1.
Study on the Production Properties of Quality Silage Maize Xinsiyu 5 (Xinshiduo 2);
优质青贮玉米新饲玉5号（新实多2号）生产性能研究
2.
A new forage resources in semiarid areas liable to droughts in South Ningxia --Concoction application of xinong-11 corn straw
宁南偏旱区新的饲草资源——西农11号玉米秸秆及其调制利用
3.
Breeding of A Fodder Beet Variety Tiansi2
饲用甜菜新品种“甜饲2号”的选育
4.
Study on Seed Coating Agents Selection and Control Aspergillus Flavus for Shannong Feed Corn No.7
山农饲玉7号种衣剂筛选和黄曲霉控制研究
5.
Effect of Seed Coating Agents on Growth and Disease Resistance Related Enzymes of Shannong Feed Corn No.7 Seedling
种衣剂对山农饲玉7号玉米幼苗生长和相关酶活性的影响
6.
Cultivation techniques and benefit analysis of dual-purpose maize-Xixingnuoyu No.1
粮饲兼用玉米西星糯玉1号栽培技术及效益分析
7.
The disease is apparently associated with the feeding of freshly chopped corn.
疾病显然与饲喂新粉碎的玉米有一定的联系。
8.
Effect of Population Improvement for Different Cycles of Yu Syn5 Maize;
豫综5号玉米群体不同轮次改良效果的研究
9.
Necessary Technology Researches and Demonstration of Corn New Variety Luoyu No.4;
玉米新品种洛玉4号配套技术研究与示范
10.
sweet potato specie of Fushu 26; maze specie of Yedan 157; bean species including Huangshadou and Fudou 3 were suitable to plant in red soil hillls through the evaluation.
以及甘薯福薯26号、玉米腋单157、大豆黄沙豆和福豆3号等饲粮优良品种。
11.
A Study on the New Style Fodder Grass-Gui Mu No 1 and Its Parent Pialyn Isodynamic Enzyme
新型饲草桂牧1号及其亲本酯酶同工酶的研究
12.
Rural Rearing of New Silkworm Variety Jinsi 1
家蚕新品种“金丝一号”在农村的饲养效果
13.
Report on Breeding of Early New Maize Hybrid Shaandan 21
早熟玉米新品种陕单21号的选育报告
14.
Selection and Breeding of Zhongxing Ⅶ,a New Maize Variety,and its Culture Technology
玉米新品种种星七号选育及栽培技术
15.
Study on Culture Technique of NewCorn Bidan 16
玉米新品种毕单16号的栽培技术研究
16.
Selection of High Yield and Superior Quality Corn Jindan 63
高产、优质玉米新品种晋单63号的选育
17.
The apparent association of the disease with the feeding of freshly chopped corn and freshly chopped alfalfa reduces the utility of those feeds.
这种疾病显然与饲喂新粉碎的玉米和苜蓿有一定的联系，这降低了这些饲料的利用率。
18.
Studied on High Yield and High Quality Control Technology of Silage Maize at the Area of Settlement of Herdsmen in Xin Jiang;
新疆牧民定居区饲用玉米高产、优质调控技术研究