太湖

tài hú
  • Tai Lake
太湖太湖
太湖 [tài hú]
  • [Taihu] 中国第三大淡水湖。位于江苏省南部,正常水位时2250平方公里。周围河流水网密布,为著名游览区

  1. 太湖水位达到了历史最高值。

    The water level in Lake Taihu has reached record levels

  2. 太湖之上,烟波浩淼。

    On the Taihu Lake , mists and waves stretch far into the distance .

  3. 太湖新银鱼线粒体DNA的制备

    Preparation of Mitochondrial DNA From Neosalanx Taihuensis Chen

  4. 太湖流域典型地区土壤有机质、pH和速效磷钾的分布研究

    Distribution of soil organic matter , soil pH , available phosphorus and available potassium in soil of Taihu

  5. 太湖地区湖水与河水中溶解N2O及其排放

    Dissolved N_2O Concentrations and N_2O Emissions from Aquatic Systems of Lake and River in Taihu Lake Region

  6. 第三,本文对太湖渔业资源监测GIS开发研究中的开发目标、原则、要求、功能结构、界面设计等进行了详尽的论述;

    Thirdly , the development project , principle , requirement , functional architecture and interface design are discussed at large ;

  7. 太湖地区高产水稻土经济极点施肥:一种农田N、P养分负荷的田间控制技术

    Minimum Application Rates for High-Yielding Rice Production System in the Taihu Lake Region as a Field Measure for Controlling N and P Agricultural Loading

  8. brachygnathus、太湖湖鲚C.刀鲚的年龄和生长

    On the age and growth of the Chinese anchovy , coilia ectenes , from the Yangtze River

  9. 作者着眼于酸性降水这一侧面,论证了酸性降水对太湖水体降水pH值的影响。

    The author concentrates one aspect of acidic precipitation and proves the influence of acidic precipitation to the pH value of Tai Lake water body .

  10. 太湖地区典型菜地土壤微生物16Srdna的PCR-RFLP分析

    PCR-RFLP analysis of bacterial 16S rDNA from a typical garden soil in Taihu region

  11. 多介质环境模型研究太湖藻类生物量对POPs的影响

    Study on effect of algae biomass on POPs in Taihu Lake by using multimedia environmental model

  12. ADCP在太湖流域平原河网地区的应用

    Application of ADCP in Plain Reaches of Tai Lake Area

  13. SILAS系统在太湖湖底淤泥调查中的应用

    Application of Silas system in the silt investigation of the Taihu Lake

  14. 在此基础上将太湖流域简化成m个线性入流系统和n个出流河道,根据水量平衡方程、水力学方法和水文学原理,推导出具有物理基础的太湖水位预报多元回归模型。

    Besed on the water-balance equation , hydraulic methods and hydrologic theory , a physics-based multi-regression model for Taihu Lake stage is framed simplifying Taihu Lake basin into m linear response sub-basins and n drainage channels .

  15. 太湖沉积物中碱性磷酸酶活力(APA)和磷形态的垂向特征及相关性

    Vertical Variation of Alkaline Phosphatase Activity and Phosphorus Forms in the Taihu Lake Sediment and the Relationship Between Them

  16. 目的了解有毒蓝藻水华频繁暴发的太湖流域周边城市水源水和饮用水中微囊藻毒素(MC)的含量。

    ObjectiveTo investigate the level of microcystins ( MC ) in source and drinking water of a city along Lake Tiahu where toxic water blooms frequently occurred .

  17. 对太湖现代沉积物进行了X射线衍射分析、粒度分析和常量元素分析,由此推断它们的矿物成分、化学风化程度差异,并分析了不同的水动力条件和物源。

    On the basis of X-ray diffraction , sedimental size and major elements analyses , we deduce the chemical weathering degree of sediments in Taihu Lake and illuminate the hydrodynamic condition and the source of sediments .

  18. 本文主要对太湖地区12个典型水稻土剖面的荧光素二乙酸酯(FDA)水解酶活性及其它相关酶活性进行了分析。

    The activities of fluorescein diacetate ( FDA ) hydrolysis and soil enzymes of 12 high fertility paddy soils located in Taihu region were analyzed in this paper .

  19. 文章通过一系列的调研数据揭示了太湖目前的水环境问题,并使用了偏相关分析方法探讨了影响水环境的社会经济因子,如COD的排放量、工业产值、耕地面积和人口等。

    The paper explored some problems on water environment in Taihu by a serial of data obtained in field , and discussed the main social economic factors affecting water environment through Partial correlation analysis .

  20. 采用原状土样分离技术,研究了太湖地区几种主要水稻土不同颗粒中重金属元素Pb、Cr、Cd的分布。

    By the undisturbed soil sampling and soil particle size fractionating with ultrasonic separation , distribution of heavy metals in soil particle size fractions in major paddy soil type in the Tai Lake region , China was studied .

  21. 太湖地区环境考古太湖无锡地区近40a来日照的变化特征分析

    The analysis of variation characteristics of sunshine in the recent forty years in Wuxi region

  22. 方法:利用基于抗MC-LR多克隆抗体建立的间接竞争ELISA和HPLC法分别检测太湖中不同检测点、不同时期采集的大量水样中的MC-LR含量。

    Methods : Using ELISA which is built on anti-MC-LR antibody and HPLC at one time to detect the MC-LR in Taihu water gathered of deferent period and field .

  23. 结果表明:近20年太湖流域GDP年均增长率为11.6%,城市化率提高31个百分点,工业总产值增长了13倍,作物播种面积和有效灌溉面积逐年减少;

    The annual growth rate of GDP reached 11.6 % , the rate of urbanization increased 31 % and the gross output value of industry increased 13 times . However , the crop area and effectively irrigated area decreased year after year .

  24. 而后,选取BOD5、COD、NH3&N三项水质指标,对各太湖流域平原河网2000年的年平均水质进行模糊综合评价。

    Thirdly , three water quality indexes , BOD_5 , COD and NH_3 & N , are selected to be the factors , and the average water quality in 2000 of the river network is evaluated .

  25. 浅地层剖面仪在海洋工程中的应用运用GPY浅地层剖面仪对太湖底质的探测

    Application of Subbottom Profiler to Ocean Engineering SURVEY OF THE SUBSTRATE OF TAI-LAKE USING GPY ACOUSTIC METER

  26. 采用平衡液吸附法和KCl溶液解吸法研究了磷酸盐对太湖地区水稻土(黄泥土)Cu2+吸附与解吸的影响。

    Effect of phosphate on sorption-desorption of Cu ~ 2 + by a typical paddy soil from the Tai Lake region , China was studied by isothermal equilibrium sorption and desorption method using KCl solution .

  27. 太湖是我国的第二大淡水湖,也是我国重要的渔业基地,但对于该湖区鱼类脂肪酸的含量与组成以及PCBs和PBDEs在鱼类的暴露水平和分布特征很少报道。

    Taihu Lake is the second largest lake in China , and also is an important fishery base . But report on fatty acids , PCBs and PBDEs in fish from this lake was limited .

  28. 依据太湖底泥的污染特性,疏浚深度以40~50cm为宜,并应为后续生物修复技术介入创造必要的生态环境条件。

    According to the characteristics of sediment pollution in Taihu Lake , the appropriate depth of dredging is 40 & 50 ? cm , and the dredging should create necessary environmental condition for the following ecosystem restoration .

  29. 利用国家开发银行贷款治理太湖水环境

    Using Loans from CDB to Protecting Water Environment of Tai Lake

  30. 太湖无锡地区太阳总辐射的气候学计算及特征分析

    Climatological Calculation and characteristic analysis of global radiation over Wuxi region