p absorption vigour p吸收活力
N and P absorption N和P吸收
ca p absorption 钙磷吸收
32 p absorption p吸收
P absorption and use 磷吸收与利用
32 p absorption vigour p吸收活力
Meanwhile, waterlogging influenced the 32 P absorption, transportation and distribution, and consequently, speeded up the senescence of root system.
同时，孕穗期渍水逆境严重影响根系吸收、运输和分配32 P的能力，从而加速了根系衰老。
PE was significantly and positively related to P use efficiency, not related to P absorption. The provenances with higher PE had greater dry matter accumulation.
低磷水平下马尾松种源磷效率与磷素利用效率有关，而与磷素吸收效率相关性较小，磷效率和磷素利用效率高的种源其干物质积累量较高。
Soybean seedlings, which cultured for three internal phosphorus concentration, grown in solution culture for 5 weeks, were used to study the relationship between root character and P absorption.
大豆幼苗经过培养处理形成三种内磷浓度，在两种不同营养液外磷水平下进行培养，研究大豆根系特征与磷素吸收利用之间的关系。
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