CAJ | 학술논문

以小明绿为材料，采用始花期叶面喷施方式，研究不同浓度激动素对绿豆光合特性、保护性酶及产量的影响。结果表明，与喷施清水CK相比，三种浓度激动素（30、15和7.5 mg·L-1）处理均不同程度提高了绿豆鼓粒期叶片水分利用效率，且15 mg·L-1激动素处理可提高叶片光合速率；喷施激动素能够提高花后22d叶片SOD、POD活性，而降低花后17～27 d叶片MDA含量。2013年，30 mg·L-1、15 mg·L-1和7.5 mg·L-1激动素处理的产量较CK分别增加了5.07%、10.93%和10.59%；2014年，分别增加了31.37%、9.23%和0.75%，说明激动素能有效提高绿豆产量。
이소명록위재료，채용시화기협면분시방식，연구불동농도격동소대록두광합특성、보호성매급산량적영향。결과표명，여분시청수CK상비，삼충농도격동소（30、15화7.5 mg·L-1）처리균불동정도제고료록두고립기협편수분이용효솔，차15 mg·L-1격동소처리가제고협편광합속솔；분시격동소능구제고화후22d협편SOD、POD활성，이강저화후17～27 d협편MDA함량。2013년，30 mg·L-1、15 mg·L-1화7.5 mg·L-1격동소처리적산량교CK분별증가료5.07%、10.93%화10.59%；2014년，분별증가료31.37%、9.23%화0.75%，설명격동소능유효제고록두산량。
The variety of Xiaominglv was used as material to study the effect of kinetin to photosynthetic characteristics,protective enzyme and yield of mung bean in R6 stage. The results showed that 30,15 and 7.5mg·L-1 kinetin improved water use efficiency of mung bean leaves,and 15mg·L-1 kinetin increased photosynthetic rate in seed filling stage. Leaf SOD activity and POD activity of kinetin was higher than that of CK,while leaf MDA content was lower than that of CK. Seed yield of K30,K15 and K7.5 treatments were increased by 5.07% and 10.93% and 10.59% than of CK in 2013,and 31.37%,9.23% and 0.75% respectively in 2014,which indicated that kinetin could effectively improve the yield of mung bean.