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   中国土壤 在 农作物 分类中 的翻译结果: 查询用时:0.51秒
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中国土壤
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  soil in china
    As far as information goes now, the mean content of silver in soil in China reaches 0.35 mg·kg~(-1), much higher than that of the whole world,and is 0.134-0.193 mg·kg~(-1) in purple soil of southern areas.
    从已有的资料,中国土壤中银的平均水平远高于全球平均值,达0.35mg·kg~(-1); 而中国南方紫色土壤含银水平在0.134~0.193mg·kg~(-1)。
短句来源
    The contents of other elements such as Al、Mn、B etc. were corresponded to the background of soil in China.
    其它Al、Mn、B等7种元素含量与中国土壤元素含量背景值相当或略低。
短句来源
    The result showed that the contents of S,P,K,Ca and Ti were all inadequate evidently. Sb and Se were enrichment relatively,the coefficients of enrichment were 9.47 and 5.38 respectively. The content of other elements such as Al,Mg,Mn were corresponded to the background of soil in China.
    结果表明,川北茶区土壤中S、P、K、Ca、Ti元素表现为显著贫化,Sb和Se表现为相对富集,其浓集系数k分别达9.47和5.38,其它A l、Mg、Mn等9种元素与中国土壤含量背景值相当或略低;
短句来源
  “中国土壤”译为未确定词的双语例句
    As China is a big country with severe soil and water losses,and land degradation problems,however,the current area under conservation tillage only accounts for 0.2% of the area worldwide,and only about 0.1% of China's total arable land area,this situation is indeed far from the increased demand of soil conversation due to the continuing increased degradation of land resource and soil quality.
    中国是一个水土流失和耕地退化严重的农业大国,而从全球统计数字来看,中国土壤保持耕作面积目前仅占全球保持耕作面积的0.2%,仅占全国耕地面积的0.1%,其现状与中国耕地资源和环境的继续退化以及对土壤保持耕作需求的增加极不相符。
短句来源
    Therefore,strengthening research on soil conservation tillage systems,and soil conservation management in a long-term of “energy-saving and carbon-sequestrating” is of great significance not only for China,but also for global change and sustainable development in agriculture.
    加强中国土壤保持耕作系统研究和土壤保持耕作“节能固碳”长期建设不仅对中国而且对全球变化及农业可持续发展具有重大意义。
短句来源
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  soil in china
Interactive effects of organic fertilizer, CaSO4 and amino acid Ca on Fuji apple in Burozem soil in China
      
A two-year trial was conducted to test the interactive effects of special-for-apple organic fertilizer, CaSO4, and amino acid Ca on Fuji/Balenghaitang (Malus robusta Rehd.) rootstock in Burozem soil in China.
      
Therefore, it has practical significance for the seismic zoning, the design and retrofit of the aseismic structures on the soft soil in China.
      
Types of expansive-shrinkable soil in China and their engineering geological characteristics
      
Emericella qinqixianii, a new species from desert soil in China
      
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Firstly, the contents of soil nutrients in Gengzhuang were analyzed and the nutrients status was evaluated and classified according to the standard of Chinese soil survey techniques. Then, different mathematic models for fertilizer application were established based on the classification results of the nutrients. By using an advanced computer program language, Viaual Basic, and the above mathematic models, a computerized fertilizer recommendation system was developed. Finally, the computer system was applied...

Firstly, the contents of soil nutrients in Gengzhuang were analyzed and the nutrients status was evaluated and classified according to the standard of Chinese soil survey techniques. Then, different mathematic models for fertilizer application were established based on the classification results of the nutrients. By using an advanced computer program language, Viaual Basic, and the above mathematic models, a computerized fertilizer recommendation system was developed. Finally, the computer system was applied for maize production in Gengzhuang in terms of consulting and services.

