而营养盐与盐度呈密切的负相关。
And the nutrient shows a negative correlation with salinity.
聚类分析表明，钓获率与营养盐关系最为密切。
Hierarchical cluster analysis implied that the hooking rate bears the closest relation to nutrient salt.
对海水营养盐现场自动测量定标方法进行了优化研究。
The calibration method of automatic analysis for seawater nutrients in situ has been optimized.
有充足的氮磷营养盐存在时，菌能够更高效的降解原油。
Strain could degrade oil effectively when there was plenteous nitrogen and phosphorus nutrition.
在河口及其邻近海域营养盐的分布梯度与盐度的分布一致。
The gradient distributions of the nutrient concentrations at the estuary and the adjacent sea are consistent with, that of salinity.
各种土地利用类型营养盐输出系数是建立非点源污染模型的重要参数。
Nutrient export coefficient of land use is an important parameter for constructing model of non-point source pollution.
烃类氧化菌的数量与水域中的营养盐含量及其它水质因子有一定的关系。
The number of hydrocarbon oxidation bacteria had a relationship with the supply of nutrients as well as other water factors.
此分布格局主要受海流、温度、盐度、深度和营养盐等环境因子的影响。
This distribution pattern is affected by the water currents, temperature, salinity, and depth.
在月季变化上，各形态营养盐大体上表现为：春季>秋季>夏季>冬季；
On the month scale, nutrients of different forms show high values in spring, followed by autumn and summer, with the lowest contents in winter.
与1990年建区前相比，营养盐污染更为严重，海域富营养化程度加剧。
Contrasting with historical datum in 1990, the pollution degree of nutrients became more and more seriously, and the eutrophication was severeous.
氮磷硅无机营养盐结构分析表明，烟台四十里湾春夏季硅限制了硅藻的生长；
The analysis of inorganic nutrients structure indicated silicon limited the phyoplankton growth in spring and summer.
而以往对胶州湾的陆源营养盐输送的相关研究中，通常忽略了地下水的作用。
Although the land-source nutrients discharge from land into Jiaozhou Bay has been researched, but the contribution of groundwater is usually neglected.
河蚌与植物集成净化技术既能够消除水体悬浮物、藻类，又可有效去除营养盐。
The purification technique, combining bivalve and plant floating-bed, could not only get rid of suspended substance and algae, but also remove the nutrient effectively.
在外源污染得到控制后，最能影响富营养化水体中藻类生长的是内源性营养盐。
After outside source pollution is controlled, endogenous nutrients are the most important factors, which can affect algal growth in entopic water.
在常规控制富营养化营养盐、透明度等水质指标基础上，引入了水流形态概念。
On the basis of some adopted water quality indexes such as nutrient salts and transparency etc, the concept of flow pattern is brought forward.
对东湖水库主要营养盐限制因子、水化因子、浮游生物、初级生产力进行了研究。
The main limited factors of nutritive salt, water-chemistry factors, plankton and primary productivity in Donghu reservoir were studied.
采用现场采样及室内分析测试方法，研究了内秦淮河沉积物间隙水中营养盐状况。
The nutrient salts in the system of sediment-porewater in inner Qinhuai river were studied.
结果表明，广州海域营养盐含量较高，夏季主要是属于磷限制潜在性富营养水平；
Results showed that there was of a high nutritive level in Guangzhou sea area.
利用正交实验设计方法，初步研究和探讨了磷、铁营养盐交互作用对隐藻生长的影响。
The interrelated influence of iron and phosphorus nutrients on the growth of Cryptomonas sp. was studied by using the orthogonal experiment design method.
再均匀混合添加到食用盐中，生产出符合国家营养盐标准的铁元素强化营养食用盐产品。
The salt mixed with ironic microcapsules is in line with the national nutrient salt standard.
这些氧分子横行肆虐，破坏了树叶中正在进行回收将剩余营养盐输送回树木的那部分组织。
These molecules wreak havoc, damaging the parts of the leaf that are in the process of recovering and transporting nutrients back to the rest of the tree.
在沉积历史上l2点附近低等藻类相对发育早，但l1点沉积物相对能够固定更多的营养盐。
In the sedimentary history, algae started to grow earlier in site L2 than in site L1, but the sediment in site L1 could fix more nutrients.
流域模型为百年时间尺度上流域营养盐沉积输移演化的自然趋势研究，提供了很好评价依据。
The SWAT model has provided an effective tool to evaluate how nutrient production and changes in natural environmental system of the 200 years in the Hong Lake Basin.
接种了驯化培养的高效石油降解菌并添加其生长所需的营养盐，能极大地促进了石油烃的降解。
It promoted petroleum hydrocarbon biodegradation process by the addition of highly efficient petroleum degrading bacteria and its nutrients.
相关分析表明，陆源水的物理混合过程是影响诸营养盐含量的主要因素，生物、化学作用次之；
The correlation analysis showed that the physical mixing course of water from land was the major factor influencing the nutrient salt, and the biological and chemical factors were secondly.
根据1995年的调查资料，概述了廉州湾沿岸海域营养盐的分布特征及与水化因子之间的关系。
The distribution characteristics of nutrient salt and its relation with water chemical factors in the Lianzhou Bay waters are analyzed based on the data in 1995.
人工海水中氮、磷营养盐的缺乏会导致海带配子体形成时间的滞后，并对其雌雄分化产生一定影响。
The deficiency of N or P in artificial seawater would lag the time of gametophyte formation and affect the differentiation ratio of female-male gametes.
根据营养盐含量与流量的关系以及含量随时间的变化的关系，可以建立它们输送量的时间变化模型。
Base on the relationships between nutrient concentration and water discharge and time, temporal models of nutrient transport can be built.
国外采用的湖泊富营养化水质改善技术主要有营养盐对策，湖底对策，水中生物对策和一些其他方法。
Nowadays, the main control methods of eutrophication abroad were nutrients countermeasures, lake sediments countermeasures, aquatic organism countermeasures and some other ones.
分析发现是在有利的水文水动力学条件、充足的营养盐及合适的气温光照条件下藻类爆发性生长所致。
The investigation and research on the river showed that the water eutrophication was attribute to algae rapidly growing in propriety temperature and illumination when nutriment of N and P is imported.
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