1) Tashan reservoir
塔山水库
1.
Eutrophication in Tashan reservoir was coused mainly by disorderly net-cage aqviculture.
塔山水库富营养化污染主要是由无序的网箱养鱼造成的,采取生物防治技术取得了较好的治理效果。
2.
The process and cause of breaking out of blue green algae in Tashan reservoir of drinking water is briefly introduced in this paper.
饮用水源藻类污染已越来越引起人们的关注,作者简述了塔山水库饮用水源地蓝藻暴发的过程及原因,提出了用鱼养水生物措施控制饮用水源蓝藻暴发的对策。
3.
The procedure and cause of blue algae eruption in Tashan Reservoir were introduced.
简述了塔山水库蓝藻暴发的过程及成因。
2) Songta Reservoir
松塔水库
1.
Research on the Submergence of the Dam-site Reservoir Area in Ququgou Gully of Songta Reservoir;
松塔水库曲曲沟坝址库区浸没问题研究
2.
Analysis on the Water-supply Efficiency of the Dam of Xiaohe River and the Songta Reservoir;
潇河大坝——松塔水库供水效率的分析
3.
The Comparison and Determination of the Dam Sites and Dam Types of Songta Reservoir;
松塔水库坝址坝型的比较与确定
3) Shanzi Reservoir
山仔水库
1.
Eutrophication characteristics of Shanzi Reservoir in Fujian province;
福建省山仔水库富营养化特征
2.
Correlation between Chlorophyll-a and Related Environmental Factors in Shanzi Reservoir;
山仔水库叶绿素a与环境因子的相关分析及富营养化评价
3.
Unascertained Measurement Model Assessment of Eco-environment Quality for Counties Nearby Shanzi Reservoir;
山仔水库周边乡镇生态质量未确知测度评价
4) Taoshan Reservoir
桃山水库
1.
Water Quality Status at Taoshan Reservoir and Controlling Countermeasure;
桃山水库水质现状及控制对策
2.
Research on the Numerical Simulation of Water Quality in Taoshan Reservoir;
桃山水库水质数值模拟研究
5) Shanzai reservoir
山仔水库
1.
This paper uses fuzzy mathematical model to evaluate water quality of Shanzai reservoir,we elicited the change trend of the water quality in 6 years.
应用模糊数学方法对山仔水库水质进行评价 ,得出了山仔水库近六年来的水质变化趋势 ,表明近年来由于采取有效控制措施 ,山仔水库的水质逐步地得到了改善。
2.
Qualitive analysis and quantitalive analysis on the phytoplankton of the two potable waterheads which are Shanzai reservoir and Minjiang river in Fuzhou were carried out from July 2001 to June 2002.
从 2 0 0 1年 7月到 2 0 0 2年 6月 ,对福州市饮用水两大水源取水处 (山仔水库和闽江 )的浮游植物进行定性定量分析 ,还对不同取水处浮游植物的种类组成、数量和生物量的周年变化进行比较 ,并综合运用Margalef多样性指数对饮用水源的水质状况进行初步评价 。
3.
Shanzai reservoir is one of the important freshwater resources in Fujian province, and also the second drinking water source for Fuzhou city, so the water quality directly affects Fuzhou citizen's health.
山仔水库是福建省重要淡水资源之一，也是福州市第二饮用水水源地，其水质的好坏直接关系到福州市民健康安全。
6) Shanmei Reservoir
山美水库
1.
Distribution Characters of Water Quality Index and Trend of Eutrophication in Quanzhou Shanmei Reservoir's Water;
泉州山美水库水质分布特征与富营养化趋势
2.
Development and application of integrated safety monitoring system with multiple subsystems for Shanmei reservoir;
山美水库多子系统水库安全监控系统建设与应用
3.
Safety monitoring system for dam of Shanmei Reservoir;
山美水库大坝安全监控系统
补充资料：绍兴塔山
绍兴塔山
【塔山】又名怪山、飞来山、宝林山、龟山，海拔29.4米。在绍兴城区南门内，与府山、蕺山鼎足而立。传说从琅?东海中飞来，故名飞来山，也称怪山。山上原有宝林寺，故又名宝林山。山远望似龟形，故又名龟山。山上有应天塔，俗名塔山。越王句践曾在此山上建"怪游台"以仰望天气，观察天怪，恐是我国最早的天文台。但它和旧有的巨人迹、锡杖痕、宝林寺、圣母阁、望云楼，均已成为历史陈迹。应天塔系绍兴市重点文物保护单位，位于塔山之巅，始建于东晋。山上原有宝林寺。晋末，寺内沙门昙彦与许询一同造塔，塔未成，许询亡故。后由昙彦与他人建成该塔。唐乾符元年(874)重建，宝林寺改名应天寺，塔随寺名。明嘉靖前几经毁废。1524年复建。万历年间修葺。清宣统二年(1910)旧历七月半，习俗盂兰盆会，塔内失火，楼板楼梯焚毁，成空心砖塔。1985年重修后，6角7层，砖木混合楼阁式，底边长3.37米，壁厚1.64米。塔身由底向上逐层缩小，造型庄严，色彩协调。同年也对塔山作了全面布局设计，疏浚了灵鳗河，上架石砌拱桥，名灵鳗桥，桥南新建仿唐建筑清凉寺，台地四周筑回廊，使之成为玲珑优美的景点。今为飞来山公园。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。