安徽农业科学
安徽農業科學
안휘농업과학
JOURNAL OF ANHUI AGRICULTURAL SCIENCES
2014年
29期
10081-10082
,共2页
阚毓高%陈长云%桑建华%张锋
闞毓高%陳長雲%桑建華%張鋒
감육고%진장운%상건화%장봉
雪里蕻%肥效%技术
雪裏蕻%肥效%技術
설리홍%비효%기술
Potherb mustard%Fertilizer efficiency%Technique
[目的]为掌握雪里蕻作物氮肥需求量.[方法]在肥东县店埠镇赵岗村,按照省测土配方施肥项目安排的试验方案进行比较试验.通过田间调查和实产分析,比较不同处理对雪里蕻生长、产量的影响.[结果]随着施氮量的增加,单株绿叶数、单产都相应增加,开展度先增后减.当施氮量大于优化氮区施氮量,随着施氮量的增加,产投比减少;而当施氮量低于优化氮区施氮量,随着施氮量减少,产投比减少,优化氮区产投比最高,达30∶1.[结论]该研究可以为改进肥料配方设计、构建作物施肥模型提供数据支持.
[目的]為掌握雪裏蕻作物氮肥需求量.[方法]在肥東縣店埠鎮趙崗村,按照省測土配方施肥項目安排的試驗方案進行比較試驗.通過田間調查和實產分析,比較不同處理對雪裏蕻生長、產量的影響.[結果]隨著施氮量的增加,單株綠葉數、單產都相應增加,開展度先增後減.噹施氮量大于優化氮區施氮量,隨著施氮量的增加,產投比減少;而噹施氮量低于優化氮區施氮量,隨著施氮量減少,產投比減少,優化氮區產投比最高,達30∶1.[結論]該研究可以為改進肥料配方設計、構建作物施肥模型提供數據支持.
[목적]위장악설리홍작물담비수구량.[방법]재비동현점부진조강촌,안조성측토배방시비항목안배적시험방안진행비교시험.통과전간조사화실산분석,비교불동처리대설리홍생장、산량적영향.[결과]수착시담량적증가,단주록협수、단산도상응증가,개전도선증후감.당시담량대우우화담구시담량,수착시담량적증가,산투비감소;이당시담량저우우화담구시담량,수착시담량감소,산투비감소,우화담구산투비최고,체30∶1.[결론]해연구가이위개진비료배방설계、구건작물시비모형제공수거지지.
[Objective] The research aimed to master the demand of nitrogen fertilizer of potherb mustard.[Method] In Zhaogang Village,Dianbu Town,Feidong City,according to the testing program of provincial testing soil for formulated fertilization program,the trial was carried out.By the means of field investigation and true yield analysis,the effects of different treatments on the growth and the yield of potherb mustard were compared.[Result] With the increase of the nitrogen application amount,green leaf number of single plant and the yield increased,and the launch rate increased and then decreased.When the nitrogen application amount was greater than that of optimized nitrogen area,with the increase of the nitrogen application amount,the input-output ratio decreased.When the nitrogen application amount was inferior to that of optimized nitrogen area,with the decrease of the nitrogen application amount,the input-output ratio decreased.It was the highest,reaching 30∶1 in optimized nitrogen area.[Conclusion] The research could provide the data support for the improvement of the fertilizer formulation design and the establishment of the crop fertilization model.