1.
The Study on Changes of Physiological Indexes in Dormant Floral Buds of Apricot and Methods to Break Dormancy;
温室杏休眠期花芽内生理变化及打破休眠方法的研究
2.
Studies on Effects and Techniques of Low Temperature Storage on Bulb Dormancy in Lilium Oriental Hybrids ;
东方百合鳞茎打破休眠和低温冷藏技术研究
3.
Study on the Induction of Potato Minituber and methods of breaking dormancy
马铃薯微型薯诱导及打破休眠方法的研究
4.
Studies on Effect of Reagent Treatment on Breaking Dormancy and Forcing Flowering of Lily;
药剂处理对百合鳞茎打破休眠及促进开花效应的研究
5.
The Study on Breaking Dormant and Screening Preferent Chemical Herbicides of Codonposis Lanceolata Bentn.et Hook.f.;
轮叶党参打破休眠技术及适宜化学除草剂筛选的研究
6.
Studies on Mechanism of Antioxidation System and Secondary Metabolism during Bud Dormancy Breaking of Grapevine;
葡萄冬芽打破休眠过程中抗氧化机制及次生代谢的研究
7.
Study on Methods of Breaking Persimmon Seeds Dormancy and Promoting Persimmon Seeds Germinatation
打破柿树种子休眠和促进发芽的方法
8.
Effects of Hydrogen Cyanamede and Garlic Juice on Breaking Dormancy and Advancing Sprout of Kyoho Grape;
单氰胺、蒜汁打破巨峰葡萄休眠、早萌芽的研究
9.
Effect and Mechanism of Short-term Heating Treatment on Breaking Bud Dormancy in Peach Trees;
短时高温打破桃花芽休眠效应及机理研究
10.
Effects of Different Low Temperatures and Gibberellin Densities over Wheat Seed Dormancy
不同低温和赤霉素浓度打破小麦种子休眠效果初探
11.
Study on the Mechanisms of Endodormancy Induction and Short-term Heating Releasing Dormancy in Peach (Prunus Persica) Bud;
桃芽自然休眠诱导与短时间高温破眠机制研究
12.
Study on the Mechanism of Dormancy and Proteomics of Dormancy-breaking in Buffalograss Seeds
野牛草种子休眠机理及破眠蛋白质组学研究
13.
Study on Dormancy of Taxus Mairei(Lemee et Levl.) S. Y. Hu ex Liu Seeds
破除南方红豆杉种子休眠方法的研究
14.
Control of Respiratory Metabolism on Sweat Cherry Dormancy and Studies on Technical of Dormancy Release;
呼吸代谢对甜樱桃自然休眠的调控及破眠技术研究
15.
Study of Seed Dormancy Formation and Breaking in Legume Species;
豆科植物种子休眠形成与破除机制研究
16.
Primary exploration on technology in breaking double dormancy characteristic of Viburnum Sargenti seeds by Gibberellin
赤霉素破除鸡树条荚蒾种子双休眠特性技术初探
17.
Effects of High Voltage Electrostatic Field Treatment on Seed Dormancy Breaking and Medicinal Contents of Hypericum perforatum L.
高压静电场对贯叶连翘种子休眠破除及药用成分的影响
18.
"The Pruning Interval determines the period of time the pruner "
"“修剪间隔”决定修剪操作器在两次检测废弃打印机之间的休眠 "