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Phyto- and zooplankton in fishponds contaminated with heavy metal runoff from a lead-zinc mine

100%

Wilk-Woźniak E. , Pociecha A. , Ciszewski D. , Aleksander-Kwaterczak U. , Walusiak E.

tom Vol. 40, No.4

77-85

This investigation focused on plankton inhabiting fishponds, which previously received mine waters from the lead-zinc mine ‘Matylda’, located in southern Poland (Upper Silesia). The purpose of the investigation was to study the effects of chronic and persistent contamination of fishpond bottom sediments with heavy metals originated from the lead and zinc mine. The phytoand zooplankton in the four fishponds were dominated by diatoms, green algae and rotifers. Plankton composition of the reference non-contaminated pond was different, since Chrysophytes dominated, and Copepoda were the most numerous among zooplankton. In the contaminated fishponds, we observed teratological forms, both for phyto-and zooplankton species, but only as individuals. Our results showed that planktonic communities had adapted to chronic and persistent heavy metal contamination.

The binding of heavy metals and arsenic in the soil by [3-(2-aminoethylamino)propyl]trimethoxysilane

100%

Grzesiak P. , Lukaszyk J. , Kurczewska J. , Schroeder G.

Polish Journal of Environmental Studies

2014

tom 23

nr 3

This paper describes the results of research concerning the binding of heavy metals and arsenic (HM+As) by [3-(2-Aminoethylamino)propyl]trimethoxysilane. The studies have been carried out on soils sampled from areas affected by emissions from the Głogów Copper Smelter and Refinery. The currently applied technique of soil stabilization of HMs by pH changing does not guarantee their permanent blocking in a sorption complex. The research aims to increase food safety in areas of industrial impact.

Kształtowanie się chemizmu zwykłych wód podziemnych w regionie górnośląskim w warunkach aktywnej antropopresji

84%

Różkowski A. , Pacholewski A. , Witkowski A.

tom Vol. 53, nr 9

742-752

The Upper Silesia urban-industrial region is one of the most industrialized areas in Europe, due to a concentration of mineral deposits, including hard coal, zinc and lead ores and other raw materials. Ground-water is pumped by wells and discharged by mines. Potable groundwater in this area occurs within the Neogene, Cretaceous, Triassic (over 60% of the groundwater resources) and Carboniferous formations. Within these formations, 16 major aquifers fit the quantitative and qualitative criteria proposed by Kleczkowski (1990) and extend over the total area of about 3257 km 2). Within the Pleistocene formation, nine major aquifers of porous character have been identified. They are situated in the areas of buried valleys and modern river valleys. The TDS content ranges from 47 to 1374 mg/L. More than 80% of samples represent quality classes II and III in the four-class scale of water quality, because of urban and industrial impacts. Within the Triassic carbonate forma-tion, five major aquifers have been identified in fractured–karstic–porous dolomites and limestones. This water-bearing complex is overlain partly by impermeable Keuper clays and by permeable Holocene and Pleistocene sediments. The TDS values vary from 103 to 1519 mg/L. Generally groundwater in the Triassic aquifers is of a better quality (classes I and II). Poor quality water (classes III and IV) occurs only within Zn–Pb ore mining areas and in the areas impacted by urban agglomerations. The groundwater occurring in Carboniferous sandstones is generally of poor quality due to mining impact. Therefore, no major aquifers have been distinguished in the Carboniferous strata.

Economic analysis for technical and executive projects with geosynthetic materials for the protection of linear structures in the mining areas

67%

Kadela M. , Gwozdz-Lason M.

Acta Scientiarum Polonorum. Architectura

2021

tom 20

nr 1

Morphological changes and micronuclei frequency in microspore tetrads of Achillea millefolium from the areas of coal-fi red power plants

67%

Obidoska G. , Nagorska E. , Nadulska A.

nr 39