1.
Research on Modelling Water Exchange and Nutrient Budget in Jiaozhou Bay;
胶州湾水体交换与营养盐收支过程数值模型研究
2.
The Dynamics and Budget of Nitrogen and Phosphorus in Reservoir Liuxihe
流溪河水库氮磷营养盐动态与收支分析
3.
Development of a Dynamic Model for Dissolved Inorganic Nitrogen and Phosphate Cycles and Budgets in Jiaozhou Bay and Applications;
胶州湾氮、磷营养盐循环收支动力学模型及其应用
4.
The Nutirent Availability, Growth and Related Characteristics of Red Tide Algae;
赤潮藻对营养盐的吸收及生长和相关特性研究
5.
The Study of Absorption of Inorganic Nutrients Influenced by the Relationships between Marine Bacteria and Microalgae;
海洋菌—藻关系及对营养盐的吸收作用研究
6.
Review of absorption of of C,N,P by macro algae
大型海藻对主要营养盐的吸收的研究进展
7.
Effect of in Situ Coupling Incubation of Both Irradiance and Nutrient on Nutrient Uptake and Growth of Phytoplankton in Changjiang Estuary;
光和营养盐现场耦合培养对长江河口浮游植物生长及营养盐吸收过程的影响
8.
The effect of Chlorella growth and inorganic nutrients absorption by marine heterotrophic bacteria
海洋异养细菌对小球藻生长和无机营养盐吸收的影响研究
9.
Effect of Fouling in Daya Bay Scallop chlamys nobilis (reeve) Cultivation:Food Competition and Nutrient Release
污损生物对大亚湾养殖扇贝的食物吸收及营养盐排泄的影响(英文)
10.
Seasonal Variation and Output of Nutrient in Tributaries of Three Gorges Reservoir
三峡水库入库支流水体中营养盐季节变化及输出
11.
Effect of Environmental Factors and the Stress of Nutrients Deficiency on the Uptake Nitrogen and Chemical Compositions of Gracilaria Lemaneiformis;
环境因子和营养盐限制对龙须菜氮吸收及生化组分的影响
12.
Effects of Humic Substances on Plant Growth and Mineral Nutrients Uptake of Wheat Under Conditions of Salinity■■
盐胁迫环境下腐植酸类物质对小麦生长及矿物营养吸收的影响
13.
The investigation of the nutrition condition and the thermal income and expenses of Shenzhen s Undergraduates;
深圳籍在校大学生膳食营养与热量收支情况调查
14.
Dynamics of Nitrogen and Phosphorus Nutrients in Low Salinity Controlled Enclosures;
低盐度围隔调控养殖系统氮磷营养盐动态研究
15.
A SIMPLE NUTRIENT ENRICHMENT INCUBATION IN THE BERING SEA
白令海浮游植物添加营养盐培养实验
16.
operating coefficient
运营系数（运营支出与运营收入之比）
17.
in order to give nourishment to the people, one must first absorb nourishment himself.
要给人民以营养，必须自己先吸收营养。
18.
Nutrient Limitation of Eutrophication in Guangzhou Sea Area;
广州海域营养盐限制的富营养化特征研究