From Restructuring to Sustainable Development the Case of Upper Silesia
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Uproszczony Wykaz Taryf 2019
UPROSZCZONY WYKAZ TARYF LINIOWYCH WRAZ Z ICH ZASIĘGIEM I CENAMI Stacje i przystanki osobowe Taryfa liniowa Gliwice Zabrze Ruda Śląska L11 Ruda Chebzie 4 zł / 110 Świętochłowice Chorzów Batory L12 Katowice Załęże 6 zł / 150 L14 Katowice L13 5 zł / 120 Katowice Zawodzie 9 zł / 200 Katowice Szopienice Południowe L15 Sosnowiec Główny 6 zł / 150 Będzin L16 Będzin Miasto 5 zł / 120 L17 Będzin Ksawera 7 zł / 170 Dąbrowa Górnicza Dąbrowa Górnicza Gołonóg Dąbrowa Górnicza Pogoria Dąbrowa Górnicza Ząbkowice Dąbrowa Górnicza Sikorka Chruszczobród Wiesiółka Łazy Zawiercie Zawiercie Borowe Pole Myszków Mrzygłód L 84 Myszków Światowit 14 zł / 260 Myszków Myszków Nowa Wieś Żarki Letnisko Masłońskie Natalin Poraj Korwinów Częstochowa Raków Częstochowa Stan na dzień: 15.12.2019 r. UPROSZCZONY WYKAZ TARYF LINIOWYCH WRAZ Z ICH ZASIĘGIEM I CENAMI Stacje i przystanki osobowe Taryfa liniowa Gliwice Zabrze Ruda Śląska Ruda Chebzie Świętochłowice L42 L64 Chorzów Batory 9 zł / 200 15 zł / 260 Katowice Załęże Katowice Sosnowiec Główny V V Katowice Szopienice Południowe V V Katowice Zawodzie V V Katowice L61 L62 Katowice Ligota L63 12 zł / 250 14 zł / 260 Katowice Piotrowice 15 zł / 260 L64 L42 Tychy L41 Tychy Lodowisko 4,5 zł / 120 V V V V Pszczyna Goczałkowice Zabrzeg L61 Pierściec 12 zł / 250 Skoczów Skoczów Bładnice L62 Goleszów 14 zł / 260 Ustroń L63 L64 Ustroń Zdrój 15 zł / 260 15 zł / 260 Ustroń Polana Wisła Obłaziec Wisła Uzdrowisko Wisła Dziechcinka Wisła Kopydło Wisła Głębce Stan na dzień: 15.12.2019 r. UPROSZCZONY WYKAZ TARYF LINIOWYCH WRAZ Z ICH ZASIĘGIEM -
Dane Kontaktowe Do Sekcji Eksploatacji Zakładów
REGULAMIN DOSTĘPU DO OBIEKTÓW INFRASTRUKTURY USŁUGOWEJ ZARZĄDZANYCH PRZEZ PKP POLSKIE LINIE KOLEJOWE S.A. OBOWIĄZUJĄCY OD 10 GRUDNIA 2017 r. Załącznik 1.2 Dane kontaktowe do sekcji eksploatacji zakładów linii kolejowych PLK W tablicy znajdującej się na kolejnych stronach tego załącznika zastosowano następujące oznaczenia: Zakład Linii Kolejowych – nazwa siedziby Zakładu Linii Kolejowych PLK, Sekcja eksploatacji – nazwa siedziby Sekcji Eksploatacji PLK, Adres – adres pocztowy Sekcji Eksploatacji PLK, Telefon miejski / telefon kolejowy / Faks – numery telefonów, miejskiego i kolejowego oraz numer faksu, E-mail – adres mailowy, pod którym udzielane są informacje, Zakres udzielanych informacji – rodzaj obiektu infrastruktury usługowej, odnośnie którego udzielane są informacje, Godziny udzielania informacji – zakres czasu w jakim udzielane są informacje, REGULAMIN DOSTĘPU DO OBIEKTÓW INFRASTRUKTURY USŁUGOWEJ ZARZĄDZANYCH PRZEZ PKP POLSKIE LINIE KOLEJOWE S.A. OBOWIĄZUJĄCY OD 10 GRUDNIA 2017 r. Załącznik 1.2 Telefon miejski Godziny Zakład Linii Sekcja Zakres udzielanych Adres Telefon kolejowy E-mail udzielania Kolejowych Eksploatacji informacji Faks informacji IZ BIAŁYSTOK ISE BIAŁYSTOK WIATRAKOWA, 15-827 BIAŁYSTOK WIATRAKOWA, 608476002 miroslaw.gasows pełny 7-15 36 9856731546 [email protected] 15-827 856733444 BIAŁYSTOK IZ BIAŁYSTOK ISE HAJNÓWKA KOLEJOWA, 1 17-200 HAJNÓWKA KOLEJOWA, 1 608446593 eugeniusz.szatylo pełny 7-15 17-200 9856731790 [email protected] HAJNÓWKA 856731788 IZ BYDGOSZCZ ISE BYDGOSZCZ ZYGMUNTA 52 518 3301 zbigniew.wozniak kompleksowy 7.00-15.00 AUGUSTA, 7 952 518 3301 [email protected] 85-082 BYDGOSZCZ IZ BYDGOSZCZ ISE INOWROCŁAW MAGAZYNOWA, 8 52 518 4010 antoni.bakowski kompleksowy 7.00-15.00 88-100 952 518 4010 @plk-sa.pl INOWROCŁAW IZ BYDGOSZCZ ISE LASKOWICE POM. -
Long-Term Trends of Pollutant Concentrations in Selected Sites in Silesian Voivodeship
