1) lower reaches of Minjiang River
闽江下游
1.
Analysis on the response of sewage outfalls to the water quality of lower reaches of Minjiang River;
闽江下游河道排污口设置的水质响应分析
2.
A Initial Discuss on the Application of the legumnious forage-chamaecrista rotundifolia in the Chinese Olive Orchard on Red Soil Slope Land at Both Sides of Lower Reaches of Minjiang River;
豆科牧草圆叶决明在闽江下游两岸红壤山地橄榄园的应用初探
3.
The lower reaches of Minjiang River is tidal channel network.
闽江下游河道属感潮河段，受径流和潮流的双重影响，河流流态复杂；省会福州依江而立，人类活动频繁，水环境问题比较严重，开展闽江下游河道水动力、水质问题研究，具有重要的理论与现实意义。
2) Middle and lower reaches of Minjiang River
闽江中下游
3) the mountain lands along the lower reach of Min River
闽江下游山地
4) lower reaches of the Minjiang River
闽江下游地区
1.
Using the basic theory and method of landscape ecology on a case study in lower reaches of the Minjiang River, the indices of diversity index, evenness, dominance, isolation, fragmentation and fractal dimension are used to analyze spatial pattern of landscape in the region under the supporting of study on ARC/INFO and ENVI.
以闽江下游地区为研究实例 ,运用景观生态学的基本理论与方法 ,在 ARC/INFO和 ENVI系统的支持下 ,选取多样性指数、均匀度、优势度、分离度、破碎化指数和分维数等指标 ,对该区的景观空间格局进行分析 ,并分析了 1995～ 2 0 0 0年期间研究区的景观动态变化情
2.
Researched the patterns and heterogeneity characteristics in the lower reaches of the Minjiang river wetland through landscape diversity,dominance,evenness,fragmentation and isolation,with the help of RS,GPS and GIS.
利用RS,GPS,GIS等技术手段,以闽江下游地区作为研究区域,选取景观多样型、优势度、均匀度、破碎度和分离度等指标,分析研究了闽江下游地区湿地景观的空间分异特征。
5) the North Branch of the lower reach of Minjiang River
闽江下游北港河段
1.
A two-dimensional hydrodynamic and water quality model is developed and applied to analyze the features of the pollution zone of different sewage outfalls in the North Branch of the lower reach of Minjiang River.
建立了闽江下游北港河段二维水动力、水质耦合模型,对不同排污口污染带特征进行了分析比较,结果表明:排污口的布置对北港水质有很大影响,在排放相同浓度相同流量的污染物时,各排污口污染带长度和宽度完全不同。
6) the lower reaches of the Yangtze River
长江下游
1.
Wu Yue Culture is a regional culture of the lower reaches of the Yangtze River,its ceuter being Tai Lake and QianTang River.
吴越文化是长江下游的区域文化 ,其中心文化区是太湖、钱塘江流域。
2.
Samples from municipal,mining,industrial and port sources in the lower reaches of the Yangtze River were analyzed for major elements and Cu,Zn,Pb,Cd,Cr by ICP-AES and AAS.
采集长江下游市政、矿山、工业及港口来源的沉积物,并用ICP-AES测定常量元素,原子吸收光谱测定Cu、Zn、Pb、Cd、Cr 5种重金属。
补充资料：闽江
| 闽江 中国福建省最大河流，上游有三源：北源建溪，出自武夷山与仙霞岭接界处的三尖峰西麓，称南浦溪，至建瓯丰乐与来自武夷山市的崇阳溪相汇，往南至建瓯有松溪汇入始称建溪。中源富屯溪，出自赣、闽交界的光泽县交溪口，经邵武到顺昌与金溪相汇。南源沙溪，上游九龙溪，发源于福建省宁化县，经清流、永安与西南来的支流相汇，经三明、沙县至南平的沙溪口，与来自西北的富屯溪相汇，然后经南平市与建溪汇合后始称闽江。东南流到福州市附近，分南北两支，至罗星塔复合，折向东北注入东海。全长577千米，流域面积6.1万平方千米。主要支流有尤溪、古田溪、大樟溪等。上游干支流均循地质构造线或横切地质构造线、多直角相交成方格状水系。流域降水丰沛，年径流总量达623.70亿立方米，径流年际变化比较稳定，为重要水运通道。中、上游滩多水急，水力资源丰富，理论蕴藏量641.8万千瓦，可开发水力装机容量约468万千瓦。
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