结果表明：栗茶间作促进了茶树根系的生长。
The results showed that the intercropping of chestnut and tea stimulated the roots growth of tea.
本文报导了对盆栽茶树根际土壤性质的研究结果。
The properties of rhizosphere soil of pot-cultured tea plants were investigated.
硫酸铵显著促进新梢生长并提高氨基酸含量，施茶树鲜叶显著促进茶树根系生长。
The results showed that dry weight of tea plant was significantly increased by applying tea leaf and ammonium sulphate.
茶树根系中贮藏物质淀粉含量减少，如一级侧根中的淀粉平均降低了32 .2 %。
The starch content in first lateral roots of tea tree was reduced by 32.2% on the average during the period of shading.
茶树根层土壤微生物生物量碳随树龄增长而增加，但与茶树根层土壤可培养微生物总量无显著相关。
Soil microbial biomass carbon in the tea plant root layer increased significantly with the age of tea plants.
茶树根层土壤微生物生物量碳随树龄增长而增加，但与茶树根层土壤可培养微生物总量无显著相关。
Soil microbial biomass carbon in the tea plant root layer increased significantly with the age of tea plants.
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