E3S Web of Conferences 28, 01013 (2018) https://doi.org/10.1051/e3sconf/20182801013 Air Protection in Theory and Practice Long-term trends of pollutant concentrations in selected sites in Silesian Voivodeship Szymon Hoffman* Department of Chemistry, Water and Wastewater Technology Faculty of Infrastructure and Environment Czestochowa University of Technology 69 Dabrowskiego St., 42-200 Czestochowa, Poland Abstract. The assessment of the air pollution quality in selected sites of Silesian Voivodeship was presented in this paper. The evaluation based on the sets of long-term data, recorded by the state air monitoring network. Concentrations of main air pollutants such as PM10, O3, CO, SO2, NO2, NO were considered. The basis for the calculations were 12-year time series of hourly concentrations. Using this data, the monthly averages of pollutant concentrations were calculated. Long-time trends of concentration changes were determined for each pollutant separately. Based on the analysis of trends, risks that may arise in the future were identified. 1 Introduction Silesian Voivodeship has the opinion of the most polluted region of Poland. Cities like Zabrze and Rybnik are often mentioned as extremely contaminated places [1]. Long-term measurements of the air monitoring stations allow to answer the question how the air quality has changed in these towns. The aim of the study is to identify the trends of changes in the concentration level of main air pollutants. Currently in Poland, the state network of air monitoring operates according to the new regulations, which are in line with the European Union legal acts. The present monitoring program started functioning shortly before Poland's accession to the EU [2, 3]. -
WYKAZ DRÓG Dpowiatowe
Zał ącznik Nr 2 do SIWZ WYKAZ DRÓG OBJ ĘTYCH ZAMÓWIENIEM ZADANIE 1 - letnie utrzymanie dróg powiatowych na Cz ęści Wschodniej Długo ść dróg podlegaj ąca letniemu utrzymaniu: Nr drogi Lp. Gmina Miejscowo ść Przebieg Długo ść [mb] [nowy] 1 S 4118 Goczałkowice Goczałkowice # DK1 - ul. Spokojna - gr. m Pszczyna 190 2 S 4145 Goczałkowice Goczałkowice #DK1 - ul. Brzozowa - gr. m Pszczyna 1254 3 S 4117 Goczałkowice Goczałkowice #DK1 - ul. D ębowa - gr. m Pszczyna 1140 4 S 4146 Kobiór Kobiór #DW 928 - ul. Przelotowa - gr. Pow. Tychy 2680 5 S 4147 Kobiór Kobiór #DW 928 - ul. Rodzinna - #DK 1 2263 6 S 4140 Mied źna Zawadka #DW 933 - ul. Długa - #DW 933 3157 Mied źna Frydek #S 4136 - ul. Miodowa - gr. m Mied źna Mied źna Mied źna gr. M Frydek - ul. Wiejska - gr. m Grzawa 7 S 4133 8102 gr. M Mied źna - ul. Wiejska - gr. adm. Mied źna Grzawa drogowej gr. Pow. Bieru ń - L ędziny - ul. Pszczy ńska - Mied źna Wola gr. m Gilowice Mied źna Gilowice gr. m Wola - ul. Górno śląska - gr.m Frydek 8 S 4148 10254 Mied źna Frydek gr. m Frydek - ul. Bieru ńska - gr. m Mied źna Mied źna Mied źna gr. m Mied źna - ul. Bieru ńska - #S 4133 #DW 933 - ul. Topolowa; J. Lompy - #S 9 S 4148 Mied źna Góra 3226 4135 Mied źna Gilowice #S 4137 - ul. W. Korfantego - gr. m Wola 10 S 4136 gr. m Gilowice - ul. Sportowa - gr. Pow. 2784 Mied źna Wola Bieru ń-L ędziny 11 S 4134 Mied źna Frydek #S4133 - ul. -
The Place of Photovoltaics in Poland's Energy
