Title: Injury rate in the ski resorts in the Czech Republic Objectives: Objective of thesis is to obtain knowledges about injury rate in the ski resorts in the Czech republic Methods: I determined and processed information regarding all data about injury rate during winter seasons from 2003/2004 to 2012/2013 in the Czech Republic. Main source of all data was the database of Mountain Rescue Service in the Czech republic. Results: My results show summary of the total number of accidents in each winter seasons. Percentage of injury in alpine skiing, snowboarding and cross country skiing of all injuries. The most common types of injuries and injury localization in the ski resorts in the Czech Republic for the season 2003/2004 - 2012/2013. Keywords: Safety in the mountains, alpine skiing, snowboarding, cross countra skiing, injury

Title: Analysis of didactic interaction of group skiing tuition at primary schools Objectives: Goal of this research is to compare didactic interaction of the teacher and group of pupils while skiing tuition at primary schools Methodos: As a basic method in this research has been used the M ADI method (Modified analysis of didactic interaction) which is a categorical observational system. With this analysis it is possible to get data that describe didactic interaction between teacher ( instructor) and his pupils, particularly forms of teachers behavior, didactic content of his tuition, didactic situations and approach activity.Questionnaire was another used method. Results: Results of this research have confirmed that the didactic interaction structure is highly influenced by skiing abilities of the pupils. Changes in quality of didactic interaction were not found in both groups. Results of both the analysis and questionnaire provide feedback to the instructor. Keywords: Analysis, didactic interaction, M ADI, skiing, skiing course, school middle age

Sports engineering can be considered as the bridge between the knowledge of sports science and the principles of engineering and has an important role not only in improving the athletic performance, but also in increasing the safety of the athletes. Testing and optimization of sports equipment and athletic performance are essential for supporting athletes in their quest to reach the podium. However, most of the equipment used by world-class athletes is chosen based only on subjective tests and the athletes’ feelings. Consequently, one of the aims of this thesis was to combine mechanics and mathematics to develop new objective test methods for sports equipment. Another objective was to investigate the possibility to accurately track and analyse cross-country skiing performance by using a real-time locating system. A long term aim is the contribution to increased knowledge about objective test and analysis methods in sports. The main methodological advancements are the modification of established test methods for sports equipment and the implementation of spline-interpolated measured positioning data to evaluate cross-country skiing performance. The first two papers show that it is possible to design objective yet sport specific test methods for different sports equipment. New test devices and methodologies are proposed for alpine ski helmets and cross-country ski poles. The third paper gives suggestions for improved test setups and theoretical simulations are introduced for glide tests of skis. It is shown, it the fourth paper, that data from a real-time locating system in combination with a spline model offers considerable potential for performance analysis in cross-country sprint skiing. In the last paper, for the first time, propulsive power during a cross-country sprint skiing race is estimated by applying a power balance model to spline-interpolated measured positioning data, enabling in-depth analyses of power output and pacing strategies in cross-country skiing. Even though it has not been a first priority aim in this work, the results from the first two papers have been used by manufacturers to design new helmets with increased safety properties and cross-country ski poles with increased force transfer properties. In summary, the results of this thesis demonstrate the feasibility of using mechanics and mathematics to increase the objectiveness and relevance when analysing sports equipment and athletic performance. / <p>QC 20160927</p>

1 Abstract Name: Complex evaluation of the basic school ski courses in the Czech republic Objective: The objective of this diploma thesis is to evaluate complexly a chosen basic school ski school courses in the Czech republic according to five above mentioned criteria and to confirm or dismiss hypothesisses. Methodology: I created a non-standardized questionnare with open-ended, semi close-ended and close- ended questions to evaluate ski courses according to the above mentioned criteria. This questionnare was sended non-anonymously online via survio.com to randomly chosen basic schools in every single province of the Czech republic. Collected data were statistically analysed in the Survio and Microsoft EXCEL® programm and the results were eriched with graphs and commentary. Results: In this diploma thesis basic school ski courses were evaluated according to determined criteria, at least one hypothesis was related to every criterion. I could confirm that the majority of ski course leaders are ski instructors (50 hours training, no trade licence). I could confirm four other hypothesisses as well, i. e. cross-country skiing is an essential part of more than 50% ski courses, less than 50% of pupils attend basic school ski courses, the majority of ski course instructors are teaching in accordance with the...

