Library Instruction - Tim Miller
tim.miller@humboldt.edu
707.826.4959 - Library 02 (lower level)
Foundations in Kinesiology
Kinesiology subject librarian
HSU Academic Honesty Policy:
http://www.humboldt.edu/studentrights/academic_honesty.php
Hunter, Lindsay and Anderson (2008) found that a, "lower approach velocity also appears to lead to a shorter jump and as a consequence, results in an uphill step out of the water pit following landing."
Excerpt from the paper I wrote about the steeplechase.
The text from a paper I found about the differences in steeplechase hurdling technique between men and women
Hunter, I., Lindsay, B. K., & Andersen, K. R. (2008). Gender differences and biomechanics in the 3000m steeplechase water jump. Journal Of Sports Science & Medicine, 7 (2), 218-222.
The text from a paper I found about the differences in hurdling technique between men and women
Excerpt from the paper I wrote about the steeplechase.
Hunter, Lindsay and Anderson (2008) found that a slower approach results in a shorter jump, which requires running up the ramp and out of the water pit.
Hunter, I., Lindsay, B. K., & Andersen, K. R. (2008). Gender differences and biomechanics in the 3000m steeplechase water jump. Journal Of Sports Science & Medicine, 7 (2), 218-222.
The text from a paper I found about the differences in hurdling technique between men and women
Excerpt from the paper I wrote about the steeplechase.
A slower approach velocity results in a shorter jump, which requires running up the ramp and out of the water pit.
Hunter, I., Lindsay, B. K., & Andersen, K. R. (2008). Gender differences and biomechanics in the 3000m steeplechase water jump. Journal Of Sports Science & Medicine, 7 (2), 218-222.
The text from a paper I found about the differences in hurdling technique between men and women
Excerpt from the paper I wrote about the steeplechase.
Hunter, Lindsay and Anderson (2008) found a correlation between a slower approach velocity and a shorter jump, which "results in an uphill step out of the water pit following landing."
Hunter, I., Lindsay, B. K., & Andersen, K. R. (2008). Gender differences and biomechanics in the 3000m steeplechase water jump. Journal Of Sports Science & Medicine, 7 (2), 218-222.
The text from a paper I found about the differences in hurdling technique between men and women
Excerpt from the paper I wrote about the steeplechase.
Hunter, Lindsay and Anderson (2008) found that the lower approach velocity leads to a shorter jump and results in an uphill step out of the water pit following landing.
Hunter, I., Lindsay, B. K., & Andersen, K. R. (2008). Gender differences and biomechanics in the 3000m steeplechase water jump. Journal Of Sports Science & Medicine, 7 (2), 218-222.