energies Article The Place of Photovoltaics in Poland’s Energy Mix Renata Gnatowska * and Elzbieta˙ Mory ´n-Kucharczyk Faculty of Mechanical Engineering and Computer Science, Institute of Thermal Machinery, Cz˛estochowaUniversity of Technology, Armii Krajowej 21, 42-200 Cz˛estochowa,Poland; [email protected] * Correspondence: [email protected]; Tel.: +48-343250534 Abstract: The energy strategy and environmental policy in the European Union are climate neutrality, low-carbon gas emissions, and an environmentally friendly economy by fighting global warming and increasing energy production from renewable sources (RES). These sources, which are characterized by high investment costs, require the use of appropriate support mechanisms introduced with suitable regulations. The article presents the current state and perspectives of using renewable energy sources in Poland, especially photovoltaic systems (PV). The specific features of Polish photovoltaics and the economic analysis of investment in a photovoltaic farm with a capacity of 1 MW are presented according to a new act on renewable energy sources. This publication shows the importance of government support that is adequate for the green energy producers. Keywords: renewable energy sources (RES); photovoltaic system (PV); energy mix; green energy 1. State of Photovoltaics Development in the World The global use of renewable energy sources (RES) is steadily increasing, which is due, among other things, to the rapid increase in demand for energy in countries that have so far been less developed [1]. Other reasons include the desire of various countries to Citation: Gnatowska, R.; become self-sufficient in energy, significant local environmental problems, as well as falling Mory´n-Kucharczyk, E. -
The Glaciofluvial Terrace in the Moravian Gate (Czech Republic)
Journal of Anthropozoic Pages 8 – – Czech Geological Survey ISBN 978-80-7075-761–1 Geological Sciences 27 51–61 figures table plate Prague 2011 ISSN 0036-5270 The glaciofluvial terrace in the Moravian Gate (Czech republic) Glacifluviální terasa v Moravské bráně Jaroslav Tyráček † TyráČek, J. (2011): The glaciofluvial terrace in the Moravian Gate (Czech Republic). – Sbor. geol. Věd, Antropozoikum, 27, 51–61. Praha. Key words: northern Moravia, Pliocene, Pleistocene, continental glaciation Abstract: The sediments exotic to local geological setting that occur close to the European water-divide in the Moravian Gate have been primarily interpreted as glacial since the end of the 19th century. Because the Scandinavian ice sheet advanced twice into the Moravian Gate, the age of its maximum extent, level and direction of the meltwater drainage were the most important topics. The term glaciofluvial terrace, introduced into the literature by Hassinger (1914) is intimately linked with the maximum glaciation, which is here dated to the Elsterian Stage glacial. In fact, however, the Elsterian glacier halted far from the divide and no traces of its having crossed this barrier have been identified. Nor has the drainage via the Moravian Gate during the Elsterian times been confirmed. Two gravel occurrences at Nad dolama and Horecko about 70–80 m above the Bečva River have been proposed as the representatives of the glaciofluvial terrace. They are composed of local lithologies derived from the Nízký Jeseník upland. No exotic rocks have been identified in these sediments not even those from the flysch conglomerates, which occur in the upper Carpathian part of the Bečva River course. -
Characterization of PM10 Sampled on the Top of a Former Mining Tower by the High-Volume Wind Direction-Dependent Sampler Using INNA