Product testing and development are essential parts in sports and for the athletes in their quest to reach the podium. Manufacturers of sports equipment often use basic test methods which do not test the equipment in a sports specific way. Much of the equipment used by world-class athletes is chosen based only on subjective tests and the athletes’ feelings. One short term aim was therefore to develop test methods for objective tests of sports equipment that also tested the equipment in a sports  specific  way.  Another  aim  was  to  integrate  mechanics  and  simulations  to  enhance  the understanding of the test results. The more long term aims are to contribute to increased theoretical knowledge regarding test methods for sports equipment and to contribute to the development of test  methods  to  create  new  and  better  sports  equipment.  Experimental  tests  combined  with simulations  can  give  valuable  information  to  improve  the  performance  and  safety  of  sports equipment. Three studies dealt with the issue of objective yet sport specific test methods for sports equipment. The main methodological advancement is the modification of established test methods together  with  conventional  mechanics  calculations.  New  test  devices  and  methodologies  are proposed for alpine ski helmets and cross-country ski poles. Suggestions are given for improved test setups as well as theoretical simulation are introduced for glide tests of skis. The results show how sport   specific   test   methodologies   together   with   theoretical   calculations   can   improve   the objectiveness and relevance when testing sports equipment. However, the collected and used data require high precision to obtain high accuracy in the simulations. High data accuracy can be an issue in field measurements but also due to manufacturers not disclosing key material data. Still, the used methods  and  calculations  in  this  thesis  produce  relevant  and  reliable  results  which  can  be implemented to accurate evaluations of different sports equipment. Even though it has not been a first priority aim in this work, the results from the alpine helmet study have been used by helmet manufacturers to design new helmets with increased safety properties. This further show how an objective and sport specific test approach together with theoretical simulation can improve sports equipment and in the longer perspective, also the athletes’ performances. / <p>QC 20140423</p>

The thesis deals with the transformation of the former sawmill located in the center of the village of Bílá in Beskydy. The proposal addresses the gradual integration of the complex into the ski resort development structure.

Introduction Performance in cross-country skiing is influenced by the skier’s ability to continuously produce propelling forces and force magnitude in relation to the net external forces. A surrogate indicator of the “power supply” in cross-country skiing would be a physiological variable that reflects an important performance-related capability, whereas the body mass itself is an indicator of the “power demand” experienced by the skier. To adequately evaluate an elite skier’s performance capability, it is essential to establish the optimal ratio between the physiological variable and body mass. The overall aim of this doctoral thesis was to investigate the importance of body-mass exponent optimization for the evaluation of performance capability in cross-country skiing. Methods In total, 83 elite cross-country skiers (56 men and 27 women) volunteered to participate in the four studies. The physiological variables of maximal oxygen uptake (V̇O2max) and oxygen uptake corresponding to a blood-lactate concentration of 4 mmol∙l-1 (V̇O2obla) were determined while treadmill roller skiing using the diagonal-stride technique; mean oxygen uptake (V̇O2dp) and upper-body power output (Ẇ) were determined during double-poling tests using a ski-ergometer. Competitive performance data for elite male skiers were collected from two 15-km classical-technique skiing competitions and a 1.25-km sprint prologue; additionally, a 2-km double-poling roller-skiing time trial using the double-poling technique was used as an indicator of upper-body performance capability among elite male and female junior skiers. Power-function modelling was used to explain the race and time-trial speeds based on the physiological variables and body mass. Results The optimal V̇O2max-to-mass ratios to explain 15-km race speed were V̇O2max divided by body mass raised to the 0.48 and 0.53 power, and these models explained 68% and 69% of the variance in mean skiing speed, respectively; moreover, the 95% confidence intervals (CI) for the body-mass exponents did not include either 0 or 1. For the modelling of race speed in the sprint prologue, body mass failed to contribute to the models based on V̇O2max, V̇O2obla, and V̇O2dp. The upper-body power output-to-body mass ratio that optimally explained time-trial speed was Ẇ ∙ m-0.57 and the model explained 63% of the variance in speed. Conclusions The results in this thesis suggest that V̇O2max divided by the square root of body mass should be used as an indicator of performance in 15-km classical-technique races among elite male skiers rather than the absolute or simple ratio-standard scaled expression. To optimally explain an elite male skier’s performance capability in sprint prologues, power-function models based on oxygen-uptake variables expressed absolutely are recommended. Moreover, to evaluate elite junior skiers’ performance capabilities in 2-km double-poling roller-skiing time trials, it is recommended that Ẇ divided by the square root of body mass should be used rather than absolute or simple ratio-standard scaled expression of power output. / <p>Incorrect ISBN in printed thesis: 973-91-7601-270-3</p>

