本文的研究中，暂时没有考虑影响富营养化因子之间的非线性关系，主要是对依

In the study of this article, the non-linear relationship between the factors affecting eutrophication has not been considered for the time being. The main purpose is to evaluate and analyze the eutrophication of water bodies based on the sampling values ​​of the impact factors selected based on literature data and practical experience. The method of obtaining weight coefficients in the method has been improved to improve the objectivity of weight coefficients, thereby improving the accuracy and feasibility of the evaluation results. Of course, various evaluation methods are that the more sample data, the more accurate the evaluation results are. In the case of the same sampling data, the results obtained by using the evaluation methods proposed in this article are more in line with objective reality and have better feasibility. In my other articles, I have studied the effect of the nonlinear relationship between influencing factors on chlorophyll a in water bodies; in subsequent research work, I will also adopt your suggestions to develop the nonlinear relationship between influencing factors and water bodies. Research on the interaction of eutrophication may yield some interesting results, deepen our understanding of the mechanisms and mechanisms of water eutrophication, and better guide water quality monitoring and environmental protection work.

本文的研究中，暂时没有考虑影响富营养化因子之间的非线性关系，主要是对依据文献资料及实践经验所选取的影响因子的采样值进行水体富营养化评估分析，并对当前采用的方法中权重系数的获取方式进行了改进，以提高权重系数的客观性，进而提高评价结果的准确性和可行性。当然，各种评价方法都是样本数据越多则评价结果越准确，在相同采样数据的情况下，采用本文提出的评价方法得到的结果更加符合客观实际，具有较好的可行性。在我的其他文章中，研究过影响因子间的非线性关系对水体中叶绿素a的作用；在后续的研究工作中，我也将采纳您提出的建议，开展影响因子间的非线性关系与水体富营养化的相互作用研究，或许能得到一些有趣的结果，深化我们对水体富营养化机制及机理的认识，更好的指导水质监测与环境保护的相关工作。

In this paper, the non-linear relationship between eutrophication factors is not considered for the time being. The main purpose of this paper is to evaluate and analyze the water eutrophication based on the sampling values of the impact factors selected according to the literature and practical experience, and improve the method of obtaining the weight coefficient in order to improve the objectivity of the weight coefficient, and then improve the evaluation results Accuracy and feasibility. Of course, all kinds of evaluation methods are more sample data, the more accurate the evaluation results. In the case of the same sampling data, the results obtained by the evaluation method proposed in this paper are more in line with the objective reality and have better feasibility. In my other articles, I have studied the effect of nonlinear relationship between impact factors on Chlorophyll-a in water body; in the follow-up research work, I will also adopt your suggestions to carry out the research on the interaction between the nonlinear relationship between the impact factors and water eutrophication, and maybe get some interesting results, so as to deepen our understanding of the mechanism and mechanism of water eutrophication To better guide the related work of water quality monitoring and environmental protection.<br>