10% of human dry weight comes from bacteria.
人体干重中有10%来自于细菌。
干重：三百九十三磅。
The thickness and dry weight of the leaves increase.
叶片厚度、干物重及单位面积的叶片重量增加；
Dry weight decreased, that of plant decreased more than stalk and root.
植株和各部位干重都减少，植株干重降低较多，菜苔和根系降低较少。
Significant positive correlation coefficient was found between drought resistance and root dry weight.
结果表明：幼苗的抗旱性与根干重呈显著正相关。
Dry matter weight of fulling period was correlated with yield.
鼓粒期干物重与籽粒产量呈显著正相关。
Therefore to increase population yield must increase dry physical weight of population.
因此，要提高群体产量，必须首先提高整个群体的干物重。
A relationship between tensile strength and dry unit weight of soils is established.
建立了土体抗拉强度和干密度之间的关系。
The dry root weight under high N level was lower than that under low N level;
单株玉米的根干重随水分条件的改善而提高，高N处理的玉米根重低于相应的低N处理；
The dry root weight under high N level was lower than that under low N level;
单株玉米的根干重随水分条件的改善而提高，高N处理的玉米根重低于相应的低N处理；
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