Field research of ecological parameters in Bakota bay area
Problem of hydrological research is conditioned by significant part of water reservoirs in landscape space of Ukraine. Nowadays there is an intensified natural and anthropogenic transformation in the local and regional levels of landscape. The problem that have scientific and economic significance i...
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| Date: | 2019 |
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Kyiv National University of Construction and Architecture
2019
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| Online Access: | https://es-journal.in.ua/article/view/172542 |
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| Journal Title: | Environmental safety and natural resources |
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Environmental safety and natural resources |
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2019-07-09T04:27:59Z |
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field research environmental safety influence assessment water objects remote sensing methods geographical information systems |
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field research environmental safety influence assessment water objects remote sensing methods geographical information systems Trofymchuk, Oleksandr М. Krasovsky, Gryhorii Ya. Radchuk, Valentyn V. Trysnyuk, Vasil M. Radchuk, Igor V. Kreta, Dmytro L. Zagorodnya, Snizhana A. Sheviakina, Natalia A. Okhariev, Viacheslav O. Trysnyuk, Taras V. Shumeiko, Viktor O. Atrasevych, Oleksandr V. Vishnyakov, Viacheslav Y. Field research of ecological parameters in Bakota bay area |
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експедиційні дослідження екологічна безпека оцінка впливу водні об’єкти методи дистанційного зондування Землі географічні інформаційні системи field research environmental safety influence assessment water objects remote sensing methods geographical information systems |
| format |
Article |
| author |
Trofymchuk, Oleksandr М. Krasovsky, Gryhorii Ya. Radchuk, Valentyn V. Trysnyuk, Vasil M. Radchuk, Igor V. Kreta, Dmytro L. Zagorodnya, Snizhana A. Sheviakina, Natalia A. Okhariev, Viacheslav O. Trysnyuk, Taras V. Shumeiko, Viktor O. Atrasevych, Oleksandr V. Vishnyakov, Viacheslav Y. |
| author_facet |
Trofymchuk, Oleksandr М. Krasovsky, Gryhorii Ya. Radchuk, Valentyn V. Trysnyuk, Vasil M. Radchuk, Igor V. Kreta, Dmytro L. Zagorodnya, Snizhana A. Sheviakina, Natalia A. Okhariev, Viacheslav O. Trysnyuk, Taras V. Shumeiko, Viktor O. Atrasevych, Oleksandr V. Vishnyakov, Viacheslav Y. |
| author_sort |
Trofymchuk, Oleksandr М. |
| title |
Field research of ecological parameters in Bakota bay area |
| title_short |
Field research of ecological parameters in Bakota bay area |
| title_full |
Field research of ecological parameters in Bakota bay area |
| title_fullStr |
Field research of ecological parameters in Bakota bay area |
| title_full_unstemmed |
Field research of ecological parameters in Bakota bay area |
| title_sort |
field research of ecological parameters in bakota bay area |
| title_alt |
Експедиційні дослідження параметрів екологічного стану затоки Бакота |
| description |
Problem of hydrological research is conditioned by significant part of water reservoirs in landscape space of Ukraine. Nowadays there is an intensified natural and anthropogenic transformation in the local and regional levels of landscape. The problem that have scientific and economic significance is complex environmental assessment with creating of composite ecological indicators and research of hydrological ecosystems regularity. It this paper authors have determined regularities of the anthropogenic impact to ecological situation in the freshwater reservoirs of Ukraine. Also there were developed such scientific approaches as remote sensing methods, bathymetry, 3D-modelling of aquatic areas, water eutrophication researches. The theme of the paper is a review of the hydrological ecosystem field research. Research area is Bakota Bay in Dniester Canyon and adjacent territories. Main purpose of research is to evaluate potential reaction of environment to direct or indirect anthropogenic impact, as well as to solve problem of sustainable nature management according to expected state of environment. During the research of surface water in Dniester water area, a number of hydrophysical indicators have taken into account, as temperature fluctuations boundary, color, transparency, hydroacoustic and geomorphological data of the bottom relief in water area. Also some navigational hazards and sunken objects have determined. As a result of research, some scientific approaches and methods have reasoned. For researched local geosystem, the anthropogenic impact assessment is grounded on distributed in space in time environmental monitoring data. Specifically, it consists of the synthesis of contact and remote monitoring methods. Spatially-distributed nature of monitoring data allows using the power of actual GIS-technologies, which provide a large variety of multidimensional spatial analyst tools for various pollution factors evaluation. Authors insist that echolocation-based bathymetry is important method for solving problems of water resource management on researched area, which has international importance in the frame of planned Dniester Canyon hydro power cascade construction. |
