对照植株幼叶、功能叶和老叶的光合诱导速率相差不大，幼叶和功能叶光合诱导后期受气孔限制的影响。
The photosynthetic induction rates were similar in the different age leaves of the control plants, and there was stomatal limitation in the late stage of in.
根系特征表现一样，但是实验组植株的茎长平均达到6cm，对照组为3.5 cm。
The root systems were all the same, but the stems of the treated plants had an average length of 6cm, compared with 3.5cm for the untreated plants.
与对照相比，所有ADCME处理植株鲜重和高度下降但开花数增加。
The ADCME treatments showed lower fresh weight and plant height but more open flowers 'than the Contrast.
图4对照及缺铁植株非光化学猝灭光化学效率(PQ)光强的响应。左侧为玉米，右侧为大豆。
Fig. 4 Response of NPQ to PFD in control and Fe-deficient plants. The left side is maize; the right side is soybean.
结果表明：海藻液肥处理与对照比较，能促进黄瓜植株的生长，植株根体积，根系活力均有提高，减轻水分胁迫对叶片质膜的伤害；
The result of the experiment showed that liquid seaweed extract promoted the growth of the cucumber and increased the root volume and root vigor compared with the treatment of CK.
与对照的母株相比，胚乳植株在株形、叶片大小、果实形态及果实的主要营养成分含量上都有较大的变化。
In comparison with the controls, significant changes have been observed in the plant shape, leaf size and the shape and main nutrient components of the fruits.
再生植株农艺性状与对照相似。
The agronomic traits of regenerants were similar to the contrasts.
另外，该制剂还具有促进植株生长和提高产量的效果，杀线剂2号处理区的平均株高和单株鲜重极显著高于空白对照组，分别增长16.32%和20.43%；
It is obvious that the average plant height and the fresh weight of each plant treated by the Bio-nematicide No. 2 were higher than that of control group, increasing by 16.32% and 20.43% respectively.
遮光造成植株高度增加，但恢复正常光照后，其株高却逐渐低于对照。
Plant height increased compared with control during the shading period, but it was gradually lower than control after regaining normal light.
植株高度、穗位高度显著增加；茎加粗，穗长、穗粗和穗粒重比对照增加；
The plant height, ear position height and stem diameter were all increased.
不施氮肥只接种根瘤菌的处理，根瘤菌的固氮量虽高，但植株生长量和荚果产量则明显降低，单株结果数和荚果产量仅比对照处理增加6.9%和5.9%。
The nitrogen fixation rate per plant was high by inoculated rhizobia only, but the pod number and yield per plant only increased by 6.9% and 5.9% compared with CK.
通过对转基因黄瓜和非转基因黄瓜田间农艺性状的观察，转基因黄瓜的T1代植株与对照亲本在主要农艺性状上没有差异。
By watching the field agricultural traits of transgenic and non-transgenic cucumber plants, no differences were found between T1transgenic plants and ck.
与对照相比，抗病性较强的菌根化植株叶片中pod酶活性变化较为缓和，且ppo酶活性一直较高。
Compared with control the changes of POD activity were stable in leaves of mycorrhizal plants and PPO activity was higher than that of control.
结果表明：转基因植株生根能力强，根、茎、叶各部位内源激素（IAA、GA3）与对照差异明显；
The results indicated that the rooting ability of transgenic plants was enhanced. Endogenous hormones(IAA, GA3)derived from roots, stems and leaves were significantly different from controls.
GA虽能打破三七种子休眠，使三七提前出苗，增加植株高度，但出苗率及产量均比对照明显下降。
Although break of dormant, earlier seedling and increasing of plant hight was obtained for the application of GA, the seedling rate and output was obviously lowered.
与未处理对照相比，BNR处理水稻植株的纹枯病害严重度明显降低。
A significant reduction of disease severity was observed on plant with BNR treatment compared with the non treat seedlings.
结果还发现与不接菌的对照相比，处理促进了植株内细菌群落结构的变化，尤其是芽孢杆菌的种类和数量明显增加。
Results also show the introduced bacteria brought about some changes in the microbial communities inside the vegetable, especially Bacillus that increased in species and count.
通过摘心、整枝、抹芽、疏蕾等植株调整，花序直径比对照增大了 8%，单花重量比对照提高了。%。
Through regulations as removal, training, shoot erasing and distance, 8% increase of anthotaxy diameter than the contrast.
西瓜植株早期的生长过程中茎长、叶片数和相对叶面积与对照相比均有不同程度的提高。
The stem length, leaf number and relative leaf area of the early stage of plant growth increased by comparing to the control group.
而西域一号、橙露、新蜜13号和春蕾等品种的植株高度比对照显著下降，降幅达到45.34% - 58.39%。
But the height of Xiyu1, Chenglu, Xinmi 13 and Chunlei declined significantly by 45.34%-58.39%.
植株叶片相对电导率和游离脯氨酸含量均为砧木<嫁接株<对照，差异达极显著水平，与发病率呈正相关趋势。
The difference was very notable. It had a negative trend to the rate of infection. 2)Both leaf relative electrical conductivity and free proline content of the rootstock…
植株叶片相对电导率和游离脯氨酸含量均为砧木<嫁接株<对照，差异达极显著水平，与发病率呈正相关趋势。
The difference was very notable. It had a negative trend to the rate of infection. 2)Both leaf relative electrical conductivity and free proline content of the rootstock…
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