atmosphere Article Characterization of PM10 Sampled on the Top of a Former Mining Tower by the High-Volume Wind Direction-Dependent Sampler Using INNA Irena Pavlíková 1,2,* , Daniel Hladký 1,3, OldˇrichMotyka 4 , Konstantin N. Vergel 2, Ludmila P. Strelkova 2 and Margarita S. Shvetsova 2 1 Department of Environmental Protection in Industry, Faculty of Materials Science and Technology, VSB–Technical University of Ostrava, 708 00 Ostrava-Poruba, Czech Republic; [email protected] 2 Sector of Neutron Activation Analysis and Applied Research, Frank Laboratory of Neutron Physics, Joint Institute for Nuclear Research, 141980 Dubna, Russia; [email protected] (K.N.V.); [email protected] (L.P.S.); [email protected] (M.S.S.) 3 Czech Hydrometeorological Institute, 708 00 Ostrava-Poruba, Czech Republic 4 Nanotechnology Centre, VSB–Technical University of Ostrava, 708 00 Ostrava-Poruba, Czech Republic; [email protected] * Correspondence: [email protected] or [email protected]; Tel.: +420-604-636-041 Abstract: The PM10 concentrations in the studied region (Ostravsko-karvinská agglomeration, Czech Republic) exceed air pollution limit values in the long-term and pose a significant problem for human health, quality of life and the environment. In order to characterize the pollution in the region and identify the pollution origin, Instrumental Neutron Activation Analysis (INAA) was employed for determination of 34 elements in PM10 samples collected at a height of 90 m above ground level. From April 2018 to March 2019, 111 PM10 samples from eight basic wind directions and calm and two smog situations were sampled. The elemental composition significantly varied depending on season and sampling conditions. -
Project Details
Early Warning System EIB-20150075 UPPER SILESIA URBAN FRAMEWORK PROGRAMME Early Warning System EIB-20150075 UPPER SILESIA URBAN FRAMEWORK PROGRAMME Quick Facts Countries Poland Specific Location Bytom, Chorzow, Dabrowa Gornicza, Gliwice, Katowice, Ruda Slaska, Rybnik, Sosnowiec, Tychy Financial Institutions European Investment Bank (EIB) Status Approved Bank Risk Rating U Voting Date 2016-05-09 Borrower Cities of Bytom, Chorzow, Dabrowa Gornicza, Gliwice, Katowice, Ruda Slaska, Rybnik, Sosnowiec, Tychy Sectors Infrastructure, Transport, Water and Sanitation Investment Type(s) Loan Investment Amount (USD) $ 746.95 million Project Cost (USD) $ 1,817.77 million Early Warning System https://ews.rightsindevelopment.org/ [email protected] Early Warning System EIB-20150075 UPPER SILESIA URBAN FRAMEWORK PROGRAMME Project Description This project finances urban development and infrastructure modernization, including investments aiming to link and integrate nine cities from the Upper Silesian Agglomeration: Bytom, Chorzow, Dabrowa Gornicza, Gliwice, Katowice, Ruda Slaska, Rybnik, Sosnowiec, and Tychy. Early Warning System https://ews.rightsindevelopment.org/ [email protected] Early Warning System EIB-20150075 UPPER SILESIA URBAN FRAMEWORK PROGRAMME Investment Description European Investment Bank (EIB) Early Warning System https://ews.rightsindevelopment.org/ [email protected] Early Warning System EIB-20150075 UPPER SILESIA URBAN FRAMEWORK PROGRAMME Contact Information *No contacts available* ACCOUNTABILITY MECHANISM OF EIB The EIB Complaints Mechanism is designed to facilitate and handle complaints against the EIB by individuals, organizations or corporations affected by EIB activities. When exercising the right to lodge a complaint against the EIB, any member of the public has access to a two-tier procedure, one internal - the Complaints Mechanism Office - and one external - the European Ombudsman. -
Silesia, Poland - Regional Profile 1
