农艺学

nóng yì xué
  • agronomy
农艺学农艺学
农艺学[nóng yì xué]
  1. 四川-CIMMYT小麦穿梭育种中的农艺学合作研究

    The cooperative study on agronomy in wheat shuttle breeding between CIMMYT and SAAS

  2. 据此,提出农艺学上的专用技术研究改进的途径。

    The improved pathway for specific technology study on agronomy has been put forward .

  3. 提高水稻品种产量潜力的农艺学和生理学观点

    Approaches to Raise the Yield Potential of Rice Variety : Agronomical and Physiological View

  4. 树莓种质资源农艺学性状评价和再生体系建立的初步摸索

    Evaluation of Agronomic Characters on Raspberry Germplasm Resources and Preliminary Establishment of Regeneration System

  5. 我国农作物和农学(农艺学)类专业期刊分类的建议

    Classification Suggestions on Chinese Crop and Agronomy Periodicals

  6. 水分利用效率是一个重要的农艺学指标,是对生态系统碳和水两个循环间的关系进行联接的纽带。

    Water use efficiency is an important agronomical norm and linking to both carbon and water cycles .

  7. 重要的是,不会出现与添加性状相联系的严重负面的农艺学后果。

    It is important that there are no serious , negative agronomic consequences associated with the characteristic being added .

  8. 对芦笋的6个农艺学性状指标进行相关性分析,并对产量和一级笋率进行了多重比较。

    We analyzed 6 asparagus agronomic characters and did multiple comparison to the asparagus yield and first-class asparagus spears ratio .

  9. 对它们生物学和农艺学特性:早熟性、丰产性、抗病性、产量、果实品质等方面进行综合比较。

    The biological and agronomical features such as ripening precocity , productivity , resistance to diseases and fruit quality etc. were comparatively observed .

  10. 这可能是由于缺乏化肥、资源管理或农艺学不良、在错误的时间有太多水或太少的水。

    It may be lack of fertilisers , poor husbandry or agronomy , too much water or too little at the wrong time .

  11. 6、4、9、1、2号家系对环境反映不敏感,具有农艺学上的稳定性。

    No. 8 , 6 , 4 , 9 , 1 and 2 families were not sensitive to environment change , and they had stability of agronomy .

  12. 也许有人会以为,一名农艺学教授耗费如此长的栽培试验,大概他的学生帮上忙的缘故。

    Quite a long time , one might think , for a professor of agronomy [ 1 ] & his students , presumably , have far less trouble .

  13. 甜高粱是高粱的一个自然变种,同普通籽实高粱相比有着诸多独特的生物学和农艺学性状,如高光合效率、大生物量和更强的耐逆性等。

    Grain and sweet sorghums differ in a number of important traits including stem sugar and juice accumulation , plant height as well as grain and biomass production .

  14. 很多农艺学的方法曾被应用在实际生产中,但是这些方法很难应用到生产中或在实际生产中这些方法不能有效的抑制裂荚。

    Many agriculture methods have been used to apply in production . Unfortunately , many of these methods are difficult to apply in production , while in others seed loss is not effectively prevented .

  15. 按农艺学和用途可将中国作物分为8大类即粮食作物、经济作物、蔬菜作物、果树作物、饲用和绿肥作物、花卉作物、药用作物和林木作物。

    The8 kinds : food crop , economic crop , vegetable crop , fruit crop , forage and manure crop , flower crop , medicine crop and forest crop in China , according to agronomy and use were differentiated .

  16. 本研究以石斛兰为研究试材,从植物学性状、农艺学性状、细胞学性状和分子生物学方面对石斛兰种质资源进行鉴定评价,为进一步利用石斛兰种质打下基础。

    In this study , Dendrobium were used for materials . Using botany and agronomy , cytological markers and SRAP molecular markers in Dendrobium germ plasm resources for appraisal , and relatives relation for further using Dendrobium germ plasm .

  17. 本文根据国内外水稻高产栽培和高产品种特性的研究成就及当前一些推广品种存在的问题,从农艺学和生理学角度分析了进一步提高品种产量潜力的途径。

    In this paper , approaches to raise the yield potential were analyzed from the viewpoint of agronomy and physiology on the base of the characteristics of high yielding varieties , the achievement of high yielding cultivation in various regions and disadvantage of current rice varieties .