闽江

闽江河口沉积结构与沉积作用

Sedimentary texture and sedimentation in the Minjiang River Estuary

闽江口泥沙运动遥感分析

An Analysis of Remote Sensing for Sediment Movement of the Minjiang River Estuary

基于GIS技术的闽江流域生态脆弱性分析

A Study on the Ecological Fragility in Minjiang Watershed Based on GIS Technology

BP模型在闽江岸线变形预测中的应用

Application of BP model to predicting deformation of bank-line of Minjiang river

基于GIS的闽江航道模拟与预测系统设计

Design of Simulating and Predicting System on Waterway of Minjiang River Based on GIS

闽江口湿地不同土地利用方式下表层土壤N，P，K含量研究

Contents of Soil N , P and K Under Different Land Uses in Estuary Wetland of Min River

基于RS与GIS的闽江流域森林景观格局分析

Analysis on forest landscape pattern in Minjiang watershed based on RS and GIS

闽江河口湿地土壤植物系统Zn、Cd的分布特征

Distribution of zinc and cadmium in the soil-plant systems of Minjiang estuary wetland

闽江水域的细菌数量及其与COD和pH值之间的关系初探

A preliminary study on bacteria counts in relation to COD and pH of Min River water

闽江下游生态示范岛的建设&基于三维GIS的智能化生态观光岛的建设

Constructing of Ecological Island on Lower Reaches of Minjiang River - Building of Intelligence Ecological Island Basing on Technology of 3D-GIS

闽江河口藨草湿地CH4排放特征

Methane Emission from Scirpus triqueter Wetland in the Min River Estuary

福州闽江南港河道为规划的国家IV级航道。

The channel of Fuzhou Min River South Harbor is a planned national 4th-class channel .

酸沉降对闽江河口湿地CH4产生排放和碳输出的影响

Effects of Sulfur Deposition on Methane Emission and Carbon Cycling in Minjiang River Estuary

基于3S技术的闽江流域水土流失定量评价

Quantitative Estimation of Water and Soil Erosion From Minjiang Watershed Based on Geomatics

基于3S技术闽江流域生态公益林体系高效空间配置研究

Study on the Efficient Spatial Allocation of the Ecological Forest System in Minjiang Watershed Based on Geomatics

福州港（闽江口）VTS管理程度的研究

Research on the Administrative Degree of Fuzhou Port ( the Mouth of Min River ) VTS

GIS支持下近百年来闽江口海底地形地貌演变海底地貌与大陆地形不同，它一起伏不平的地形为特征。

Seabed morphological evolution in Minjiang Estuary in recent one hundred years based on GIS tools The landscape under oceans differs from that on the earth . It features with fluctuant landforms .

运用Fuzzy综合评价法、集对分析法、RBF网络法、物元可拓法和投影寻踪法分析闽江流域森林承载力，结果是一致的，都是Ⅲ级，即中等可承载级别。

Then fuzzy synthesis appraisal method , set pair analytic method , RBF network method , matter element method and projection pursuit method were used to analyze forest carrying capacity of Minjiang river basin .

应用GC和GC-MS分析了闽江口采的鱼、贝类样品中DDT，BHC及石油的残留量。

The residue analysis of DDT , BHC and petroleum in the fishes and shellfishes collected from the Minjiang estuary has been undertaken with GC and GC-MS.

利用历史洪水已知的实测流量信息，将实时修正引入雨量站网规划中，在闽江七里街流域对1988~2001年的45场洪水采用误差自回归（AR）模型在模拟过程中进行实时修正。

Making use of the observed discharge information , real-time correcting method is brought in rainfall network programming . AR model is used to revise the simulated processes of forty five flood events .

利用SY-118型GPS接收机建立了闽江干流GPS控制网，取得了良好的成果。

The control net of GPS for the mainstream of the Minjiang River was established by using GPS receiver of SY-118 and the good results had been obtained .

北西向断裂发育，其中，闽江断裂在纵剖面和扇形剖面均有明显的反映，并切割到Moho面2.0&3.0km。

The faults in the northwest direction are well-developed , and one of which is Min River fault with 2.0-3.0 km amplitude on Moho-surface .

主要研究结果如下：（1）闽江福州段沉积物中PAHs，总量和PAHs单体含量从上游到下游都呈下降趋势。

The main results are as follows : ( 1 ) The concentration of total PAHs and PAH isomers obviously showed a downward trend from upstream to downstream in the sediments of Minjiang River in Fuzhou city .

本文通过对闽江流域自然条件和社会经济状况以及生态公益林体系建设的资料收集，运用3S技术，辅以外业调查来获取研究数据。

The data used in the paper were got through the collection of the natural conditions and socio-economic conditions and the ecological forest system construction in Minjiang Watershed with the help of survey and geomatics technology .

结果表明，闽江口－马祖海域基本上未受到HCHS和PCBS的污染，只受到DDT的轻度沾污。

The results indicate that the sea area between Minjiang Estuary and Mazu has not been polluted by HCHs and PCBs in the main , and is only slightly contaminated by DDTs .

本文以典型植物病毒烟草花叶病毒（TMV）为模型，比较了其在不同温度条件下，在闽江水、自来水、生活污水、微孔滤膜过滤除菌污水及超纯水中的灭活动力学。

Choosing the typical plant virus TMV as a model virus , the inactivation dynamics of it in Min River water , tap water , super-pure water , life sewage and sterile sewage under different temperatures were studied in this paper .

福州市闽江二桥拓宽工程上部为40mm和32mm厚钢板组成的钢板梁，由工地现场焊接制造。

The widened superstructure of the Second Minjiang River Bridge in Fuzhou is of steel plate girder formed with steel plates 40 mm and 32 mm thick that are welded and fabricated on site .

场地水位高且与闽江有直接水力联系，砂层渗透系数大，设计最大坑内水位降深为11m，通过设置水泥搅拌桩悬挂止水帷幕，采用深井降水系统成功地降低了坑内水位。

Because of the high water level and large permeability in sand , the cement mixing pile was also used as the anti-seepage pensile curtain , and deep-well system was set up at the same time to depress the water line .

闽江流域生态安全问题及建议

The Problems of Ecological Security in Minjiang River Basin and Suggestion

闽江洪水预警报系统中的站点布设

Station Location of Flood Forecast and Alarm System in Minjiang River