助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   farming region 在 农业基础科学 分类中 的翻译结果: 查询用时:0.066秒
图标索引 在分类学科中查询
所有学科
农业基础科学
农业经济
农作物
农艺学
植物保护
更多类别查询

图标索引 历史查询
 

farming region
相关语句
  农区
    Functions to Agriculture Sustainable Development of Integrated Cropping with Animal Husbandry in Farming Region ——A Case in Southern Intensive Farming Region of China
    南方集约农区农牧结合对农业可持续发展的作用
短句来源
    Regional difference of cropping-animal husbandry system and its developmental trends at intensive farming region in the Changjiang River Delta.
    长江三角洲集约农区农牧系统区域差异及发展趋势
短句来源
    Through investigations,evaluating index system of the regional difference of crop-ping-animal husbandry system in intensive farming region of the Changjiang River Delta includes natural resources,planting-raising situation,social consume and rural economic feature, etc.
    通过多方调研,制定了长江三角洲集约农区农牧系统区域差异评价指标体系,包括自然资源状况、种植业与养殖业特征和社会消费与农村经济特征等方面内容。
短句来源
  农区
    Functions to Agriculture Sustainable Development of Integrated Cropping with Animal Husbandry in Farming Region ——A Case in Southern Intensive Farming Region of China
    南方集约农区农牧结合对农业可持续发展的作用
短句来源
    Regional difference of cropping-animal husbandry system and its developmental trends at intensive farming region in the Changjiang River Delta.
    长江三角洲集约农区农牧系统区域差异及发展趋势
短句来源
    Through investigations,evaluating index system of the regional difference of crop-ping-animal husbandry system in intensive farming region of the Changjiang River Delta includes natural resources,planting-raising situation,social consume and rural economic feature, etc.
    通过多方调研,制定了长江三角洲集约农区农牧系统区域差异评价指标体系,包括自然资源状况、种植业与养殖业特征和社会消费与农村经济特征等方面内容。
短句来源
  农区
    Functions to Agriculture Sustainable Development of Integrated Cropping with Animal Husbandry in Farming Region ——A Case in Southern Intensive Farming Region of China
    南方集约农区农牧结合对农业可持续发展的作用
短句来源
    Regional difference of cropping-animal husbandry system and its developmental trends at intensive farming region in the Changjiang River Delta.
    长江三角洲集约农区农牧系统区域差异及发展趋势
短句来源
    Through investigations,evaluating index system of the regional difference of crop-ping-animal husbandry system in intensive farming region of the Changjiang River Delta includes natural resources,planting-raising situation,social consume and rural economic feature, etc.
    通过多方调研,制定了长江三角洲集约农区农牧系统区域差异评价指标体系,包括自然资源状况、种植业与养殖业特征和社会消费与农村经济特征等方面内容。
短句来源
  “farming region”译为未确定词的双语例句
    RESEARCH ON THE SOIL RESERVOIR MOISTURE STORAGE CAPABILITY IN THE DRY FARMING REGION PROVINCE IN EASTERN GANSU
    甘肃东部旱作区土壤水库贮水力的研究
短句来源
    Based on system coupling theory, this study examined the agricultural and pastoral production patterns of the households both in agricultural farming region and animal husbandry region. By calculating and analyzing the system coupling and system contrary, comparing the existing patterns, some typical agro-pastoral system coupling patterns were recommended.
    以系统耦合理论为核心,运用系统科学和生态工程的理论和方法,宏观农牧业统计资料、北方旱区农业研究资料和数据、内蒙古草地基础数据、畜牧气象观测资料等为基础,系统观测农耕区和畜牧区农户、牧户的农牧业生产模式,进行系统耦合及相悖的运算及分析,在总结现有农牧耦合成功模式的基础上,建立农牧系统耦合的生产范式。
短句来源
    The Palearctic Realm can be further subdivided into 4 regions_Northern Shaanxi sand and bottomland farming region, Northern Shaanxi loess plateau farming region, Weibei draught plateau wheat, oil, tobacco and fruit region, Guanzhong plain wheat, cotton, cole and vegetable region.
    两界以秦岭为分界线 ,其中古北界包括陕北风沙滩地农牧区 ,陕北黄土高原丘陵沟壑农林牧区 ,渭北旱原粮油烟果区及关中平原粮棉油菜区 4区 ;
短句来源
    The results shown,potential requirement water of crops is 650 28mm in east of Qinghai dry farming region. But water comsumption of crops is seriously unenough in fact. It is only 168.22mm in their full time of growing.
    结果表明 :青海东部旱区作物潜在需水量为 6 5 0 2 8mm ,但实际耗水严重不足 ,全生育期耗水仅 16 8 2 2mm ,不及潜在需水量的 30 %。
短句来源
查询“farming region”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。
  farming region
The present study focused on the modes of communication used in extension and how they affected adoption of agroforestry in a subsistence farming region of eastern India.
      
The ecology of gathering in a Mexican farming region
      
Ridgetops in the dryland farming region of eastern Washington suffer from low productivity and poor soil quality from years of erosion.
      
The Rio Grande valley is a farming region, explaining Matamoros concentration in agriculture.
      
Rice County, a farming region of glacial drift and moraines.
      
