人体干重中有10%来自于细菌。
子粒体积变化与干重变化趋势一致。
The kernel volume has the same trendline of change with dry matter of kernel.
参根淀粉含量与参根干重呈显著正相关。
Starch content in root was positively correlation with dry weight of root.
在他这个岁数，不应该再干重体力活了。
提取液浓度对幼苗干重增加的影响不显著。
But the increasing of seedling dry weight did not be affected under the same concentration.
供磷过量处理水稻幼苗株高和干重低于对照。
Plant height, dry weight of rice seeding was lower than control's under high phosphorus levels.
结果表明：幼苗的抗旱性与根干重呈显著正相关。
Significant positive correlation coefficient was found between drought resistance and root dry weight.
植株干重、总叶面积和总匍匐茎长度具有显著的基株间差异。
Additionally, genotypic (genet) variation of plant dry weight, total leaf area and total stolon length in the experimental plants was found.
液体培养时，以果糖为碳源时菌丝干重值最大，麦芽糖次之。
The more suitable carbon sources for mycelial growth in liquid medium (mycelial dry weight) were fructose and maltose.
三十烧醇能提高小麦从旗叶叶绿素含量、幼穗的干重及灌速度。
Triacontanol (TRIA) can Increase chlorophyl content of the flag leaves of wheat plant, the dry weight of juvenile claduses and the speed of filling.
与对照相比，果实遮光处理后降低了果皮与汁囊的干重和含糖量。
The sugar content and dry weights of peel and juice sacs in shaded fruit were lower than that in control fruit.
与对照相比，果实遮光处理后降低了果皮与汁囊的干重和含糖量。
The sugar content and dry weights of peel and juice sacs in shaded fruit were lower than that in the control fruit.
钼提高冬小麦根系的根干重、地上部干重，显著影响冬小麦的根冠比。
The other root parameters of the both cultivars were influenced by molybdenum deficiency.
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。
Dry weight decreased, that of plant decreased more than stalk and root.
在所有被检测的幼体特征中，孵化温、湿度相互作用仅影响剩余卵黄干重。
Of all hatchling traits examined, only residual yolk dry mass was affected by interaction between temperature and moisture.
结果表明，不同氮素形态配比影响了植株各器官干重占全株干重的百分比。
The results showed that different nitrogen forms significantly affected the dry matter accumulation percentage in different plant organs.
叶片干重的绝对增长速率动态和叶面积的绝对扩展速率动态为正-负单峰型。
The trends of absolute increasing rate of LW and absolute expanding rate of leaf area (LA) were represented by positive-negative single-peak curves.
在旱地大田条件下研究了深耘断根对旱地高产小麦花后根系干重及产量的影响。
The effects of deep cultivation root cutting on the dry weight of root system after anthesis and yield have been studied in dry land wheat with high yield.
因此，水稻相对单株干重可以作为苗期筛选水稻耐低磷基因型的一个筛选指标。
Therefore, the relative total dry weight of rice would be an important evaluation or screening index for the low P tolerance ability of rice at its seedling stage.
研究了不同施肥处理对3年生紫花苜蓿开花期叶面积、叶干重及比叶重的影响。
The leaf area, leaf dry weight and specific leaf weight (SLW) of 3-year-old alfalfa were studied under different fertilizing treatments.
目的研究模拟失重对大鼠抗重力肌—比目鱼肌的湿重、干重及形态结构的影响。
Objective To explore effects of the simulated weightlessness on wet weight and dry weight of the rat soleus muscle and its microscopic and ultrastructural morphology.
“丰宝”植物生长促进剂处理小麦、水稻、玉米种子，可以提高幼苗绝对干重。
Wheat, rice and corn were treated with Fengbao Plant growth accelerator through mixing with seed, submerging seed and spraying on leaves.
株高和根长的生长都受到了抑制，而番茄幼苗的鲜重、干重和含水量也明显下降了。
It's height and the root long's growth are restrained. and the tomato's wet weight, dry weight and water content decrease in evidence .
施用石灰后，紫花苜蓿的根鲜重、根瘤数、株高、鲜重、干重、分枝数都高于对照。
Fresh root weight and nodule number of alfalfa with lime application were higher than those of the control group.
荆芥株高、茎径变化动态，根、茎、叶、穗干重积累动态均呈不同特征的“S”形曲线。
The dry weights of root, stem, leaf and spike coubld be described as S curves either.
结果表明，较高的氮素水平促进根系生长，迅速提高水稻根干重，但同时降低根冠比。
The result is, high N-level can promote the root to grow, but the root cap ratio will comes down.
据此，在利用材积密度法估计树干干重时，相同树种不同个体可以采用统一的平均密度值。
Same average density can be used to estimate stem dry weight of the same species of trees.
在成熟期，籽粒干重不仅与籽粒发育期间的平均气温有关，还与籽粒发育所经历的天数有关。
Besides. the dry weight of mature seeds Q is also controlled by the duration of development measured in number of days, d, of the corn seeds.
回归和通径分析结果表明，株高、叶面积、根体积、根干重是影响根系伤流强度的主要因素。
The result of path analysis and regression indicated that plant height, area of leaf, volume of root, and dry weight of root were key factors for the roots bleeding intensity.
回归和通径分析结果表明，株高、叶面积、根体积、根干重是影响根系伤流强度的主要因素。
The result of path analysis and regression indicated that plant height, area of leaf, volume of root, and dry weight of root were key factors for the roots bleeding intensity.
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