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- Five Keys to Select Hybrid Maize Production Base 选择杂交玉米制种基地的五个重要条件
- Male Parent Management of Hybrid Maize Production 杂交玉米制种父本管理技术
- Technique of Hybrid Maize Production 杂交玉米制种技术
- Preventing and Cure for Drarf in Hybrid Maize Production in Summer 杂交玉米夏播制种粗缩病的防治
- Low Emasculate Cause of Hybrid Maize Production and Its Improve Measures 杂交玉米制种去雄效果低的原因与提高措施
- Comprehensive Control of Common Disease and Insect in Hybrid Maize Production Field 杂交玉米制种田常见病虫的综合防治
- Broadcast Period Adjusting and Florescence Forecast Methods of Hybrid Maize Production 杂交玉米制种的播期调整与花期预测方法
- Key to High Yield of Hybrid Maize Production is Betimes and Advisability Irrigation 及时合理灌水是杂交玉米制种高产优质的关键
- Reasons of Lacking Seedlings of Spring Sowing Hybrid Maize Production and Its countermeasures 杂交玉米春播制种田间缺苗的原因与预防
- hybrid maize production 杂交玉米制种
- Breeding of a new dual-purpose grain and silage hybrid maize variety Yudan No. 粮饲青贮兼用型杂交玉米新品种渝单七号的选育。
- Effect of Acceding to WTO on Chinese Maize Production and Its Countermeasures. 加入WTO对我国玉米生产的影响及其对策。
- Because of middle or late hybrid maize joining the rotation, a prolonged rotation circle requires more accumulative temperature around 5000-5200 degrees. 由于将中、晚熟杂交玉米引入轮作，需要延长轮作周期以满足更多的积温，大约5000~5200℃。
- Chun L,Chen F J,Zhang F S,Mi G H.Root growth,nitrogen uptake and yield formation of hybrid maize with different N efficiency[J].Plant Nutr.Fert.Sci.,2005,11(5):615-619. [6]春亮;陈范骏;张福锁;米国华.;不同氮效率玉米杂交种的根系生长、氮素吸收与产量形成[J]
- It is therefore necessary to quarantine and monitor maize downy mildews for maize production in China. 加强这些区域的调查监测和检疫对保护当地的玉米生产有重要意义。
- The Incas adopted and improved the agricultural advances of previous highland cultures, and gave special importance to maize production. 印加人在过去高山文化基础上应用并促进了农业的进步,特别注重玉米的生产。
- The gray leaf spot (GLS) disease threatens seriously the sustainable development of maize production in recent years in North China. 摘要玉米灰斑病现已严重威胁中国北方玉米生产的可持续发展。
- Drought is one of major abiotic stress factors limiting maize production,so improving drought tolerance is an important breeding target in maize. 干旱是影响玉米生产的主要非生物胁迫因素之一,所以玉米的耐旱性遗传改良是玉米育种的一个重要目标。
- High-yield Technique of Hybrid Maize Xiangyu 10 Seed Production 杂交玉米湘玉10号制种高产技术
- Eight existing senior agronomists, technicians few, and invited a renowned master craftsman waxy maize experts : National Corn Engineering Technology Research Center Zhangxuexin do waxy maize production consultant. 现有中高级农艺师8人,技术员数名,并特聘请国内知名糯玉米专家：国家玉米工程技术研究中心主任张学信做糯玉米生产顾问。