在对辽宁省海城市耿庄镇旱田耕层土壤养分含量状况分析测定的基础上 ,根据《中国土壤普查技术》制定的标准 ,对耿庄镇旱田土壤养分含量进行了分级和评价 ,并针对各分级土壤区域建立了具体的肥料施用数学模型。应用ViaualBasic高级程序设计语言及肥料施用数学模型建立计算机推荐施肥应用系统 ,用于耿庄镇玉米种植推荐施肥与咨询服务

By using the ICP-AES,the contents of 17 kinds of nutritive elements had been mensurated for the soil of 188 tea gardens in 25 counties or sections in west of Sichuan, the characters of the backgrounds of nutritive elements had been emphasized.The result showed that the contents of V、Se and S were enrichment relatively, the coefficient of enrichment were 1.51,5.67 and 27.3 respectively.S、P、K、Mg、Ca、Fe and Ti were all inadequate evidently.The contents of other elements such as Al、Mn、B etc.were corresponded to the...

By using the ICP-AES,the contents of 17 kinds of nutritive elements had been mensurated for the soil of 188 tea gardens in 25 counties or sections in west of Sichuan, the characters of the backgrounds of nutritive elements had been emphasized.The result showed that the contents of V、Se and S were enrichment relatively, the coefficient of enrichment were 1.51,5.67 and 27.3 respectively.S、P、K、Mg、Ca、Fe and Ti were all inadequate evidently.The contents of other elements such as Al、Mn、B etc.were corresponded to the background of soil in China.The backgrounds of nutritive elements had some difference because of the different soil type.The backgrounds of Al、S、Fe、V、B、Zn and Co had very evident difference for the different soil type.The backgrounds of Ti、Mo、Ni and Se had also evident difference.The contents of B and Co were highest in the yellow soil, Ca、Mn、Zn and Ni were highest in the acidic-purple soil,Al、Sb and Se were in the umber soil, the others were highest in the clay soil.

通过采用单道扫描等离子发射光谱仪(ICPAES)对四川西部25个产茶县188个茶园土壤中Al、S、P、K等17种营养元素含量进行测定,着重研究了该地区茶园土壤的营养元素背景值特征。结果表明:川西茶区土壤中V、Se、Sb表现为相对富集,浓集系数K值分别为1.51,5.67,27.3;而S、P、K、Mg、Ca、Fe、Ti则表现为显著贫化;其它Al、Mn、B等7种元素含量与中国土壤元素含量背景值相当或略低。营养元素背景值因土壤类型的不同而表现出一定的差异,Al、S、Fe、V、B、Zn和Co的背景值在不同类型土壤中差异极显著;Ti、Mo、Ni和Se的背景值在不同类型土壤中差异显著,B、Co的背景值以黄壤中最高,Ca、Mn、Zn和Ni的背景值以酸性紫色土最高,Al、Sb和Se的背景值则以棕壤中最高,其余8种元素的背景值以粘土中最高。

In Kunming area,nine soil profiles were investigated and the physical and chemical character of cultivated soil was analysed.The results showed that these profiles developed from Mesozoic purple sandshale and carbonatite,quaternary alluvial parent materials,deluvial or eluvial parent materials and lake weathering parent materials.According to Chinese Soil Taxonomic Classification (Revised Proposal),nine soil profiles respectively belonged to 4 soil orders,5 soil great groups and 5 soil subgroups.The profile...

In Kunming area,nine soil profiles were investigated and the physical and chemical character of cultivated soil was analysed.The results showed that these profiles developed from Mesozoic purple sandshale and carbonatite,quaternary alluvial parent materials,deluvial or eluvial parent materials and lake weathering parent materials.According to Chinese Soil Taxonomic Classification (Revised Proposal),nine soil profiles respectively belonged to 4 soil orders,5 soil great groups and 5 soil subgroups.The profile form included A-P-B-C,A-B-C and A-C/D,whose cultivated soil thickness was 17-33 cm and the whole soil thickness was 18-100 cm.

调查了昆明烟区9个土壤剖面,并对其耕层进行土壤理化性状分析。结果表明,9个剖面分别由中生代紫色砂页岩、碳酸岩、第四纪冲积母质、坡(残)积母质、第四纪湖积物风化母质发育而成。根据土壤特性,按照《中国土壤系统分类(修订方案)》,9个剖面分属4个土纲、5个土类、5个亚类。剖面构型共有3种:耕作层(A)—犁底层(P)—心土层(淀积层B)—母质层(C)、耕作层(A)—心土层(淀积层B)—母质层(C)、耕作层(A)—母质层/母岩层(C/D)。剖面耕作层厚度为17-33cm,土体厚度差别较大,最薄的仅18cm,最厚的竟达100cm。

 
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