土壤磷素的农业非点源污染是导致水体污染的最主要的原因之一。
Soil phosphorus as agricultural non-point source pollution is one of the main factors which lead to water pollution.
土壤磷素的农业非点源污染是导致水体污染的最主要原因之一。
Soil phosphorus as agricultural non-point source pollution is one of the main factors which led to water pollution.
随着点源污染的有效治理，农业面源污染将成为三峡库区水体的最主要污染源。
With strengthening control of point source pollution, agricultural non-point source pollution will be the main pollution source to the Three-Gorge Reservoir area.
研究结果表明，当前各类农业非点源污染对水体的污染负荷贡献率为：畜禽粪尿43.81%，生活污染29.91%，农田径流和渗漏22.43%精养鱼塘3.85%。
Results indicated that the contribution of brute manure, domestic pollution source, runoff and food-supplied fishpond to water pollution load was 43.81%, 29. 91%, 22. 43%and 3. 85%, respectively.
由于农业污染呈现水体、土地、生物、大气的大循环体的立体污染的特点。
Agricultural pollution has a tridimension character of the complicated cycling system composed of water, soil, biosystem and atmosphere.
而水体环境中的植物病毒对农业生产存在着潜在的威胁。
The plant viruses existence in irrigation water will lead to potential threaten to agriculture production.
目前它被应用于生活污水、工业废水、矿山及石油开采废水、农业点源和非点源以及水体富营养化的治理。
By now, it was widely applied to treat municipal wastewater, industrial wastewater, mineral wastewater, oil exploit wastewater, non-point resource pollution and eutrophication treatment.
而大部分却残留在农田土壤中或流入地表水体中，引起水体富营养化，形成农业面源污染问题。
However, most of them stayed in the soil or flowed into waters and led to the eutrophication, which could bring about Agricultural Non-Point Source Pollution (ANPSP).
因此农业面源污染已被视为水体富营养化的主要污染源。
So the agricultural non-point source pollution has been considered as the main pollution source of eutrophication.
农业非点源污染是水系或水体水质恶化的最主要原因，同时也是土地生产力退化的直接动因，农业非点源污染又往往与流域水文过程具有不可分割的关系。
As the main reason for the worse water quality, agricultural non-point pollution, which also causes soil productivity to degenerate directly, is tightly related with the hydrological process.
磷是影响水质的一个重要因子，农业环境中磷素的管理是控制水体富营养化的重要途径。
P was one of the important factors in evaluating water quality. The management of P in agriculture was the main approach to control the eutrophication of the water.
对相关数据分析表明：（1）深圳市农业化肥流失是深圳近海水体富营养化成因之一，其在1994年之后对近海水体污染程度加大；
The data analysis demonstrated that:(1) LCF in Shenzhen was one of the reasons of the eutrophication of coastal water in Shenzhen, which caused more serious coastal water pollution after 1994;
对相关数据分析表明：（1）深圳市农业化肥流失是深圳近海水体富营养化成因之一，其在1994年之后对近海水体污染程度加大；
The data analysis demonstrated that:(1) LCF in Shenzhen was one of the reasons of the eutrophication of coastal water in Shenzhen, which caused more serious coastal water pollution after 1994;
应用推荐