1.
An ample water supply is probably the greatest advantage of soil submergence for irrigated rice.
大量供水可能对灌溉水稻淹水土壤有很大好处。
2.
Dissimilatory Nitrate Reduction to Ammonium in Submerged Soils;
淹水土壤中硝态氮异化还原成铵过程的研究
3.
Studies on Methods for Measuring Microbial Biomass C in Waterlogged Soils;
淹水土壤中微生物生物量碳测定方法的研究
4.
Research progress of the forms and effectiveness of As in waterlogged soil;
淹水土壤中砷的形态及有效性研究进展
5.
Influence of organic material addition on the variation of Cd activity in submerged soils
添加有机物料对淹水土壤Cd活性的影响机制
6.
ACCUMULATION OF ORGANIC ACIDS IN RELATION TO C:N RATIOS OF STRAWS AND N APPLICATION IN FLOODED SOIL
淹水土壤有机酸积累与秸秆碳氮比及氮供应的关系
7.
Submerge Effect on NO_2~-,Arsenic and Heavy Metal Contents of Wetland under Different Reed Growing
淹水处理对湿地土壤中NO_2~-、砷和重金属分布影响
8.
poorly drained soils on top of peat and under marsh or swamp vegetation.
泥炭土之上湿软或被淹没的植被之下、排水性差的土壤。
9.
Characteristics of soil seed banks in backwater area of Three Gorges Reservoir water-level-fluctuating zone at initial stage of river-flooding
三峡库区消落带回水区水淹初期土壤种子库特征
10.
a fine-grained fertile soil deposited by water flowing over flood plains or in river beds.
细颗粒的肥沃土壤，形成于被水淹没的平原或河床。
11.
Diversity of Microbial Community in Flooded and Non-flooded Paddy Fields;
淹水和旱作稻田土壤中微生物群落多样性的研究
12.
Study on Effect of Different Fertilizers on Available Cd under Waterlogged Conditions
淹水条件下不同肥料对土壤Cd生物有效性的影响研究
13.
Effect of Different N,P and K Fertilizers on Soil pH and Available Cd Under Waterlogged Conditions
淹水条件下不同氮磷钾肥对土壤pH和镉有效性的影响研究
14.
Study on the Soil Physical Properties and Metal Content in the Early Submerged Water-level-fluctuating Zone of Three Gorges Reservoir
三峡库区消落带水淹初期土壤物理性质及金属含量初探
15.
Influence of Iron Oxides on Activity of Cd in Soils Under Reductive Conditions:A Review
淹水还原条件下土壤铁氧化物对镉活性制约机理的研究进展
16.
Effect of redox processes on soil Cd activity under submerged conditions
淹水条件下土壤还原作用对镉活性消长行为的影响
17.
water content of soil
土壤含水量（土壤含水率）
18.
Soft soil, massive development and overuse of underground water reservoirs have raised the threat of the city being swallowed by the East China Sea.
松软的土壤、大面积开发以及过度使用地下水加剧了上海被东海淹没的威胁。