更多          


Three different tillage methods in 5 different farming regions of Jiangsu were surveyed by location test examine how these tillage methods effect the soil fertility and the yields of rice and wheat. The results show that sowing at the same term, the yield of wheat with minimumor no-tillage was more prebable to increase, with a greater increment on day loam than on sandy loam; the yield of hand transplanted rice in no-tillage treatment tended to decrease, with a greater decrement on clay loam than on sandy...

Three different tillage methods in 5 different farming regions of Jiangsu were surveyed by location test examine how these tillage methods effect the soil fertility and the yields of rice and wheat. The results show that sowing at the same term, the yield of wheat with minimumor no-tillage was more prebable to increase, with a greater increment on day loam than on sandy loam; the yield of hand transplanted rice in no-tillage treatment tended to decrease, with a greater decrement on clay loam than on sandy loam also; and both the change ranges tended to increase grandually from raised south to north (32°10′N-34°30′N). Minimumor no-tillage notably the nutrient contents of the surface soil, but the soil bulk density below 7cm also increased. Organic matter, available nitrogen, phosphorus and potassium all tended to decrease. Comprehensive analysis of soil fertility indicates that as for fertility enhancernent, minimum-or no-tillage was more advantageous for clay loam than for sandy loam. Based on extensive survey and comprehensive analysis, a new rotation-tillage system was put forward, in which minimum tillage is the principal part, minimum and no-tillage alternate and deep, shallow and no-tillage rotate periodically. This new system continued and developed the merits of different tillage methods, and correctly handled the contradictions between multiple cropping and farming season, farming and promoting the soil fertility, high yield and high efficiency, thus promoting the development of agronomics in Jiangsu. In recent years, this new tillage system has been extended to a total area of 794000ha in Jiangsu. The application of this new rotation-tillage system has increased yield by 7.5×10~9kg and net income be 3.98×10~9 yuan and gained significant social, economic and ecologic benefits.

本文通过对江苏省不同农区土壤耕法调查和定位试验,比较了三种不同耕法对稻麦产量和土壤肥力的影响。结果表明,在同期播种的条件下,少、免耕麦增产机率大,且粘壤土大于砂壤土。免耕稻在人工栽插的条件下,易造成减产,其幅度是粘壤土类大于砂壤土类。两者增减产变幅,都有从南到北(N32°10′—N34°30′)逐渐增大的趋势。连续少、免耕明显地提高了土壤表层养分,但7cm以下土壤容重增大,有机质、速效氮、磷、钾均有所下降,草害严重,影响作物高产。在试验的基础上,作者提出了适应不同农区土壤,以少耕为主体,少、免耕交替,定期耕翻的深耕、浅耕、免耕有机结合的轮耕新体制,较好地解决了少、免耕连续应用所带来的弊端,为稻麦持续高产提供了科学耕作新技术。

Based on the soil moisture data at 0 ̄200 cm depth from 14 stations in the dry farming region of eastern Gansu Province in years 1989 to 1992,the soil reservoir moisture storage capability and its change rule of the different climate patterns in the region are studied according to the atmospheric precipitation-soil moisture circulation system.The paper gives both the soil moisture storage standards under the different degrees of agricultural drought and the deficit of the storage capability,which...

Based on the soil moisture data at 0 ̄200 cm depth from 14 stations in the dry farming region of eastern Gansu Province in years 1989 to 1992,the soil reservoir moisture storage capability and its change rule of the different climate patterns in the region are studied according to the atmospheric precipitation-soil moisture circulation system.The paper gives both the soil moisture storage standards under the different degrees of agricultural drought and the deficit of the storage capability,which provide the base for the exploiting and utilizing of soil reservoir potential.

根据甘肃东部旱作区14个测站1989~1992年0~2m土壤水分实测资料,从大气降水-土壤水循环系统出发,探讨了旱作区不同气候类型土壤水库的贮水能力及其运行规律,给出不同农业干旱程度的贮水标准和贮水量亏缺额,为土壤水库潜力的开发利用提供了依据.

Based on systematic analysis of 40 years' complete meteorological data from 30 stations as well as the agricultural output information in Songnen Plain, one of the dry farming regions in Northern China,it was concluded that the climate in this plain was actually warming up,which lead to the split up of the high production areas to south and to north in the plain,that is the high yield area of corn gradually moving to south,and wheat and bean to north.Thus the changes in agricultural production should be...

Based on systematic analysis of 40 years' complete meteorological data from 30 stations as well as the agricultural output information in Songnen Plain, one of the dry farming regions in Northern China,it was concluded that the climate in this plain was actually warming up,which lead to the split up of the high production areas to south and to north in the plain,that is the high yield area of corn gradually moving to south,and wheat and bean to north.Thus the changes in agricultural production should be paid attention to when working out strategies for agricultural development.

本文通过对我国北方旱地农业区松嫩平原30个县(市)、40年完整的气象资料及农业产量资料的系统统计分析,得出松嫩平原40年来气候确有逐渐变暖的趋势,由于气候变暖,导致松嫩平原东部作物高产优势逐渐向南、北两个方向分化,玉米高产中心南移,麦豆高产中心北移,这是农业发展战略上需要注意的。据此,提出了该区农业综合发展的对策。

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关farming region的内容
在知识搜索中查有关farming region的内容
在数字搜索中查有关farming region的内容
在概念知识元中查有关farming region的内容
在学术趋势中查有关farming region的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社