Possibilities of information infrastructure in evaluation of environmental pollution and water quality by implementing the solutions of sustainable development

Ramutė Naujikienė, Dalė Dzemydienė

Abstract


The purpose – of the article is attached to the examination of information infrastructure for the assessment of water resource planning and water treatment activities, to provide data warehouse (DW) analysis measuring environmental and water pollution and indicators for the evaluation based on the requirements of sustainable development.
Methodology – the analysis is performed by revealing the factors affecting sustainable development decisions. The insights of scientists are demonstrated by assessing the situation of environmental pollution, the appropriate search parameters, which allow revealing environmental and water contamination by waste water. Secondary data analysis was performed in order to reveal surface water contamination assessment districts in Lithuania and the Baltic Sea region and to summarise the results.
It is very important for business activities to implement methods and tools based on a sense of responsibility for environmental pollution through the use of methods for increasing corporate responsibility, supporting measures to promote stimulation resulting in emission reduction, and efficiency of techniques. The paper presents the results of surface water pollution obtained according to the monitoring data and benchmarking analysis in the districts of Lithuania and the Baltic Sea. It can be concluded that the economic factors of enterprise functioning on the occasion of pollution also impacts the pollution of the Baltic Sea.
More and more attention in the sustainable development of the implementation process should be given to decreasing population and increasing responsibility of economic operators for measures of environmental management levels: strategic and tactical planning, operational control, evaluation of economic, social and ecological balance. The regulatory importance in determining the impact on the environment should also be kept in mind.
The results – were based on the obtained wastewater monitoring and benchmarking results of the analysis of economic operators and the impact of pollution on the contamination of the Baltic Sea. Pollution indicators are changing, but the statistical analysis of the data did not reveal any significant gradual decrease. It is important to control the resulting pollution of the environment, by constantly checking the operation of cleaning systems, and to carry out the ecological balance of the accounting.
Research limitations – the implementation of innovative solutions in the economic development of areas, related factors affecting the sustainable development of the system and the change of their characteristics. The analysis of environmental performance solutions focus on such components as air, water, climate, landscape and biodiversity increase.
The practical significance – of the study reveals sustainable development opportunities for wastewater compliance monitoring and water treatment sector activities; it identifies the existing problems that need to be addressed in order to ensure the quality of water and a clean environment.
Originality/value – the article analyses the problems associated with environmental contamination situations and search for appropriate indicators, which provides an illustration of the water contamination processes in the Baltic Sea region. The results of the study demonstrate the quality of water pollution by means of the indicators provided by information infrastructure based on the implementation of sustainable development decisions.
Research type: a conceptual analysis of the study and data delivery.

Keywords


information systems; data warehouses (DW); sustainable development; water pollution indicators

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References


den Boer J.; den Boer J.; Jager J. 2007. LCA-IWM: A decision support tool for sustainability assessment of waste management systems. Waste Management. Vol. 27, Iss. 8, 1032–1045.

DANCEE 2003 - Danish Co-operation for the Environment in Eastern Europe 2003 project “Transposition of the EU Water Framework Directive and Elaboration of a National Strategy for the Management of Water Resources in Lithuania”.

Document by the European Network of Environmental Authorities (ENEA). 2006. The contribution of structural and cohesion funds to a better environment. Luxembourg: Office for Official Publications of the European Communities.

Dzemydienė, D.; Maskeliūnas, S.; Jacobsen, K. 2008. Sustainable management of water resources based on web services and distributed data warehouses // Technological and Economic Development of Economy, 14 (1), 38-50.

Dzemydiene, D.; Maskeliunas, S. 2011. Development of Multi-Componential Decision Support System in Dynamically Changing Application Domain of Environment Protection, Efficient Decision Support Systems − Practice and Challenges From Current to Future. Chiang Jao (Ed.). InTech, 405−422.

Dzemydienė, D.; Maskeliūnas, S.; Dzemyda, I. 2008. Interoperability of information system components for monitoring of sewage and intelligent analysis of water resources. Technological and Economic Development of Economy, 14 (3), 260-278.

Environment 2010: Our future, our choice. The Sixth EU Environment Action Programmer 2001-2010. Luxembourg. 2001 [interactive], [accessed 2013-10-03] .

Freshwater resources and their management [interaktyvus]. Cambridge University Press, Cambridge, UK, 173-210. [žiūrėta 2014-02-24]. .

Lietuvos Respublikos Aplinkos ministerija. Nauji iššūkiai Baltijos jūrai apsaugoti [interaktyvus]. [žiūrėta 2014-04-04]. .

Lietuvos statistikos departamentas 2013. Lietuvos statistikos metraštis 2013. Vilnius.

Lietuvos Respublikos Vyriausybė. Nutarimas Dėl Lietuvos respublikos vyriausybės 2003 m. rugsėjo 11 d. nutarimo Nr. 1160 „Dėl nacionalinės darnaus vystymosi strategijos patvirtinimo ir įgyvendinimo pakeitimo“ 2009 m. rugsėjo 16 d. Nr. 1247.

USGS Science for changing World. How much water is there on, in, and above the Earth? [interaktyvus]. Water Science School. [žiūrėta 2014-03-24]. .

Saarenmaa, H. 2002. ReportNet: Development of common tools and a shared information infrastructure for the European Environmental Information System. NFP/EIONET Group Meeting paper, 2nd edition.




DOI: http://dx.doi.org/10.13165/ST-14-4-1-15

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