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新疆
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  xinjiang
    Research on the Genetic Diversity of Yunnan, Tibetan and Xinjiang Wheat
    云南、西藏与新疆小麦的遗传多样性研究
短句来源
    THE AEGILOPS TAUSCHII COSSON FROM YI-LI,XINJIANG,CHINA
    新疆伊犁地区的节节麦(Aegilops tauschii Cosson)
短句来源
    CYTOGENETICAL STUDIES ON INTERSPECIFIC HYBRIDS OF XINJIANG WHEAT
    “新疆小麦”种间杂种的细胞遗传学研究
短句来源
    A Study on Relationship between Temperature and Cotton Boll Development in Xinjiang
    新疆棉区的气温和棉铃发育关系的研究
短句来源
    Study on Ecological Adaptability of Xinjiang Improved Winter Wheat in HuBei
    新疆优良冬小麦在湖北的生态适应性研究
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  “新疆”译为未确定词的双语例句
    Regulation of Flavonoid Biosynthesis by Overexpression Chalcone Isomerase Gene in Saussurea Involucrata
    查尔酮异构酶基因过表达对新疆雪莲类黄酮生物合成的调控
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    The Application of Rare Earth Nongle on SpringWheat in Hami Basin
    稀土“农乐”益植素在新疆哈密盆地春小麦上应用的效果
短句来源
    nitrosum were 2,5 and 3 d respectively,persistent time of germination were 14,21 and 16 d respectively.
    伊犁绢蒿、新疆绢蒿和西北绢蒿种子开始萌发的时间分别为2,5和3 d,萌发持续时间分别为14,21和16 d。
短句来源
    The germination rate and trend of S.transiliense were the highest,87.01% and 88.69% respectively,while those of S.kaschgaricum were the lowest,59.83% and 61.44% respectively and those of S.nitrosum in the middle.
    伊犁绢蒿种子的发芽率和发芽势均最高,分别为87.01%和88.69%,新疆绢蒿种子的发芽率和发芽势均最低,分别为59.83%和61.44%,西北绢蒿的发芽率和发芽势介于二者之间。
短句来源
    In order to select breeding material to improve wheat quality,the HMW-GS compositions of 186 new lines from breeding station of CIMMYT in Mexico were fractionated by SDS-PAGE,and the compositions and distribution characters of HMW-GS were analyzed.
    为了给新疆冬小麦品质改良筛选亲本材料,采用十二烷基硫酸钠-聚丙烯酰胺凝胶电泳(SDS-PAGE)方法对墨西哥国际玉米小麦改良中心(CIMMYT)提供的186份普通冬小麦新品系的高分子量谷蛋白亚基(HMW-GS)组成及分布特点进行了分析。
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  xinjiang
Halophilic archaeon AJ6 was isolated and purified from the Altun Mountain National Nature Reserve of the Xinjiang Uygur Autonomous Region.
      
Chlorophytes of biological soil crusts in Gurbantunggut Desert, Xinjiang Autonomous Region, China
      
In this paper, chlorophytes collected from 253 biological soil crust samples in Gurbantunggut Desert in Xinjiang Autonomous Region, China were studied by field investigation and microscopical observation in lab.
      
Association study on GNB3 gene polymorphism with essential hypertension in Xinjiang Uygur group
      
The correlated study of hyperuricemia and metabolic syndromes among males of Han ethnicity in the Xinjiang Uygur Autonomous Regi
      
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Mexican wheat cultivars have been introduced to our country andplanted in many regions for more than a decade.Some of them performedvery well:with good adaptability,cold tolerant,and rust resistant.|As the environmental conditions of our country differ from those ofMexico,their agronomic characteristics changed greatly.For example,with the decrease of the growing period,there was a decrease of theplant height and the weight of 1000 grains was decreased also.The weight of 1000 grains is one of important factors...

Mexican wheat cultivars have been introduced to our country andplanted in many regions for more than a decade.Some of them performedvery well:with good adaptability,cold tolerant,and rust resistant.|As the environmental conditions of our country differ from those ofMexico,their agronomic characteristics changed greatly.For example,with the decrease of the growing period,there was a decrease of theplant height and the weight of 1000 grains was decreased also.The weight of 1000 grains is one of important factors determiningyield.Therefore,The change of the weight of 1000 grains of a varietyin different,regions indicates its adoptability to ecological factors.Therelationship between the 1000 grain weight of the vareity“Tanori F-71”and the environmental conditions was thus studied.The results showeda positive correlation between the growing period from seedling to head-ing of cultivars and the 1000 grain weight in north China,r1=0.5962~(**)(n=21).In the north region of Yangtze river,there is a negative corr-elation between ∑T~* from heading to maturity and the 1000 grain weight,r2=-0.5323~(**)(n=58).In South China,decrease of the 1000 grain wei-ght is mainly resulted from the attack of wheat scab and powdery mildew.Region with an average 1000 grain weight equal to or over 80% thatof stock seed is cousidered to be adaptable region.Accordingly,regionsadaptable for growing Mexican wheat in our country are as follows:QingZang highland spring wheat region;Yun Gui highland wheat region;North China spring wheat region;and to a less extent,South China earlywinter wheat region and Xin Jiang wheat region.

