1) nutrient budget
营养盐收支
1.
A three-dimensional dispersion model and a physical-biological coupled model were developed and applied to Jiaozhou Bay in order to study the water exchange and nutrient budget that are closely related to eutrophication processes.
本文的主要研究目标是构建一个三维水质模型和物理-生物耦合模型，并以胶州湾为研究对象，讨论该海域与富营养化密切相关的水体交换与营养盐收支过程，为富营养化多年际变化的深入研究作准备。
2) nutrient uptake
营养盐吸收
1.
To investigate the effects of increased atmospheric CO2 and N supply in seawater on the red alga Gracilaria lemaneiformis,the thalli were incubated in laboratory for 15 days under 4 different conditions of CoNo,C+No,CoN+ and C+N+ respectively,then the growth,nutrient uptake rates,contents of pigments and soluble proteins in alga were measured.
为了探讨大气CO2和海水硝氮浓度升高对龙须菜生理特性的影响,在实验室条件下把藻体于CoNo、C+No、CoN+和C+N+4种不同CO2和硝氮供应水平的处理中进行培养,15d后,分别测定各种不同培养条件下藻体的生长、色素含量、可溶性蛋白含量和营养盐吸收速率。
3) the uptake rate
营养盐吸收速率
5) nutrients
[英]['nju:triənt] [美]['njutrɪənt]
营养盐
1.
Distributions and the factors influenced of nitrogen and phosphorus nutrients in the Daliaohe Estuary;
大辽河口N、P营养盐的分布特征及其影响因素
2.
The influence of organic modified clay on nutrients and main water quality index in sea water;
有机改性黏土对海水中营养盐及主要水质因子的影响
3.
The Concentrarions and Distributions of Nutrients in Pore Water of the Aoshan Bay;
鳌山湾沉积物间隙水营养盐的含量及其分布
6) nutrient
[英]['nju:triənt] [美]['nutrɪənt]
营养盐
1.
Influence of HgCl_2 on nutrient exchange rates in sediment——water interface in fish cage area of Dapengao;
HgCl_2对网箱养殖海域营养盐在沉积物——水界面上交换速率的影响
2.
Effect of atmospheric wet deposition on nutrients into Changjiang Estuary and eutrophication;
大气湿沉降对营养盐向长江口输入及水域富营养化的影响
3.
Sediment-water fluxes of nutrients in the Yellow Sea and the East China Sea;
东、黄海沉积物-水界面营养盐交换速率的研究
补充资料：国际收支基本收支差额
国际收支基本收支差额是指一定时期内经常项目与长期资本金融项目借方总额与借方总额之差。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条