split root culture 分根培养
split root system 裂根系统
split-root 分根水培法
Split-root systems 分根培养系统
Split-root Treatment 分根处理
root split 根裂
The results showed that P concentration in the plants was not decreased, but even increased at the early stage of the split root treatment, although only part of the roots were supplied with P.
研究表明 ,部分根系供磷不仅未影响植株对磷营养的需求 ,甚至在处理初期植株的含磷量还略有提高。
The percentage of root biomass allocated to cluster roots increased in the soil layer supplemented with P in a split-root system.
在分根系统中,白羽扇豆的排根占根系干重的比例在局部供磷(羟基磷灰石)的土层中大量增加。
With the stress degree stronger and the stress time longer, the protein in xylem sap changed among 14.4~31KD for all alternative split-root osmotic stress.
随着渗透胁迫强度的增加和胁迫时间的延长,木质部汁液中的可溶性蛋白质组分主要在14.4~31KD范围内变化。
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