1.
Study on the Fertilizing Use of the Sediment in Donghu Lake
东湖底泥肥料化利用研究——以培养小白菜为例
2.
Methods of Acute and Subchronic Toxicity Test Using Gobiocypris Rarus and Their Application in Toxicity Study of Sediment in Donghu Lake;
稀有鮈鲫急性、亚慢性毒性试验方法及其在东湖底泥毒性研究中的应用
3.
Pollution Assessment and Release Mechanism of Heavy Metals in Sediments of Dongping Lake;
东平湖底泥重金属污染评价及释放机理的研究
4.
Phosphorus species and distribution characteristics in sediment of Nansi Lake
山东省南四湖底泥中磷的形态分布特征
5.
A Study of the Pollutants in the Dredging Sediments from Chaohu Lake and the Ecological Risk Assessment in the Eastern of Shuangqiao River;
双桥河东侧巢湖清淤底泥的污染物分析及生态风险评价研究
6.
The Phosphorus Forms in Surface Sediments and Their Relation to the Eutrophication of Urban Lakes in Guangdong Province, South China;
广东省城市湖泊底泥磷形态及其与富营养化的关系
7.
The dirt [powder] settled to the bottom of the lake [cup].
污泥[粉末]都沉淀到湖底[茶杯底下]。
8.
sludge (rich in organic matter) that accumulates at the bottom of lakes or oceans.
堆积在湖底或海底的软泥（富含有机物）。
9.
Study on Effects of Land Utilization of Municipal Sludge and Lake Sediment;
城市污泥与湖泊底泥土地利用效应研究
10.
He mobilized wooden boats to dredge up lake-bottom silt
他动员木船挖掘湖底淤泥。
11.
Study on the Release Laws of Phosphorous and Nitrogen from the Sediment in Dredged Lake, Nanhu;
南湖疏浚后底泥氮、磷释放规律研究
12.
Simulation on the Release of Nitrogen from Lake Sediment into Water
湖泊底泥氮释放规律模拟研究(英文)
13.
Distribution of Organic Matter in Sediment of Inner Lakeside Belt in Dianchi Lake
滇池内湖滨带底泥的有机质分布规律
14.
Study on Effect of Environmental Factors on Phosphorus Release from Sediments in Lake
环境因子对湖泊底泥释磷的影响研究
15.
Study on Organic Contaminant Transport and Transform in Bottom Sediment of Water System;
河湖底泥有机污染物迁移转化规律研究
16.
Effect of Aquatic Ecosystem Restoration Engineering on the Phosphorus Content in Surface Sediments of Lake Taihu, China;
太湖生态恢复工程对底泥磷分布的影响研究
17.
Study on Character of Phosphorus Release and Adsorption in Long Shui Lake, Chongqing;
重庆龙水湖底泥磷的吸附与释放特征研究
18.
The review of the treatment techniques for polluted sediment in eutrophicated lakes of China;
我国富营养化湖泊底泥污染治理技术展望