Modeling and Analysis of Integrated Bathymetric and Geodetic Data for Inventory Surveys of Mining Water Reservoirs

Ochałek, Agnieszka; Lipecki, T.; Jaśkowski, W.; Jabłoński, Mateusz

doi:10.1051/e3sconf/20183504005

Cited by 3 publications

(3 citation statements)

References 5 publications

(6 reference statements)

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“…When they are extracting, it is likely that a reservoir, filled up with surface water, is being formed. The integration of geodetic and bathymetric technologies enabled to conduct effective and accurate measurements of the bottom of reservoirs, what can be helpful in management of aquatic environment after the mining works are completed (Madusiok and Maciaszek, 2014;Ochałek et al, 2018). For this purpose, a remote controlled device, based on the USV methodology (unmanned surface vehicle), was designed by the author, and named as Smart-Sonar-Boat.…”

Section: Introductionmentioning

confidence: 99%

The contribution to protecting the aquatic environment in open-pit aggregate mines using remote-controlled bathymetry

Madusiok¹

2019

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The opencast extraction of aggregates (sand and gravel) affects the change in landscape, including the formation of anthropogenic water reservoirs. The research were conducted in selected open-pits mines in southern Poland. In the research, a remote-controlled bathymetric device, constructed by the author, was used. Firstly, the investigation aimed to check the method under strictly defined conditions in open-pit mines of aggregates. But, above all, the study cycle aimed to verify whether a remote-controlled bathymetry could successfully be helpful for protecting the aquatic environment. The following issues were discussed in the paper: ZASTOSOWANIE ZDALNEJ BATYMETRII JAKO WKŁAD DO OCHRONY ŚRODOWISKA WODNEGO W KOPALNIACH ODKRYWKOWYCH Słowa kluczowe: stateczność zboczy eksploatacyjnych, podwodna eksploatacja, roślinność denna, struktura dna zbiornika wodnego, rekultywacja, zarządzanie zasobami naturalnymi, bezpieczna eksploatacja Abstrakt Odkrywkowa eksploatacja kruszyw naturalnych (piasku i żwiru) niesie ze sobą zmiany w krajobrazie, przyczyniając się również do powstawania antropogenicznych zbiorników wodnych. Badania zostały przeprowadzone w wybranych kopalniach kruszyw GEOINFORMATICA POLONICA 18: 2019

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Section: Introductionmentioning

confidence: 99%

The contribution to protecting the aquatic environment in open-pit aggregate mines using remote-controlled bathymetry

Madusiok¹

2019

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“…Over the past several years, remote sensing and Geographic Information System have rapidly developed, including the integration of geodesy with bathymetry (Owerko & Kwartnik-Pruc, 2011;Madusiok & Maciaszek, 2014;Ochałek et al, 2018). Nowadays, hydrological data collections, such as bottom characterization (Ivakin, 2006;Rzhanov et al, 2012;Haniotis et al, 2015;Awasthi, 2016), can be obtained by means of remote-controlled acoustic methods (Hitz et al, 2012;Romano & Duranti, 2012;Madusiok, 2016).…”

Section: Introductionmentioning

confidence: 99%

Archives of Mining Sciences

Madusiok

2019

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The study aimed to apply the protection from damage to engineering facilities located near a planned underwater aggregate extraction. The analysis was conducted in compliance with mining regulations and expert opinions. The study also aimed to assess the precision and correctness of the extraction, due to economic aspects. To reach the goals, in-situ research of the mining area was conducted, with the help of an advanced bathymetric device, based on the USV methodology. The instrument -named by the author as Smart-Sonar-Boat -was especially designed for underwater surveys in open-pit aggregate mines. The study analyzed the "Dwory" open-pit mine, located in southern Poland in the city of Oświęcim. The bathymetric results obtained contributed to improving the observation of changes in the bottom during the extraction. The applied USV method allowed for conducting the reliable evaluation of the mining work.

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“…Therefore, no actual bathymetric data that could determine the spread of the tombolo phenomenon were available in this area. Currently, bathymetric measurements in ultra-shallow waters and on the coastline are carried out by either tachymetric [39] or geodetic method with a person stepping into the sea to a predefined depth using a GNSS receiver operating in real time [40][41][42].…”

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confidence: 99%

Geospatial Modeling of the Tombolo Phenomenon in Sopot using Integrated Geodetic and Hydrographic Measurement Methods

Specht

Mindykowski

et al. 2020

Remote Sensing

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A tombolo is a narrow belt connecting a mainland with an island lying near to the shore, formed as a result of sand and gravel being deposited by sea currents, most often created as a result of natural phenomena. However, it can also be caused by human activity, as is the case with the Sopot pier—a town located on the southern coast of the Baltic Sea in northern Poland (φ = 54°26’N, λ = 018°33’E). As a result, the seafloor rises constantly and the shoreline moves towards the sea. Moreover, there is the additional disturbing phenomenon consisting of the rising seafloor sand covering over the waterbody’s vegetation and threatening the city's spa character. Removal of the sand to another place has already been undertaken several times. There is a lack of precise geospatial data about the tombolo’s seafloor course, its size and spatial shape caused by only lowering the seafloor in random places, and the ongoing environmental degradation process. This article presents the results of extensive and integrated geodetic and hydrographic measurements, the purpose of which was to make a 3D model of the phenomena developing in Sopot. The measurements will help determine the size and speed of the geospatial changes. Most of the modern geodetic and hydrographic methods were used in the study of these phenomena. For the construction of the land part of geospatial model, the following were used: photos from the photogrammetric flight pass (unmanned aerial vehicle—UAV), laser scanning of the beach and piers, and satellite orthophotomaps for analysis of the coastline changes. In the sea part, bathymetric measurements were carried out with an unmanned surface vehicle (USV).

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Modeling and Analysis of Integrated Bathymetric and Geodetic Data for Inventory Surveys of Mining Water Reservoirs

Cited by 3 publications

References 5 publications

The contribution to protecting the aquatic environment in open-pit aggregate mines using remote-controlled bathymetry

The contribution to protecting the aquatic environment in open-pit aggregate mines using remote-controlled bathymetry

Archives of Mining Sciences

Geospatial Modeling of the Tombolo Phenomenon in Sopot using Integrated Geodetic and Hydrographic Measurement Methods

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