SILESIA, POLAND - REGIONAL PROFILE 1 REGIONAL PROFILE Silesia GENERAL INFORMATION Country: Poland Region Name: Silesia Region NUTS2 code*: PL22 - Silesia Region NUTS3 code PL22A - Katowicki / PL228 Bytomski PL229 - Gliwicki / PL227 - Rybnicki PL22B - Sosnowiecki / PL22C - Tyski Main urban centres in the region (by population): Katowice - 294,510 / Częstochowa - 222,292 Sosnowiec - 202,036 / Gliwice - 179,806 Zabrze - 173,374 / Bielsko-Biała - 171,259 Bytom - 166,795 / Rybnik - 138,696 Ruda Śląska - 138,000 / Tychy - 127,831 *NUTS: Nomenclature of Territorial Units for Statistics NOTICE ON COVID-19 The data contained within this regional profile was primarily gathered prior to the COVID-19 pandemic. It is recognised that the pandemic has had an adverse impact on energy demand. Although the consequences and implications are significant, they remain emergent and dynamic. An update to this document should be considered, once these consequences and implications are clearer and more quantifiable. INITIATIVE FOR COAL REGIONS IN TRANSITION SILESIA, POLAND - REGIONAL PROFILE 2 Overview Silesia is the most populated and urbanised region in Poland with over 4.5 million inhabitants. 78% of its population live in cities and its population density is 370 people/km2. The region comprises of eight NUTS-3 subregions, out of which six are notably affected by coal mining and related industries. The communities where the majority of the miners live are located in central and western subregions - namely Katowicki subregion, Bytomski subregion, Gliwicki subregion, Rybnicki subregion, Sosnowiecki subregion, and Tyski subregion. Silesia is the most coal-dependent region in Poland with mining playing an important role in the regional economy. However, its gradual decline in recent years is also apparent as production is declining in view of falling productivity and low profitability. -
Respiratory Adaptation to Climate in Modern Humans and Upper Palaeolithic Individuals from Sungir and Mladeč Ekaterina Stansfeld1*, Philipp Mitteroecker1, Sergey Y
www.nature.com/scientificreports OPEN Respiratory adaptation to climate in modern humans and Upper Palaeolithic individuals from Sungir and Mladeč Ekaterina Stansfeld1*, Philipp Mitteroecker1, Sergey Y. Vasilyev2, Sergey Vasilyev3 & Lauren N. Butaric4 As our human ancestors migrated into Eurasia, they faced a considerably harsher climate, but the extent to which human cranial morphology has adapted to this climate is still debated. In particular, it remains unclear when such facial adaptations arose in human populations. Here, we explore climate-associated features of face shape in a worldwide modern human sample using 3D geometric morphometrics and a novel application of reduced rank regression. Based on these data, we assess climate adaptations in two crucial Upper Palaeolithic human fossils, Sungir and Mladeč, associated with a boreal-to-temperate climate. We found several aspects of facial shape, especially the relative dimensions of the external nose, internal nose and maxillary sinuses, that are strongly associated with temperature and humidity, even after accounting for autocorrelation due to geographical proximity of populations. For these features, both fossils revealed adaptations to a dry environment, with Sungir being strongly associated with cold temperatures and Mladeč with warm-to-hot temperatures. These results suggest relatively quick adaptative rates of facial morphology in Upper Palaeolithic Europe. Te presence and the nature of climate adaptation in modern humans is a highly debated question, and not much is known about the speed with which these adaptations emerge. Previous studies demonstrated that the facial morphology of recent modern human groups has likely been infuenced by adaptation to cold and dry climates1–9. Although the age and rate of such adaptations have not been assessed, several lines of evidence indicate that early modern humans faced variable and sometimes harsh environments of the Marine Isotope Stage 3 (MIS3) as they settled in Europe 40,000 years BC 10. -
