1.
Inheritance of Resistance to Furasium Moniliforme Kernel and Cob Rot in Maize
玉米穗粒腐病穗轴及籽粒抗性遗传研究
2.
Preliminary Report of Studying on Preventing Ear and Kernel Rot of Line 478 Crosses
预防478系玉米种穗粒腐病研究初报
3.
Inheritance of Resistance to Fusarium Moniliforme Ear Rot in Maize by Near Isogenic Lines;
基于近等基因系的玉米穗粒腐病抗性遗传研究
4.
QTL Mapping for Resistance to Furasium Moniliforme Ear Rot Using Recombinant Inbred Lines in Maize
利用重组近交系进行抗玉米穗粒腐病QTL定位
5.
The Relationship between the Damage by Asian Corn Borer, Ostrinia Furnacalis (Guenée), and the Occurrence of Corn Ear Rot and the Accumulation of Mycotoxin in Kernels During the Development Stages of Corn Ear in North China;
华北地区穗期亚洲玉米螟为害与玉米穗腐病发生及籽粒中霉菌毒素积累的关系
6.
Relationship and Control of Fusarium Stalk Rot, Ear Rot and Seedling Root Rot in Maize;
玉米镰刀菌型茎腐、穗腐、苗期根腐病的相互关系及防治
7.
ear rot:any of various fungus diseases of corn characterized by decay and molding of the ears.
"玉米干腐病:任一种由菌引起的玉米疾病,其特征是穗部萎缩并发霉."
8.
Study on Biological Characteristics of Fusarium Moniliforme Related to Corn Ear Rot and Disease Resistance of Corn;
玉米穗腐病串珠镰刀菌的生物学特性和玉米抗病性研究
9.
The Analysis of Corn Varieties and Climatic Factors for the Yield Loss Caused by Ear Rot Disease
玉米穗腐病导致产量损失的品种和气候因素分析
10.
Control Effect of Trichoderma sp. Granules on Soybean Root Rot
木霉颗粒剂对大豆根腐病的防治作用
11.
Finally,these changes lead to the bald degree of ears reduced,the grain number and weight per ear increased,and grain output per mu raised.
最终导致果穗秃顶度减少,穗粒数与穗粒重增加,产量提高。
12.
a smut fungus attacking Indian corn.
侵袭玉米的黑穗病菌。
13.
The results showed possitive control effects when Gongzhulingmycin is used in mixtures with(1) Seedavax-TMTD against bunt and loose smut of wheat;
与拌种双混用,可治小麦散票穗病和腥黑穗病;
14.
There is fixed homologous mathematical relationship between the maize spike character and granule weight.
玉米穗粒性状与穗粒重间均有固定的对应数学关系。
15.
millet having yellow grains in large drooping spikes.
在下垂的大穗里结有黄色谷粒的粟。
16.
maize in sheaves cobs or threshed
玉米束、玉米穗轴或脱粒玉米
17.
Studies on the Optimum Number of Kernel Ear and Fundamental Seedling of Yumai No. 18 for High Yielding
豫麦18高产的适宜苗、穗、粒数研究
18.
ROLE OF GRAIN WEIGHT PER EAR IN WINTER WHEAT SUPERHIGH YIELD BREEDING
穗粒重在冬小麦超高产育种中的作用