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- The seeds can acquire the highest germination percentage 80% or so if treated with 760mg/L gibberellin for 125 minutes. 在赤霉素处理浓度760mg/L处理时间125分钟条件下,种子第8天可获得最高发芽率80%25左右。
- Seed dormancy of Virginia type D_1128 was stronger than other type accessions,and its germination percentage was 1.9%. 种质资源中普通型花生(D1128)种子休眠性最强;发芽率仅为1.;9%25。
- The germination percentage of Fraxinus chinensis seeds covered with sand are high. 花曲柳种子以沙藏处理出苗率高;
- Treatments had been carried out for germination of water dropwort, The results indicated that water dropwort seeds have a low germination percentage and dormancy characteristic. 摘要通过对水芹种子的萌发试验及对水芹种子进行多种处理试验,结果表明:水芹种子发芽率低,存在着休眠。
- As the ability of pollen to respire declined with time of storage in organic solvents, so did the germination percentage. 不同花粉和不同的贮藏时间在四种有机溶剂中的贮存效果不一。
- The following norms were measured: seed germination percentage,germination index,vigor index, esterase activity and ascorbic acid content in seedlings. 实验结果显示:磁化水能够提高苦瓜种子的发芽率、发芽指数、活力指数,同时也能提高苦瓜幼苗的酯酶活性,但对抗坏血酸含量影响不大。
- The results showed that germination percentage, germination index, vigor index of balsam pear seeds had been improved much when treated wi... 结论:一定强度的磁化水能提高苦瓜种子的萌发能力,并使幼苗生长整齐一致。
- Abstract: In the course of systematizing and being put in storage the crop variety, examining the seeds germination percentage must be done. 摘要: 大麦籽粒,特别是产自高寒阴湿区的大麦品种籽粒发芽困难。
- Methods: The germination percentage was determined by the completely random design of three replications in room temperature. 方法:采用完全随机设计,3次重复,室温条件测试。
- Results showed that germination percentage of urediospore, uredium number and sporulation of challenge inoculation race were reduced after inoculation with weak virulent race. 试验结果表明,弱小种诱导接种可以降低挑战接种菌系的孢子萌发率、孢子堆数量、产孢量。
- The results showed that the germination percentage and seed vigor increased after dipping seeds in 20,30 mg5L-1 Sm(NO3)3,but the MDA content,the POD and SOD activity decreased. 结果表明;用20、30 mg.;L-1的硝酸钐溶液浸种;使白术种子的发芽率和活力指数增加;白术幼苗的MDA含量、SOD和POD活性降低;
- In order to improve the germination percentage of Victoria amazonica seeds, experiments were conducted for the relevant factors which affect the sprouting of seeds. 摘要为了提高王莲种子发芽率,对影响种子萌发的几个相关因素进行了试验研究。
- The results showed that the germination percentage of pansy was over 50% except LRB, especially LRWS LRX and DWY with the germination percentage of 100%. 结果表明,三色堇出苗率除品种LRB外,其余均可以达到50%25以上,尤其是LRW、LRX和DWY的出苗率最高,达100%25。
- The testa constrained the seed germination to a certain degree,for the germination percentage increased when the seeds were peeled off partially or completely. 种皮对板栗种子萌发有一定机械束缚作用,去皮程度越高,板栗种子的发芽率也越高;
- The results showed that the germination percentage of pansy was over 50 % except LRB, especially LRW尧LRX and DWY with the germination percentage of 100 %. 结果表明,三色堇出苗率除品种LRB外,其余均可以达到50%25以上,尤其是LRW、LRX和DWY的出苗率最高,达100%25。
- Abstract : The method of seed balls of clothing may raise the germination percentage of the seed and improve the intergrowth nitrogen fixation of the legume. 摘要 : 种子丸衣化可以提高种子的发芽率以及提高豆科植物的共生固氮作用,对改良退化草地,促进农业可持续发展的起着重要意义。
- After low temperature soakage, Seed germination percentage increased along with days under low temperature condition, and the uniformity of seed germination is also improved. 经过低温处理后的种子,发芽率随着冷藏天数的增加而增加,还可以增加种子发芽的整齐性。
- Not as same as Mirabilis jalapa , the germination percentage and germination potentiality of Althanes Rosea both much significantly responded to different soaking time. 浸种温度、浸种时间对蜀葵休眠种子的发芽率、发芽势均有极显著影响。
- This ecperiment strdies the effects of rare-earghs on the germination percentage of balloonflower seeds. The germination test was done byL1645 orthogonal method under different conditions such as rare-earth concentration,time and temperature. 本试验就不同的稀土浸种浓度、时间、温度,采用L_(16)~4~5正交试验的方法,对桔梗种子进行了室内发芽试验。
- The result showed 10 min, 30 min and 50 min treatments could enhance the germination percentage, vigor index, respiration rate, CAT and amylase activities of cucumber seeds, vigor index and root activities of seedlings. 结果表明:10min、30min和50min的臭氧水处理黄瓜种子,可促进黄瓜种子萌发及幼苗生长,提高黄瓜种子的发芽率、活力指数,增加萌发种子的过氧化氢酶(CAT)和淀粉酶的活性以及呼吸速率,提高幼苗的壮苗指数和根系活力;