春大豆

  • 网络Spring soybean
春大豆春大豆
  1. 春大豆谷氨酰胺合酶(GS)活性动态的研究

    Study on glutamine synthetase activity in spring soybean

  2. 干胶板CS&9000型薄层层析扫描仪扫描结果表明,各热击时间合成HSP的累积量华北夏大豆明显多于东北春大豆。

    Hsp accumulation of summer soybean in North China was obviously more than that of spring soybean in Northeast according to scanning dry gelationous plate with CS-9000 scanner .

  3. 春花生和春大豆均以CK处理水分利用效率为最高;

    For spring peanut and spring peanut , the WUE under CK treatment was the highest .

  4. 5%金普施特SL防除春大豆田杂草效果

    Effect of Jin-Pursuit on Controlling Weeds in Soybean Field

  5. 应用HSC法综合评价春大豆新品种的高产稳产性

    Using High Stability Coefficient Method to Appraise Comprehensively The High Yield and Yield Stability of New Soybean Varieties

  6. 不同地理种群栽培大豆HSP诱导合成的研究Ⅲ南方春大豆与华北夏大豆HSP诱导合成的比较

    THE STUDY ON INDUCED SYNTHESIS HSP OF SOYBEAN ( G.max ) OF DIFFERENT GEOGRAPHICAL GROUPS ⅲ . Comparision of Induced Synthesis HSP between Spring Soybean in South and Summer Soybean in North China

  7. 在水培条件下研究了11个南方春大豆地方品种和育成品种对低磷胁迫反应的差异及其与酸性磷酸酶活性(APA)的相关关系。

    A water culture experiment was conducted to study the responses of 11 southern spring soybean cultivars to low phosphorus stress and the correlation between acid phosphatase activity ( APA ) and low phosphorus tolerance of these cultivars .

  8. 南方春大豆则热击2、4、6hr时随着热击时间延长热击蛋白累积量逐渐下降,6hr降至最低值,8hr后,急剧增加。

    However , the accumulation of HSPs of spring soybean in south was decreased as time of HS treatment increased and reached to minimun for 6 hr . The accumulation increased rapidly thereafter .

  9. 适宜浙江省的菜用春大豆生态类型,生育期(播种至采收)要求早熟品种80d以内,中熟品种在80~85d,迟熟品种在85~95d,不应超过95d。

    The suitable spring vegetable soybean varieties for Zhejiang province planting should be have proper growth period , less than 80 days for early growing variety , 80 to 85 days for medium and 85 to 95 days for late ripening variety respectively .

  10. 春大豆种子在贮藏期间的一些生理生化变化

    Some physiological and biochemical changes of spring soybean seeds during storage

  11. 春大豆空间诱变性状变异研究初报

    Preliminary Study on Character Variation of Spring Soybean Carried by Airship

  12. 春大豆三个品种光合速率的初步研究

    Primary study on photosynthetic rate of three varieties of spring soybean

  13. 新疆春大豆群体光合、呼吸特性的研究

    Study on the Photosynthesis and Respiration Characters of Spring Soybean Canopy

  14. 浙江省菜用春大豆的适宜生态型研究

    Review on Suitable Ecotype of Spring Vegetable Soybean in Zhejiang Province

  15. 春大豆花芽分化的初步研究

    A preliminary study on flower bud differentiation of Spring Soybean Cultivars

  16. 广西春大豆育种实践中的几个问题

    Several Problems in the Practice of Spring Soybean Breeding in Guangxi

  17. 东北春大豆品种主要农艺性状的相关遗传力分析

    Correlative heritability analysis of Main Agronomy Characters of Northeast Spring Soybean Variety

  18. 气象条件对广西春大豆生长发育及产量的影响

    Effect of meterological factors on growth development and yield of spring soybean

  19. 中国北方春大豆遗传多样性分析

    The Genetic Diversity of Spring Sowing Soybean in Northern China

  20. 东北春大豆种质资源的遗传多样性研究

    Study on Genetic Diversity of Spring Sowing Soybean in Northeast of China

  21. 中国春大豆品种聚类分析及主成分分析

    Cluster and Principal Component Analysis of the Spring Soybean Varieties in China

  22. 高产春大豆豆荚与叶片的光合性能研究

    Photosynthetic Characteristics in Pod and Leaves of High-Yield Spring Soybean

  23. 菜用春大豆高产栽培及生态型研究

    Study on Production , Plant Physiology and Ecotype of Spring Vegetable Soybean

  24. 广西春大豆地方品种农艺性状鉴定及聚类分析

    Agronomic traits and cluster analysis of local spring soybean varieties in Guangxi

  25. 北方春大豆超高产技术研究

    Research on technology for super high yielding in spring soybean

  26. 新疆春大豆籽粒发育生理的研究

    The Study on Seed Development of Spring Soybean in Xinjiang

  27. 低丘红壤春大豆种植密度的研究

    Study on spring soybean plant density in low-hilly red soil

  28. 南方春大豆新育成材料的生育期光温综合反应特性

    Reaction of growth period of newly developed soybean lines to photoperiod & temperature

  29. 高产春大豆氮磷钾吸收分配规律研究

    Nitrogen , Phosphorous , Potassium Absorption and Distribution Disciplines of High-yield Spring Soybean

  30. 东北春大豆区的一些主要杂交亲本的聚类分析

    Cluster Analysis of Some Main Pare-nts of Spring Soybean Sowing in Northeast China