hip
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On the circle as well as on straight line, the rider body creates a corridor inside which the horse’s body moves. On the circle, the horse thoracolumbar spine is not evenly bent as it was believed in old theories. Bending occurs between T9 and T16, transversal rotation occurs mostly between T9 and T14. Basically, lateral bending, (red line) and transversal rotations, (blue line) of the horse thoracolumbar spine occur between the rider thighs. When the horse shifts the rider seat toward the outside of the circle, the rotation is inverted. Walking or trotting a horse on a small figure 8 allows identifying the horse’s preferential rotation. On one circle, the horse shifts the dorsal spines further toward the outside than on the other circle. Identifying the horse’s preferential rotation is always interesting since straightness is about narrowing these rotations and therefore correcting the inverted one.
On the circle as well as on straight line, the rider body creates a corridor inside which the horse’s body moves. On the circle, the horse thoracolumbar spine is not evenly bent as it was believed in old theories. Bending occurs between T9 and T16, transversal rotation occurs mostly between T9 and T14. Basically, lateral bending, (red line) and transversal rotations, (blue line) of the horse thoracolumbar spine occur between the rider thighs. When the horse shifts the rider seat toward the outside of the circle, the rotation is inverted. Walking or trotting a horse on a small figure 8 allows identifying the horse’s preferential rotation. On one circle, the horse shifts the dorsal spines further toward the outside than on the other circle. Identifying the horse’s preferential rotation is always interesting since straightness is about narrowing these rotations and therefore correcting the inverted one.