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ECOLOGICAL MONITORING OF INDUSTRIALIZED AREAS (CASE
STUDY OF NAVOIY CITY)
Aslonova Sarvinoz Orif kizi
Navoi State University
Faculty of Natural Sciences and medicine
Methodology of teaching exact and Natural Sciences, (Biology) specialty
1 year master’s degree student
https://doi.org/10.5281/zenodo.15771548
Abstract
. This article examines the importance and necessity of ecological
monitoring in the industrialized areas of Navoiy city. The research analyzes the
environmental status assessment and monitoring systems of Navoiy city, one of
Uzbekistan's major industrial centers. The results indicate that implementing a
comprehensive ecological monitoring system in Navoiy city is crucial for
improving environmental quality and protecting public health.
Keywords:
ecological monitoring, industrialized areas, Navoiy city,
environmental pollution, air quality, soil monitoring
Annotatsiya
. Ushbu maqola Navoiy shahrining sanoatlashgan hududlarida
ekologik monitoringning ahamiyati va zaruratini ko'rib chiqadi. Tadqiqot
maqolada O'zbekistonning yirik sanoat markazlaridan biri bo'lgan Navoiy
shahrining atrof-muhit holatini baholash va monitoring tizimlarini tahlil qilish
amalga oshirilgan. Natijalar shuni ko'rsatadiki, Navoiy shahrida kompleks
ekologik monitoring tizimining joriy etilishi atrof-muhit sifatini yaxshilash va
aholi salomatligini himoya qilish uchun muhim ahamiyat kasb etadi.
Kalit so'zlar:
ekologik monitoring, sanoatlashgan hududlar, Navoiy shahri,
atrof-muhit ifloslanishi, havo sifati, tuproq monitoringi
Аннотация.
В данной статье рассматривается важность и
необходимость экологического мониторинга в промышленно развитых
районах города Навои. В исследовательской статье проведен анализ
систем оценки и мониторинга состояния окружающей среды города
Навои, одного из крупнейших промышленных центров Узбекистана.
Результаты показывают, что внедрение комплексной системы
экологического мониторинга в городе Навои приобретает важное
значение для улучшения качества окружающей среды и защиты здоровья
населения.
Ключевые слова:
экологический мониторинг, промышленно
развитые районы, город Навои, загрязнение окружающей среды, качество
воздуха, мониторинг почвы
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Introduction
. In the contemporary world, ecological monitoring of
industrialized areas represents a vital component of global environmental
security. The intensive development of industrial enterprises has led to an
increasing number of factors that negatively impact the environment [1]. Navoiy
city, one of the major industrial centers of the Republic of Uzbekistan, serves as a
vivid example of this problem.
Navoiy city was established in 1958 and primarily developed around the
Navoiy Mining and Metallurgical Combine and its associated industrial
enterprises. The city's geographical location and industrial characteristics make
it a particularly noteworthy object from an ecological monitoring perspective
[2]. The presence of gold mining, uranium enrichment, and chemical industry
enterprises significantly impacts the environmental situation.
Ecological monitoring is a system of regular observation, assessment, and
forecasting of environmental conditions, implemented to identify and prevent
changes dangerous to humans and nature [3]. In industrialized areas, such
monitoring is particularly important because various pollutants can
simultaneously exert their influence.
Main part.
This research was conducted based on literature review
methodology. The analysis process utilized Uzbek, Russian, and foreign sources.
During the data collection process, scientific articles, government reports,
international organization reports, and statistical data were analyzed.
International experience in ecological monitoring systems demonstrates that an
effective monitoring program should include several key components: air
quality monitoring, water resource control, soil condition assessment, and
biodiversity observation [4]. The experience of ecological monitoring in
industrialized areas of the Russian Federation shows that a comprehensive
approach yields the most effective results [5].
Research conducted on ecological problems in Central Asia indicates that
the pollution levels of atmospheric air, water sources, and soil in the region's
industrial centers exceed international standards [6]. This situation is also
relevant for Navoiy city. Analysis of available data on the ecological monitoring
system in Uzbekistan reveals that the number of monitoring stations in the
country and their technical equipment are insufficient [7]. This problem is
particularly acute in major industrial centers like Navoiy. Comparison of
literature review results indicates that the development of an ecological
monitoring system in Navoiy city should consist of several stages. First and
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foremost, it is necessary to analyze the activities of existing monitoring stations
and assess their effectiveness.
Air quality monitoring data from Navoiy city shows that in some areas of
the city, concentrations of particulate matter and sulfur dioxide exceed
permissible standards [8]. This situation is primarily related to the activities of
metallurgical enterprises. International experience demonstrates that
continuous monitoring and technological upgrades are necessary to eliminate
such situations. Regarding soil contamination, analysis shows that heavy metal
concentrations in soils around Navoiy are high. This can negatively impact the
quality of agricultural products and public health [9]. Foreign experience
indicates that this problem can be solved through soil remediation and
continuous monitoring.
Concerning water resource contamination, the main problem in Navoiy city
is the inadequacy of wastewater treatment systems from industrial enterprises.
According to international standards, industrial enterprises are strictly
prohibited from discharging wastewater without passing it through specialized
treatment facilities [10]. To improve the ecological monitoring system, the
following measures are recommended: installing modern monitoring
equipment, training specialists, developing and implementing monitoring
programs in accordance with international standards.
Conclusion
. Developing an ecological monitoring system in the
industrialized areas of Navoiy city is an urgent task. Literature analysis indicates
that the city's ecological situation needs improvement, and for this purpose, a
comprehensive monitoring system must be implemented.
An effective ecological monitoring system not only helps improve
environmental conditions but also plays an important role in protecting public
health and achieving sustainable development goals. In the future, better results
can be achieved through the use of international experience and implementation
of modern technologies in this field.
References:
1.
Petrov, A.N. (2023). Industrial pollution monitoring systems: International
experience. Environmental Science Journal, 45(3), 127-142.
2.
Karimov, S.A. (2022). Ecological problems of Navoiy city and ways to solve
them. Uzbekistan Geography Journal, 15(2), 45-58.
3.
Wilson, J.M., & Brown, K.L. (2024). Environmental monitoring in industrial
zones: Best practices and challenges. Global Environmental Review, 38(4), 78-
95.
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4.
European Environment Agency. (2023). Industrial emissions monitoring:
Guidelines and standards. EEA Technical Report, No. 12/2023.
5.
Volkov, V.I., & Smirnova, L.A. (2023). Experience of ecological monitoring
in industrial regions of Russia. Russian Environmental Science, 28(6), 234-248.
6.
Abdullayev, N.M. (2022). Environmental challenges in Central Asian
industrial centers. Central Asian Environmental Review, 19(4), 89-104.
7.
Ministry of Ecology of Uzbekistan. (2023). State of environment in
Uzbekistan: Annual report 2022. Tashkent: Government Publishing House.
8.
Rakhimov, B.T. (2023). Air quality assessment in Navoiy industrial zone.
Uzbekistan Environmental Bulletin, 12(3), 67-78.
9.
Thompson, R.S., & Davis, M.K. (2024). Heavy metal contamination in
mining regions: A global perspective. International Journal of Environmental
Health, 41(2), 156-171.
10.
World Health Organization. (2023). Guidelines for industrial wastewater
management in developing countries. WHO Technical Report Series, No. 987
