Through studying the history of the average person in the middle of the story, you will begin to comprehend the larger view.

His-story tends to be the simple narrative of heroic elites courageous kings and queens strong government, the battles that were fought and lost. Rebuilding the connection between the planting and the breeding cycle is the most effective way to address the issue of non-point sources of polluting (Perez-Gutierrez and Kumar 2019; Zhang et al. 2019, 2019; Carrer et al., 2020). In the words of Tanner says, For the methods used in urban water pollution research The early water pollution research utilized the principal component approach (Tripathi and Singal, 2019,), Delphi (Filyushkina et al. (2018)) and set-pair analysis (Cui, Feng, Jin and Liu (2018)) Data envelope analysis (Guo and al., 2022), data envelopment analysis (Guo., 2022) as well as other methods to determine the constructed water pollution evaluation index system. "Studying historical events was once only for the elite of society.

The above methods are static that can only assess the efficiency of pollution in water resources, but they are not able to determine the impact of the impact of external water pollution. It was done for specific motives, for instance, to garner enthusiasm for the political system and to encourage people to help in campaigns and conquers, or to measure the success of military operations or commemorate the lives of considered to be significant individuals such as Saints and Kings." The static calculation of water pollution has proved difficult to satisfy the demands of high-quality urban development water pollution control , as research has advanced. This is especially true for the education system where the dominant ideology governs the curriculum. The technique of simulation and prediction is gradually becoming an increasingly popular trend. The situation has improved through the years, thanks to the "History From Below" movement in the 1960s, which was a proponent of the historical perspective of the people. The main research methods are random forest algorithms (Wang and al., 2021), the random forest algorithm (Wang., 2021) and machine learning models (Chen and al.. in 2020) and SWAT model (Chen et al., 2020), SWAT model (Wang and al., 2018), the SWAT model (Wang. (2018)) and Dynamic Optimization Model (Hao and al., 2021), the dynamic optimization model (Hao., 2021), and the system dynamics (Naderi and al., 2021)., 2021) . Also, we must remember that history is written and revised by those who win, as the terrorists turn into freedom fighters. the imperialist army brings democracy and western-led revolutions create the world to a new level.

In addition, the random forest algorithms and machine learning models are able to only forecast water pollution. This simple view of history is not the reality we live in and hides numerous sins as Zinn exposes in his seminal work, the Peoples History Of The United States, The SWAT model is extremely dependent for data from nature and does not fully complete the socioeconomic policy theory of the treatment of water pollutants. "The story of any country that is presented as the history of a family is a veiled cover for conflicting interests that are rife (sometimes explosions, usually hidden) in between conquerors and those who conquered; masters and slaves, capitalists as well as workers dominant and being dominated in the spheres of race and sexual. Dynamic optimization models is able to determine the highest income, but it is not simulation-based for various scenarios.

In this world of conflict, a universe of executioners and victims it is the duty of people who think in the manner that Albert Camus suggested, not to stand in the camp against the executed." In comparison to other techniques that use the system dynamic (SD) (Forrester, 1958) is nonlinear, high-order and multivariable. This is why our history that is the complex story of the people’s history as well as the history of the people of the people from below is vital because it tells the tale of the people who are common or the peasants, working class: it’s the history of the common people. It is not just dynamic , but also stable and can alter variables at any moment to monitor changes in the model. We are making history. This approach can help you understand the various feedback interactions in the system of urban pollution, and also simulate various development strategies to determine the best plan to ensure high-quality urban development. The people that create history. There is currently numerous studies on the modeling and simulation of the urban water resource management by using the model of system dynamics.

They constitute the force driving the course of history. For example, Kotir et al. (2016) identified the connection between population, water resources and agricultural production in order to maximize the use to water sources. Churchill was certainly influential during The Second World War, but the majority of people in all nations fought against the fascist regime at a great cost to themselves, taking an integral role in that particular fight.

But, due to the complexity of the urban water pollution, the majority of the studies that are available look at the partial urban water pollution system that are either point source or a non-point one, only a few studies examine how to regulate point sources and non-point sources simultaneously. Examining the history of individuals and the radical developments within it offers an alternative historical narrative or story that tells the story of our past. Based on the analysis above the study identified two research inefficiencies.

1.) The cheap subsystem that is used to predict the effects of urban water pollution is not perfect. 2.) An appropriate method to simulate and predict is not yet found. Through studying the history of the average person in the middle of the story, you will begin to comprehend the larger view. To address these gaps in research the study first looks at the point and non-point pollution in a comprehensive manner and then constructs a modeling model for the city’s water system based on subsystems like population, industry plantation, poultry and livestock .

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