Elite athletes of today use specialized, scientific training methods and the increasing role of science in sports is undeniable. Scientific methods and equipment has even found its way into the practice of everyday exercisers, a testament to the impact of sport science. From the experiential, personal training regimes of the first half of the 20th century to the scientific training theories of the 1970s, the ideas about training and the athletic body shifted. The rationalization process started in endurance sports in the 1940s. It was part of a struggle between two models of training; natural training and rational training. Physiologists wanted to rid training of individual and local variations and create a universal model of rational, scientific training. The rationalization of training and training landscapes is here understood as an aspect of sportification, a theory commonly used to describe similar developments in sports where increasing regimentation, specialization and rationalization are among the main criteria. This dissertation adds the concept of technologies of sportification to explain the role that micro-technologies and practices (such as training logs, training camps and scientific tests) have in the scientization of training. This thesis thus sets out to analyze the role that science has played in training during the 20th century. It is a history about the rationalization of training, but also about larger issues regarding the role of personal, experiential knowledge and scientific knowledge. The main conclusions are that the process of scientization never managed to rid training of components from natural, experiential training, and that the effort by Swedish physiologists to introduce rational training was part of the larger rationalization movement at the time. In the end, training knowledge was a co-production between practitioners and theoreticians, skiers and scientists. / <p>QC 20161114</p> / Rationell träning: vetenskapliggörandet äv träning för längdskidåkning

Title: Summer training of downhill skiers using nontraditional sport disciplines Objectives: The main goal of this diploma thesis is based on the results of a survey to verify whether the selected nontraditional sport disciplines are used in the annual training cycle of downhill skiers. Based on the ascertained information then to process methodical materials of each from nontraditional sport disciplines and characterize them in detail. Methods: There were used methods of content analysis and synthesis of scientific text. It was mainly book titles and internet resources. To verify the technical issues a quantitative research was used. For collecting the necessary data a method of public inquiry in electronic form with subsequent processing and evaluation was used. The questionnaire contained 15 uniquely formulated questions. The first four questions were of sociodemographic type to obtain further identification of the respondents (gender, age, education, region), the remaining 12 questions were directed to approach the issue of summer training of downhill skiers, its duration and financial cost. Results: Based on the survey it was found that the competitors have at least one of the nontraditional sport discipline included in their summer training for the winter season. It was mainly in-line alpine...

Name: Complex Evaluation of Primary School Ski Courses in the Czech Republic Objective: The objective of this diploma thesis is a complex evaluation of a representative primary school ski courses in the Czech Republic according to the five following criteria, which are staffing of the course, content and organisation of the course, health and safety of the pupils, methodology of the training and economic side. The crucial aspect of the evaluation is the fact whether the working hypotheses will be proved or disproved. Methodology: Our thesis has the character of a qualitative research. Data that refer to the topic are collected in the form of non anonymous survey of at random chosen primary schools in all regions of the Czech Republic. For this purpose, a non-standardized questionnaire is used. It consists of open-ended, semi close-ended and close-ended questions. The questionnaire is compiled to enable a complex evaluation of ski courses in accordance with the areas of interest, which are staffing of the course, content and organisation of the course, health and safety of the pupils, methodology of the training and economic safeguarding. Collected data are analysed in Survio and Microsoft EXCEL® programmes; they are supplemented with graphs and commentaries. Results: Primary school ski courses were...