稻瘿蚊

  • 网络Rice gall midge;Pachydiplosis oryzae Wood-mason;orseolia oryzae wood-mason;Orscolia oryzae
稻瘿蚊稻瘿蚊
  1. 应用AFLP分析广东稻瘿蚊不同生物型DNA指纹

    Analysis of DNA fingerprint of gall midge biotypes from Guangdong by using AFLP

  2. 抗稻瘿蚊水稻品种的恢复力测定及其F1代抗性鉴定

    Restoring ability test of rice varieties resistance to rice gall midge and resistance evaluation of F_1 generation of combination

  3. 分别用RAPD和微卫星SSR技术对来源于我国的水稻资源大秋其的抗亚洲稻瘿蚊基因Gm6进行精细定位;

    Fine mapping of the resistance gene Gm 6 in rice germplasm ` Daqiuqi ' from China using RAPD and SSR markers ;

  4. 分别用与Gm6基因紧密连锁的STS分子标记和SSR标记,建立了分子标记辅助选择(MAS)方法选育抗稻瘿蚊新品种的技术体系;

    Establishment of the breeding technique for new resistant cultivars using MAS based on the closely-linked STS and SSR markers to the gene Gm 6 ;

  5. Gm-6基因是水稻的一个抗稻瘿蚊基因,它是唯一一个抗中国稻瘿蚊四种生物型的基因。

    Gm-6 is a rice gall midge resistance gene , it is the only one against four biotypes of gall midge in China gene .

  6. 3%甲基异柳磷颗粒剂防治稻瘿蚊的研究

    Application of 3 % granules of isofenphos-methyl against rice gall midge

  7. 广西高抗稻瘿蚊资源的鉴定及遗传分析

    Genetic Analysis of High Gall Midge Resistant Germplasm Resources in Guangxi

  8. 抗稻瘿蚊新品种(抗蚊1号、抗蚊2号)选育成功

    Two New Varieties Resistant to Rice Gall Midge Successfully Bred

  9. 广东省稻瘿蚊的发生和综合防治研究

    Studies on the occurrence and integrated control of the rice gall midge

  10. 我国抗稻瘿蚊育种研究的新进展

    The new advances on the resistant breeding against rice gall midge in china

  11. 2%阿维菌素乳油防治水稻稻瘿蚊田间药效试验

    Effect of 2 % avermectin EC on controlling rice gall midge in field

  12. 水稻对稻瘿蚊为害补偿力与经济阈值研究

    The compensative ability and economic threshold of rice harmed by rice gall midge

  13. 水稻抗稻瘿蚊遗传育种研究进展

    Recent advance in the genetic study and breeding of gall midge resistance in rice

  14. 广西水稻新品种(系)及稻种资源对稻瘿蚊的抗性分析

    Analysis of resistance to rice gall midge in the resources and new varieties of rice in Guangxi

  15. 连作晚稻稻瘿蚊防治适期研究

    Studies on proper time for chemical control of rice gall midge in double cropping late rice fields

  16. 红壤稻区改制技术防避稻瘿蚊研究论种植制度的改革与发展

    A technical studies on cropping system reform to prevent rice gall midge for rice in red soil area

  17. 抗稻瘿蚊新基因Gm6在分子标记抗性育种中的应用

    Application of the New Gene Gm 6 Against Rice Gall Midge in Resistant Breeding Through PCR Based-marker Aided Selection

  18. 水稻品种抗褐飞虱和稻瘿蚊的聚类分析

    The Cluster Analysis of Resistance of Rice Varieties to Different Biotypes of Rice Brown Planthopper and Rice Gall Midge

  19. 广西稻瘿蚊生物型测定及抗源评价利用

    Monitoring on the biotypes of the rice gall midge in Guangxi and the evaluation and application of resistant resources

  20. 稻瘿蚊在中、晚稻分蘖初期的防治指标分别为标葱率1.14%和1.07%;

    The control index of O. oryzae in early tillering stage in middle-season and late rice was 1.14 % and 1.07 % of galled rate respectively .

  21. 稻瘿蚊是亚洲稻区的主要水稻害虫之一,在我国,主要在南方山区、丘陵地区普遍发生,间歇猖獗。

    Rice gall midge ( orseolia oryzae ) is an important pest of rice in Asia , in China , mainly in the southern mountainous areas , hilly areas widespread , intermittent rampant .

  22. 培育抗虫品种是防治稻瘿蚊的最经济有效的办法,但现有的抗性品种少,只有常规稻品种以及一些恢复系,在杂交稻组合上也以两系杂交稻居多。

    Cultivate rice gall midge resistant variety is the most cost-effective prevention and treatment approaches , however , the existing resistant varieties less , just only conventional rice varieties and some restorers , in the hybrid rice combinations are also the majority of two-line hybrid rice .

  23. 小区和大田试验结果表明,稻瘿蚊危害中、晚稻造成的产量损失主要与有效穗的下降有关,而与每穗实粒数、秕粒数以及结实率无关;

    The plot and field test results indicated that , the yield loss of middle-season and late rice caused by O. oryzae had primary concern with the decline of productive panicles , and no concern with the filled , unfilled grains per panicle and setting rate ;

  24. 国际水稻遗传评价试验网材料对稻褐飞虱和稻瘿蚊的抗性鉴定

    Resistance evaluation of the resources introduced from the international network for genetics evaluation to rice brown planthopper and rice gall midge

  25. 水稻品种资源抗稻褐飞虱不同生物型和稻瘿蚊核心样品的综合评价

    General evaluation of core collection of rice germplasms which resistant to different rice brown planthopper biotypes and rice gall midge