| publisher |
Kyiv National University of Construction and Architecture |
| publishDate |
2019 |
| url |
https://es-journal.in.ua/article/view/172542 |
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2025-07-17T11:17:45Z |
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2025-07-17T11:17:45Z |
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es-journalinua-article-1725422019-07-09T04:27:59Z Field research of ecological parameters in Bakota bay area Експедиційні дослідження параметрів екологічного стану затоки Бакота Trofymchuk, Oleksandr М. Krasovsky, Gryhorii Ya. Radchuk, Valentyn V. Trysnyuk, Vasil M. Radchuk, Igor V. Kreta, Dmytro L. Zagorodnya, Snizhana A. Sheviakina, Natalia A. Okhariev, Viacheslav O. Trysnyuk, Taras V. Shumeiko, Viktor O. Atrasevych, Oleksandr V. Vishnyakov, Viacheslav Y. експедиційні дослідження екологічна безпека оцінка впливу водні об’єкти методи дистанційного зондування Землі географічні інформаційні системи field research environmental safety influence assessment water objects remote sensing methods geographical information systems Problem of hydrological research is conditioned by significant part of water reservoirs in landscape space of Ukraine. Nowadays there is an intensified natural and anthropogenic transformation in the local and regional levels of landscape. The problem that have scientific and economic significance is complex environmental assessment with creating of composite ecological indicators and research of hydrological ecosystems regularity. It this paper authors have determined regularities of the anthropogenic impact to ecological situation in the freshwater reservoirs of Ukraine. Also there were developed such scientific approaches as remote sensing methods, bathymetry, 3D-modelling of aquatic areas, water eutrophication researches. The theme of the paper is a review of the hydrological ecosystem field research. Research area is Bakota Bay in Dniester Canyon and adjacent territories. Main purpose of research is to evaluate potential reaction of environment to direct or indirect anthropogenic impact, as well as to solve problem of sustainable nature management according to expected state of environment. During the research of surface water in Dniester water area, a number of hydrophysical indicators have taken into account, as temperature fluctuations boundary, color, transparency, hydroacoustic and geomorphological data of the bottom relief in water area. Also some navigational hazards and sunken objects have determined. As a result of research, some scientific approaches and methods have reasoned. For researched local geosystem, the anthropogenic impact assessment is grounded on distributed in space in time environmental monitoring data. Specifically, it consists of the synthesis of contact and remote monitoring methods. Spatially-distributed nature of monitoring data allows using the power of actual GIS-technologies, which provide a large variety of multidimensional spatial analyst tools for various pollution factors evaluation. Authors insist that echolocation-based bathymetry is important method for solving problems of water resource management on researched area, which has international importance in the frame of planned Dniester Canyon hydro power cascade construction. Стаття присвячена огляду результатів проведених експедиційних досліджень водних екосистем Дністровського каньйону, а саме затоки Бакота та прилеглих територій. Основною метою досліджень є оцінка можливої реакції навколишнього природного середовища на прямий чи опосередкований антропогенний вплив, а також вирішення задач раціонального природокористування у відповідності з очікуваним станом природного середовища. При проведенні досліджень поверхневих вод р. Дністер та затоки Бакота враховано низку гідрофізичних показників: межі коливання температури, кольоровості, прозорості, збирання гідроакустичних і геоморфологічних даних про рельєф дна в акваторіях та виявлення навігаційних небезпек та затонулих об’єктів. Kyiv National University of Construction and Architecture 2019-07-03 Article Article application/pdf https://es-journal.in.ua/article/view/172542 10.32347/2411-4049.2019.2.44-55 Environmental safety and natural resources; Vol. 30 No. 2 (2019): Environmental safety and natural resources; 44-55 Екологічна безпека та природокористування; Том 30 № 2 (2019): Екологічна безпека та природокористування; 44-55 2616-2121 2411-4049 10.32347/2411-4049.2019.2 uk https://es-journal.in.ua/article/view/172542/172298 Copyright (c) 2019 Oleksandr М. Trofymchuk, Gryhorii Ya. Krasovsky, Valentyn V. Radchuk, Vasil M. Trysnyuk, Igor V. Radchuk, Dmytro L. Kreta, Snizhana A. Zagorodnya, Natalia A. Sheviakina, Viacheslav O. Okhariev, Taras V. Trysnyuk, Viktor O. Shumeiko, Oleksandr V. Atrasevych, Viacheslav Y. Vishnyakov https://creativecommons.org/licenses/by/4.0 |