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Infdtration rate and sediment production were measured over a 2-year period on an intensive rotationally grazed pasture. Measurements were taken prior to the movement of livestock onto the pasture, soon after their removal, and approximately midway through the subsequent rest period of each rotation through the system. Midgrass-dominated interspaces were characterized by significantly higher htfiltrrtion rates and lower sediment production than shortgrassdomhtated interspaces. Wiltration rate declined and sediment production increased following the short-term hrtense grazing periods inherent in the rotational system. The detrimental effect was significant during periods of drought or winter dormancy, but not during periods of active growth. Soil characteristics relating to higher hydrologic condition were significantly more stable durhtg the growing season, providing greater resistance to and resilience from the damaging impact of livestock activity.

Effects of Season and Stage of Rotation Cycle on Hydrologic Condition of Rangeland under Intensive Rotation Grazing