1) Chi river watershed
池河流域
1.
Based on the observational records covering the period from 1957 to 1999,the characteristics of precipitation changing over east area of Jianghuai watershed and its connection to sediment yield in Chi river watershed were studied using tendency analysis and correlation analysis.
对皖江淮分水岭东部 195 7年以来的降水测站记录和该地区池河流域 1990年以来的降雨径流因子及输沙量资料分别进行了趋势分析和关联分析 ,发现 4 3年来 ,江淮分水岭东部降水的季节和年际变化异常显著 ,且春季降水具有明显的减少趋势 ,夏季和年总降水都有明显的增加趋势。
3) Dianchi watershed
滇池流域
1.
Effects of swine manure application on P losses from different farmlands under simulated rainfall in Dianchi watershed of Yunnan province;
滇池流域人工模拟降雨条件下农田施用有机肥对磷素流失的影响
2.
NO and NO_2 emissions from intensive vegetable field of Dianchi watershed;
滇池流域集约化菜田NO与NO_2排放的研究
3.
Investigation,analyes and calculation show that the pure nitrogen reach 2575 tons,pure phosphorus can reach 218 tons from agriculture in Dianchi watershed every year.
研究结果证明,大量的氮、磷化肥施用,通过地表径流和地下水流入滇池是造成其水体富营养化的重要原因之一[6],随着农业和农村经济的发展,蔬菜、花卉等经济作物在滇池流域的种植面积将会逐年扩大,因氮、磷化肥的施用面造成的氮、磷流失量将会不断加大。
4) Dianchi lake watershed
滇池流域
1.
The rapid development of economic and sharp growth of population in Dianchi Lake watershed has caused great changes of land cover,and thus lake eutrophication and crises of water resources.
滇池流域经济的迅速发展和人口的急剧增长引起了流域土地覆盖的巨大变化 ,由此造成了严重的湖泊富营养化和水资源危机。
2.
The Daqing River is the most seriously polluted river in the Dianchi Lake watershed.
针对滇池流域污染最严重的大清河,采用分段进水生物接触氧化工艺(SBCOP)开展河道水体的旁路处理示范工程研究。
3.
Daqing River is the most seriously polluted river in the Dianchi Lake watershed.
针对滇池流域污染最为严重的大清河,采用附加回流生物接触氧化工艺(IBCOP)开展河道水体的旁路处理示范工程研究。
5) Dianchi drainage area
滇池流域
1.
The investigations and assessment of dejection contamination of beasts and birds in scale cultivation in Dianchi drainage area;
滇池流域畜禽规模养殖粪便污染现状调查
2.
Landscape pattern and differentiation in dianchi drainage area based on RS and GIS;
滇池流域景观格局变化研究
6) Dianchi Lake Basin
滇池流域
1.
Simulation of non-point source pollution in watershed scale: the case of application in Dianchi Lake Basin;
流域非点源污染模拟研究——以滇池流域为例
2.
Reflection on Strengthening Management on Water Environment of Dianchi Lake Basin;
加强滇池流域水环境管理的思考
3.
The paper introduces the research on comprehensive control technology of soil and water loss and nitrogen and phosphorus loss in stormed crack and excessive eroded soil in Dianchi lake basin.
介绍了滇池流域冲沟和强侵蚀区水土和氮磷流失控制研究的内容、方法及取得的效果等。
补充资料：池河古镇
池河古镇
池河镇--定远县池河古镇，东望岱山,蔚然深秀,西濒池水,梅白鲜美,南接洪武古道,一道通天下,北临赤沙山泉,甘泉沁心脾,真乃风水宝地。孕育出许多出类拔萃的英才，譬如计算机硕士赵龙（字璨杰），鉴定学博士赵丽就诞生在这里。池河上面有一古桥，名为“杯桁桥”，现名太平桥。
池河发源于西北边境凤阳山南麓，大顶山的双龙泉和东架山脚下的喷石泉为其东、西两个源头，池河在定远县呈“u”型，由三和集出境后，经定远、凤阳、嘉山三县交界处的梅市，注入嘉山县女山湖，最后入淮河。池河两岸良田万顷，春天绿草如茵，夏天庄稼喜人，秋天稻穗金黄，冬天碧空万里。
县境内全长130公里，流域面积2240平方公里，占全县总流域面积的77.5%。[[池河]]在定远县的支流有15条，河左岸的支流6条，皆源于北部的凤阳山脉南麓，从上游至下游依次为双河、蔡桥河、马桥河、桑涧河、青春河、黄桥河。右岸的支流有9条，从上游至下游依次为储城河、商冲河、响导河、义和河、墩子王河、永宁河、藕塘河、七里河、耿河。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。