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Soil chemical fertility. pasture composition and pasture production data were collected for seven ‘microsites’ within hvo farmlets at Massey University’s No. 1 sheep larm. Palmersto” Norih. The two farmlets had been maintained for twenty years at stocking rates of 26 and 16 sulha, and were found to have gradients (presumed to result from sheep grazing and camping behsviour) of increasing soil fertility away from a road and towards a shetterbelt. Microsites were placed along these gradients to include contrasting fertility levels for the two stocking rates. Mean values for soil pH, Olsen P and ‘quicktest’ K. tiller density for the various pasture species and pasture production at each of the seven microsites are presented. A microsite where Olsen P = 109 was barley grass dominant and produced 10.5 t DhUha/year. For other microsites ryegrass tillers per m2 increased with P and stocking rate; and white clover and sweet vernal growing p&ts/tillers per m2 decreased with increasing P. Production ranged from 9.9 t DMlhalyear where Olsen P = 14 to 19.1 t DM/ha/year with different seasonal timing where Olsen P = 66.

OBSERVATIONS ON THE RELATIONSHIP BETWEEN SOIL FERTILITY, PASTURE BOTANICAL COMPOSITION, AND PASTURE GROWTH RATE; FOR A NORTH ISLAND LOWLAND PASTURE