Forces May
Influence the Measurement of Vertical Ground Reaction Forces During Slalom
Skiing; 20: Structural Dynamic Analysis of Alpine Skis During Turns; Two:
Fitness Testing and Training in Skiing; 21: Evaluation and Planning of
Conditioning Training for Alpine Skiers *; 22: Kinematic and Kinetic
Analysis of Slalom Turns as a Basis for the Development of Specific
Training Methods to Improve Strength and Endurance; 23: Types of Muscle
Action of Leg and Hip Extensor Muscles in Slalom; 24: Predicting Skiing
Performance in 14-18 Year Old Competitive Alpine Skiers; 25: Validity of
Sport-Specific Field Tests for Elite and Developing Alpine Ski Racers; 26:
Relationship of Anaerobic Performance Tests to Competitive Alpine Skiing
Events; 27: Aspects of Technique-Specific Strength Training in Ski-Jumping;
28: Programme for the Objectivization of Sport-Specific Performance
Preconditions, in the Long-Term Development of Performance of Crosscountry
Skiers; Three: Movement Control and Psychology in Skiing; 29: Movement
Regulation in Alpine Skiing; 30: The Technique of Gliding in Alpine Ski
Racing-Safety and Performance; 31: A Profile of Sensorimotor Balance of
Alpine Skiers; 32: Psychological Training in Alpine Skiing-Racing; 33:
Incentive Motivation, Competitive Orientation and Gender in Collegiate
Alpine Skiers; 34: Feelings of Movement in Alpine Skiing; 35: Optimal
Emotions in Elite Cross-Country Skiers; 36: Structuring Cross-Country
Skiing Techniques on the Basis of Motor-Program Theory; Four: Physiology of
Skiing; 37: The Physiology of Competitive C.C. Skiing Across a Four Decade
Perspective; with a Note on Training Induced Adaptations and Role of
Training at Medium Altitude 1); 38: Physiological Indices of Elite Junior-I
Alpine Skiers; 39: An Incremental Exercise Test Simulating the Muscular
Activity of Slalom; 40: The Metabolic Load in Alpine Skiing-An Attempt at a
Presentation Using Computer-Supported Modelling; 41: Fitness,
Cardiovascular Stress, and Scd-Risk in Downhill Skiing; 42: Elite Skiers
after Anterior Cruciate Ligament Reconstruction: Early Functional
Sport-Specific Rehabilitation in Water; 43: Troponin I-A New Marker of
Muscle Damage in Alpine Skiing; 44: Physiological Characteristics of Top
Young Czech Cross-Country Skiers of Both Sexes; Five: Sociology of Skiing;
45: Pleasure First, Morale Last-On the Justification of Modern Winter
Sports; 46: Skiing in Austria: Trends, Image and Identity; 47: Alpine
Skiing in Social Change-A Pilot Study; 48: The Social Influences of
Ski-Area Development in Japan; 49: Downhill and Telemark Skiing as Part of
Young People's Lifestyle; 50: Alpine Winter Sport Resorts: Travel Motives
and Dimensions of Service Quality