<p>The stride distribution at the trot (left graph) and at the canter (right graph) is based on the rider's craniocaudal (CC) displacement, which is of lower amplitude in the two-point technique (A and C) as compared to its value in either sitting canter (D) or rising trot (B). The latter technique was mostly used by the present horse-rider system (dyad 1) in the two loops under interest.</p
Mean (solid line) and standard deviation (grey shaded area) time and amplitude-normalised sEMG data ...
INTRODUCTION: Ground reaction forces in sound horses with asymmetric hooves show systematic differen...
256 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.A cinematographic approach wa...
<p>Mean and standard deviations of the relative phase at the lowest point of the horse's and the rid...
Collection is a central term in equine dressage, defined as a shortening of the horse’s stride lengt...
People’s representation of horse-riding is often far from real discipline exigencies. In order to be...
REASONS FOR PERFORMING THE STUDY: The kinematics of the saddle and rider have not been thoroughly de...
<p>Panel A: Representative coordination patterns between horse's limbs for each gait. Panel B: Recor...
Reasons for performing study: Locomotion adaptation mechanisms have been observed in horses, but lit...
In equestrian sports, it is generally assumed that rising and sitting trot load the horse's back dif...
BACKGROUND: The use of tack (equipment such as saddles and reins) and especially of bits because of ...
Reasons for performing study: Locomotion adaptation mechanisms have been observed in horses, but lit...
Mean (solid black line) and standard deviation (SD) (grey shaded area) time and amplitude-normalised...
The objectives were to compare sagittal plane posture of the pelvis, trunk and head of elite dressag...
INTRODUCTION: Ground reaction forces in sound horses with asymmetric hooves show systematic differen...
Mean (solid line) and standard deviation (grey shaded area) time and amplitude-normalised sEMG data ...
INTRODUCTION: Ground reaction forces in sound horses with asymmetric hooves show systematic differen...
256 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.A cinematographic approach wa...
<p>Mean and standard deviations of the relative phase at the lowest point of the horse's and the rid...
Collection is a central term in equine dressage, defined as a shortening of the horse’s stride lengt...
People’s representation of horse-riding is often far from real discipline exigencies. In order to be...
REASONS FOR PERFORMING THE STUDY: The kinematics of the saddle and rider have not been thoroughly de...
<p>Panel A: Representative coordination patterns between horse's limbs for each gait. Panel B: Recor...
Reasons for performing study: Locomotion adaptation mechanisms have been observed in horses, but lit...
In equestrian sports, it is generally assumed that rising and sitting trot load the horse's back dif...
BACKGROUND: The use of tack (equipment such as saddles and reins) and especially of bits because of ...
Reasons for performing study: Locomotion adaptation mechanisms have been observed in horses, but lit...
Mean (solid black line) and standard deviation (SD) (grey shaded area) time and amplitude-normalised...
The objectives were to compare sagittal plane posture of the pelvis, trunk and head of elite dressag...
INTRODUCTION: Ground reaction forces in sound horses with asymmetric hooves show systematic differen...
Mean (solid line) and standard deviation (grey shaded area) time and amplitude-normalised sEMG data ...
INTRODUCTION: Ground reaction forces in sound horses with asymmetric hooves show systematic differen...
256 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.A cinematographic approach wa...