Abstract Shoot growth in a glasshouse of clover seedlings preinoculated with E3 and transplanted into soil cores of Te Kuiti silt loam taken from hill country paddocks was 90% greater than that of plants preinoculated with the indigenous mycorrhizal fungi. There were large but nonsignificant growth increases in Mahoenui silt loam and in south aspect Waingaro steepland soil. Clover seeds were also sown in hill country paddocks above pads of soil inoculated with E3 or the indigenous mycorrhizal fungi. E3 caused 50% more shoot growth in south aspect Waingaro soil, but 42% less shoot growth in north aspect Waingaro soil. Clover seedlings were preinoculated with E3 or the indigenous mycorrhizal fungi and grown in a glasshouse in soil cores of Te Kuiti silt loam, which had been annually fertilised with P at 0, 11.2, or 44.8 kg/ha. E3-inoculated plants took up 108% more P than plants inoculated with the indigenous mycorrhizal fungi at the highest fertiliser rate; increases at lower fertiliser rates were smaller ...
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机译：摘要在预先采自E3并从丘陵地带种植的Te Kuiti粉砂壤土的土壤芯中移植的三叶草苗的温室中，苗的生长比预先接种了原生菌根真菌的植物高90％。 Mahoenui淤泥壤土和Waingaro陡坡南部土壤有较大但不显着的增长。三叶草种子还播种在接种了E3或本土菌根真菌的土壤垫上方的丘陵地区牧场中。 E3导致南部Waingaro土壤的枝条生长增加50％，但使北部Waingaro土壤的枝条生长减少42％。将三叶草幼苗预先接种E3或本地菌根真菌，并在Te Kuiti粉质壤土的土壤芯中的温室中生长，该土壤芯每年以0、11.2或44.8 kg / ha施磷。 E3接种的植物比以最高肥料用量接种原生菌根真菌的植物吸收的磷高108％;较低肥料用量下的增幅较小...
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