本文是以墨西哥小麦品种“他诺瑞”(Tanori F-71)为例,对其在我国种植期间千粒重的变化与生态条件所作的相关和回归分析。结果证明,“他诺瑞”在我国北方春播地区种植,由于纬度高,春季气温回升快,出苗至抽穗阶段的生育天数较原产地缩短了20~42天,其千粒重与这一段的生育天数成显著的正相关,γ_1=0.5962~(**);整个长江以北地区,“他诺瑞”的千粒重还与抽穗至成熟阶段日最高温度≥30℃时,30℃以上的积温值成显著的负相关,γ_2=-0.5323~(**);南方地区引起千粒重下降的主要原因是赤霉病、白粉病的危害。以各麦区种植墨西哥小麦的平均千粒重达到原种平均千粒重的80%划为适应区,指出我国适于种植墨西哥小麦的地区有青藏高原春麦区、云贵高原麦区、北部春麦区,其次是华南早熟冬麦区和新疆麦区。

Since 1981,Sichuan Agricultural College,August-1 Agricultural Collegeand the Institute of Crop Germplasm Resources of the Chinese Academy ofAgricultural Sciences have sent several expedition groups to the Yi-liriver valley which lies between the mountains west of Mount Tianshan inXinjiang,China,adjacent to the Kazakstan of the USSR.The Aegilops tauschii Cosson is proved to be a native species whichgrows in the natural vegetation of this region.In the semi-desert lowland,it is a small thin grass and establishes...

Since 1981,Sichuan Agricultural College,August-1 Agricultural Collegeand the Institute of Crop Germplasm Resources of the Chinese Academy ofAgricultural Sciences have sent several expedition groups to the Yi-liriver valley which lies between the mountains west of Mount Tianshan inXinjiang,China,adjacent to the Kazakstan of the USSR.The Aegilops tauschii Cosson is proved to be a native species whichgrows in the natural vegetation of this region.In the semi-desert lowland,it is a small thin grass and establishes itself with Artemisia boratalensis,A.terrae-alba,Kochia protrate,Bromus gedosianus,Phleum phleoides,Eremo-pyrum triticeum,E.orientale etc.As the elevation rises to 1420 m,Ae.ta-uschii and B.gedosianus which gain the adventage over others become thetall grasses,and form a dense steppe community of over ten thousand muwhich looks quite like a cultivated wheat field.It may occur with redclover in the meadow beside little streams.It is a biennial winter grass in habit,and in general,a componentof the steppe.

根据在新疆的两年调查,节节麦(Aegilops tauschii Cosson,syn.Ae.squarrosa L.)~(**)在伊犁地区是越年生中生高草,主要分布在草原自然植被中。但可延伸至蒿属(Artemisia)荒漠中呈短生纤草,或存在于河谷草甸。伊犁地区是其连续分布区最东部边缘。在伊犁地区发现 Ae.tauschii 是本种分布地区的新记录。

The ecological problem of freezing injury to winter wheat comprisestwo aspectst:the seedling resistance to freezing injury and the low tem-perature iteelf.This paper reported the method of quantitative measure-ment of resistance to winter injury and its application to“XindongⅡ”winter wheat in the Wulawushu Region.The variation of resistance of wheat seedling to freezing injury ma-inly depended on the environmental temperature.The winter hardiness ofwinter wheat can be divided into three ecological periods:melt-freeze,freeze...

The ecological problem of freezing injury to winter wheat comprisestwo aspectst:the seedling resistance to freezing injury and the low tem-perature iteelf.This paper reported the method of quantitative measure-ment of resistance to winter injury and its application to“XindongⅡ”winter wheat in the Wulawushu Region.The variation of resistance of wheat seedling to freezing injury ma-inly depended on the environmental temperature.The winter hardiness ofwinter wheat can be divided into three ecological periods:melt-freeze,freeze and freeze-melt,each of which is composed of two stages.According to the ecological condition causing freezing injury,fourtypes of freezing injurg are recognized:autumn and winter lowtemperature,freeze-melt in winter,and freeze-melt in early spring.

冬小麦越冬冻害生态问题可分为麦苗抗冻能力和环境低温两个方面。本文对麦苗抗冻能力定量鉴定方法进行了评定,进而运用此法对冬麦新冬二号品种在新疆乌拉乌苏越冬期间各时期抗冻能力进行系统测定。麦苗抗冻能力的变化主要由环境温度所决定。依环境温度与小麦生长状况、抗冻能力的关系,把冬麦越冬分成冻融、稳定封冻、融冻三个生态阶段,每个生态阶段又分成两个生态时期。依不同生态阶段、时期产生冻害的生态条件,把冻害分为秋、冬季低温和冬季、早春融冻四种类型。

 
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