Prof.dr hab.inż. Krzysztof Maślanka

Prof. dr hab. inż. Ryszard Kostuch

Water reservoir on the Radomka River was built in 2001 year. From the 2001 to 2008 year there were carried out measurements of water levels in 16 wells near water reservoir.It was found, that water levels in the wells were correlated with water levels in water reservoir. At higher levels of water in the water reservoir there were also higher levels of water in the wells. The highest levels of water in the wells were in the spring season and afterwards systematically decreased till winter season. The water levels in the wells were always higher than in the water reservoir. Only the 2001 year was different, because then the reservoir was not filled completely. Higher levels of water were a result of depression curve. The higher levels of water in wells indicate the advantageous influence of water reservoir Domaniów on the terrain humidity in neighborhood, thus affecting the vegetation development.     ...

Prof.dr hab.inż. Krzysztof Maślanka

Prof. dr hab. inż. Ryszard Kostuch

Dynamic of water damning changes in Domaniów reservoir water Turing 2009 to 2013

Daily measurements of water levels in water reservoir Domaniów were carry out from 2009 to 2013 year. After analyzing date received it was found that correlation between precipitation and water levels in water reservoir. Besides the highest water level in reservoir in all years there were during the spring season and the lowest water levels in reservoir water during autumn season. It results mainly hence, that during the spring is stronger humidity because except precipitation there are also water from melting snow. Whereas in autumn period is water deficit because the summer was strong evapotranspitation and the soil is very dry. The high water levels in reservoir occur also in other month if at the very intensive rainfalls. It will be described below.     ...

Prof. dr hab. inż. Ryszard Kostuch

Prof.dr hab.inż. Krzysztof Maślanka

Assessment of techniacl infrastructure development and the state of biological construction round water reservoir Domaniów on Radomka river

The content of paper is assessment the technical infrastructure and biological construction state round water reservoir Domaniów. It was found that technical infrastructure round water reservoiris well developed. Made 20 km pipe line water, 30,7 km sewerage to all localities. Built sewage treatmen plant, modernization of water station and same pump stations. Introduced biological construction again abrasion does not give good results. Development trees and shrub was weak and many plants did not live trough by reason of devastation from people and not good soil condition. Therefore biological construction is too little effectives in protection the banks of water reservoir against abrasion. The 2005 year about 150 m (runing metre) was devastated by abrasion. Improvement of the road infrastructure is very need round the water reservoir because their present state is insuitable. According to our observations and researches we think, that the development of technical infrastructure round water reservoir Domaniów is satisfa ctory and biological construction unsatisfactory. ...

Prof. dr hab. inż. Ryszard Kostuch

Prof.dr hab.inż. Krzysztof Maślanka

Landscape changes occuring in the nearest surroundings of the water reservoir Domaniow

The authors present in the papers the landscape changes, which occure in the nearest surroundings of the water reservoir Domaniów. The landscape changes we can divide on two periods- during the building the water reservoir- after reservoir filling.The construction of water reservoir Domaniów caused the biggest changes of landscape, because desintegrated the earlier infrastructure, which there were in Radomka walley: liquidation of ways, buildings water mill at so on. In the same time were made water dam and the way running on the crown of dam, embankment of water reservoir from the side of Brudnów and Konary localities, and also technology ways circum water reservoir.After filling the water reservoir still causes the landscape changes, which the authors determinate as direct and indirect. Direct impact on the landscape results from the elevation of ground waters what increases the biodiversity and apperance of landscape. More intensive is indirect impact of water reservoir, because it stimulates investment activity on this terrains. The people are building the houses, which need for the tourists and holiday - markes and also the restaurants, bars, parkings and so on, and these all change the landscape. Therefore all new investments ought to be very scrupulate analyze with regard ...