The removal of algae in eutrophic water body by OH was studied.

The Shuanglong Lake a shallow and urban lake a serious typical eutrophic lake.

双龙湖是浅水型城市湖泊,一度为重富营养化湖泊.

The extremes of the rangs represent relative oligoltrophic and eutrophic conditions.

范围的极限代表相对寡营养和富营养的条件.

Phosphorus was the nutrient element limiting the eutrophication of the lake.

磷是湖泊富营养化的限制性营养元素.

Hydrologic process and meteorologic factor play an important role in the lake eutrophication and algae bloom.

水文过程与气象因子在湖泊富营养化及藻华爆发的过程中起着决定性的作用.

Thus, a simple and effective evaluation method is provided for evaluation of lake eutrophication.

文章为湖泊水质富营养化评价提供了一种简单而实用的评价方法.

Lake eutrophication is a serious problem in our country's water environment. "

在我国湖泊环境中,富营养化是一个最为突出的问题.

The Dianchi Lake is in serious eutrophication and the blue and algae are the dominant category.

目前滇池外海处于重富营养化状态,藻类以蓝藻和绿藻为优势类群,蓝藻生物量占明显优势.

By analyzing eutrophication mechanism, the problem to prevent eutrophication in reservoir is discussed.

通过分析富营养化发生机理, 讨论了水库富营养化防治问题.

According to the analysis, some countermeasures were proposed to control the eutrophication of water body.

最后根据分析结果提出洋河水库富营养化的防治对策.

Eutrophication is most important to the water quality of lake and reservoir.

水体富营养化是湖泊和水库面临的主要水质问题.

Therefore, runoff from high P upland fields could accelerate water eutrophication.

高磷黄壤旱地地表径流磷量能加速水体富营养化的产生.

General course of water eutrophication under this experiment.

实验模拟了自然状况下水体富营养化的一般过程.

Phosphates can contribute to eutrophication of movingsystem.

磷酸盐可导致水体的富营养化.

Eutrophication is becoming a serious problem in most of mariculture areas in China.

当前,中国的多数海水养殖区富营养化相当严重.

The result indicated that eutrophication would not be induced in Baiguishan Reservoir without point source pollution.

结果表明,流域内如果没有点源污染,水库不会发生富营养化.

The eutrophication of water body will destroy the balance of ecological environment.

水体富营养化将破坏生态环境平衡.

The Lake is at medium level of eutrophication.

湖体处于中度富营养状态.

The eutrophication in scenic body was heavier comparing with that in 2000.

与2000年改造之初相比,天津景观水体存在着富营养化加重的趋势.

In the Danjiangkou Reservoir area, eutrophication is the major pollution.

富营养化是丹江口水库污染治理的重点.

Upon this, the dialectical relation between red tide and eutrophication is thoroughly discussed.

在此基础上, 探讨了赤潮生态与富营养化问题之间的辩证关系.