A-B. Distribution of sub-techniques relative to time and distance. Distribution of sub-techniques relative to time (A) and distance (B) for the total course as well as for the specific uphill, flat, and downhill terrain segments among men and women are illustrated for low- and high-intensity cross-country skiing.</p
Biomechanical differences in double poling (DP) between sex and performance level were investigated ...
This study was designed to examine macro-kinematic parameters of six female cross-country skiers dur...
Speed, physiological, and perceptual values (mean ± SD) of the total course and terrain tsections du...
Objectives We investigated sex-based differences in speed, sub-technique selection, and kinematic pa...
The purpose of this study was to compare speed, sub-technique selection and temporal patterns betwee...
The purpose of this study was to compare speed, sub-technique selection and temporal patterns betwee...
A-D. Validation of sub-technique classification. Confusion matrices for four participants (A-D) whil...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
The distribution of the types of changes between sub-techniques among men and women during low- and ...
Individual distribution of sub-techniques relative to the course profile for all skiers during low- ...
Cross-country skiers use different sub-techniques like ‘gears’ (diagonals stride, double poling with...
Cross-country skiers use different sub-techniques like 'gears' (diagonals stride, double poling with...
Biomechanical differences in double poling (DP) between sex and performance level were investigated ...
This study was designed to examine macro-kinematic parameters of six female cross-country skiers dur...
Speed, physiological, and perceptual values (mean ± SD) of the total course and terrain tsections du...
Objectives We investigated sex-based differences in speed, sub-technique selection, and kinematic pa...
The purpose of this study was to compare speed, sub-technique selection and temporal patterns betwee...
The purpose of this study was to compare speed, sub-technique selection and temporal patterns betwee...
A-D. Validation of sub-technique classification. Confusion matrices for four participants (A-D) whil...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
Here, female and male elite cross-country (XC) skiers were compared on varying terrain during an off...
The distribution of the types of changes between sub-techniques among men and women during low- and ...
Individual distribution of sub-techniques relative to the course profile for all skiers during low- ...
Cross-country skiers use different sub-techniques like ‘gears’ (diagonals stride, double poling with...
Cross-country skiers use different sub-techniques like 'gears' (diagonals stride, double poling with...
Biomechanical differences in double poling (DP) between sex and performance level were investigated ...
This study was designed to examine macro-kinematic parameters of six female cross-country skiers dur...
Speed, physiological, and perceptual values (mean ± SD) of the total course and terrain tsections du...