Water Pollution in Hungary - Essay Example

The following images are graphs representing the accessibility of water in Hungary in both rural and urban areas, as well as in general. The graphs have summarized information pertaining to the reduction of water pollution in the country. The government made an effort to ensure that people accessed clean water in their houses, which reduced the prevalence of water borne diseases (Maganda, 2016). Hence, the paper will interpret the data found on each graph and find out what it means and how it might be used in the decision-making process.

2076450167640Figure SEQ Figure \* ARABIC 1: Image illustrating the growth of accessibility to improved water sources in Hungary

Source: MDG, MDG Indicators Database

00Figure SEQ Figure \* ARABIC 1: Image illustrating the growth of accessibility to improved water sources in Hungary

Source: MDG, MDG Indicators Database

The first figure illustrates in a graphical format the growth Hungary has had in terms of people accessing improved water services within a period of 25 years. From the graph, it is evident that people in the early 1990s had problems with accessing clean waters to their homes and left many suffering. Between 1990 and 1992, only a small percentage had managed to access the water. However, by the beginning of 1993, more people increased reaching the highest of about 97% of the entire population. This encouraged more people to push for improved water sources as they had seen the benefits the rest had enjoyed in the past. By the year 2007, the entire population was in a position to access an improved water sources. This meant that people could depend on the clean water in their houses as it came regularly. The graph could be used a decision-making tool that illustrates the developments that have taken place in the country in terms of tapped clean water. This shows that the government and other stakeholders have done their role in improving the living conditions of the citizens through availing them clean water for use (Obani & Gupta, 2015). The information on the graph could also mean that the country took measures to ensure there is low rate of water pollution.

1790700738505Figure SEQ Figure \* ARABIC 2: Graph showing the accessibility to improved water sources in the rural areas

Source: MDG, MDG Indicators Database

Figure SEQ Figure \* ARABIC 2: Graph showing the accessibility to improved water sources in the rural areas

Source: MDG, MDG Indicators Database

The second figure shows the accessibility of improved water services in the rural areas in the country. From the figure, it is evident that before 2008, people in the rural areas faced a problem of accessing clean water with most of them having to depend on unclean water in their homes. The early 1990s saw only a small number of the people accessing the water in their homes as only a small number of them could afford to meet the subsidiaries forwarded by the government.

The information from the graph could be used by investors to make a decision on whether or not to start their projects in the rural areas. The accessibility of clean and improved water sources means that lives of a large number of employees can survive as well as plants that manufacture products in bulk (Maganda, 2016). On the public forum, the government can use the information about the accessibility of water as testimony to the developments they have brought their country. The information on the graph illustrates that life in the rural areas is comfortable to some extent. This is because accessibility to improved water sources means so much to the way of life in the countryside. Hence, people can live in any part of the country with no worry about getting water for their daily usage.

2686050407035Figure SEQ Figure \* ARABIC 3: Graph showing the accessibility to improved water sources in the urban areas

Source: MDG, MDG Indicators Database

00Figure SEQ Figure \* ARABIC 3: Graph showing the accessibility to improved water sources in the urban areas

Source: MDG, MDG Indicators Database

The third figure illustrates the accessibility to improved water sources in the urban areas in Hungary for the past 25 years. Due to the demand in the metropolitan to have a meaningful water source that commercial and residential setups can use, then the rate at which the connection to improved water sources happened was fast. The graph indicates that between 1990 and 1992, there was a 98% connection in the urban centers. Compared to the progress made in the rural areas by that time, then the urban areas had more developments. Another reason for more connections than the rural areas is that the urban centers are the hub of activities that support the lives of those living in the countryside.

Developers can use information in the graphs to make potential investment decisions. This is because a country with a reliable water source is most likely to have many people living in it and therefore, there is a ready market for their products (Obani & Gupta, 2015). The data on the graphs could also be used to inspire other countries. Improved water sources have a direct impact on the quality of life in a country. Most people rely on clean water to avoid being contaminated by germs from unclean surroundings. Clean water also affects the health of the people living in a country. A country with water issues can also use the data on the graph a motivation to improve the water sources in their nation. This helps increase the number of internal and external investments in the country due to the regular and improved water systems.

References

Maganda, C. (2016). Water Security Debates in SafeWater Security Frameworks: Moving Beyond the Limits of Scarcity. Globalizations, 13(6), 683-701.

Obani, P., & Gupta, J. (2015). The evolution of the right to water and sanitation: differentiating the implications. Review of European, Comparative & International Environmental Law, 24(1), 27-39.