Primary Energy Consumption in Selected EU Countries Compared to Global Trends
Open Chemistry 2021; 19: 503–510 Review Article Tadeusz Olkuski*, Wojciech Suwała, Artur Wyrwa, Janusz Zyśk, Barbara Tora Primary energy consumption in selected EU Countries compared to global trends https://doi.org/10.1515/chem-2021-0046 received February 3, 2021; accepted March 15, 2021 1 Introduction Abstract: The article shows the consumption of primary Primary energy consumption was once perceived as an energy carriers in selected European Union (EU) countries, indicator of the civilization development. The economic including Poland. The trend of consumption of primary progress of individual countries was measured by the energy carriers was compared with the global trend, which consumption of both primary and secondary energy, is different from that observed in the EU. The consumption the use of coal and steel, and electricity. In later years, of primary energy sources has been increasing steadily for it was realized that such a constant drive for development many decades, due to the growth of the world population through the unlimited increase in the use of natural resources and the aspirations of developing countries to raise the is ineffective and harmful to the natural environment. standard of living of their citizens. In the EU, the opposite Therefore, measures are taken to protect the natural trend, i.e., a decrease in primary energy consumption, has resources by making efficient use of them. The consumption been observed since 2007. This article presents tables and of primary energy carriers in selected European Union graphs showing these phenomena. The authors tried to (EU) countries, including Poland, is discussed further in answer the following questions: (a) What influences the this article. -
Varying the Energy Mix in the EU-28 and in Poland As a Step Towards Sustainable Development
energies Article Varying the Energy Mix in the EU-28 and in Poland as a Step towards Sustainable Development Wiktoria Sobczyk 1 and Eugeniusz Jacek Sobczyk 2,* 1 Faculty of Mining and Geoengineering, AGH University of Science and Technology, 30-059 Krakow, Poland; [email protected] 2 Mineral Energy and Economy Research Institute of the Polish Academy of Sciences, 31-261 Krakow, Poland * Correspondence: [email protected] Abstract: The demand for clean energy is a key global issue requiring global ideas to be implemented through local action. This is particularly important in Poland’s energy transition, since the country produces energy mainly from conventional sources, i.e., coal, gas, and crude oil. Adverse climate change caused by high emissions of the economy based on the combustion of hydrocarbons as well as the growing public awareness have made it necessary to look for new environmentally friendly energy sources. The aim of the paper is to demonstrate that the use of alternative energy sources, biomass in particular, is compatible with sustainable development policy. Eight indicators for the EU-28 and for Poland were analysed in order to verify the progress in modifying the energy mix between 2010 and 2018 in the context of implementing Sustainable Development Goals (SDGs). The analysis showed that both in the EU-28 and in Poland, the aggregated indicator taking into account the positive and negative change in the values of individual indicators improved between 2010 and 2018. In the EU-28, this indicator is higher (180.1) than in Poland (152.3). The lower value for Poland is mainly due to the fact that the main source of energy in Poland remains hard coal Citation: Sobczyk, W.; Sobczyk, E.J.