The Environmental Mining Limits in the North Bohemian Lignite Region
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Geological Model of Western Bohemia in Relation to the Deep Borehole Ktb in Germany
Bohemian Massif 74 MAEGS–10 Session 4 GEOLOGICAL MODEL OF WESTERN BOHEMIA IN RELATION TO THE DEEP BOREHOLE KTB IN GERMANY S. VRÁNA, V. ŠTĚDRÁ Czech Geological Survey, Klárov 3, 118 21 Prague 1, Czech Republic The project “Geological model of western Bohemia in relation to the deep borehole KTB in the FRG” was co- ordinated by the Czech Geological Survey in 1991–1994. A special volume of the Journal of Geological Sciences, series Geology (published by the Czech Geological Survey, Prague) presents the results of the project in 21 chapters on specialized topics, prepared by 50 co-authors from several geoscience institutions in the Czech Republic. The volume should appear approximately at the time of MAEGS-10 or later in 1997. Insights into the structure and evolution of the Earth's crust in the western Bohemian Massif and formulation of a new geological and geophysical model of the region were the common denominator of all the specialized studies of the project. It used, in addition to new data, geological and geophysical information amassed over several decades. Some regions not covered by the previous programs of geophysical survey, namely a belt along the state border in the W and SW Bohemia, were studied. Geophysical methods provided information on the region studied and on physical properties of the Earth's crust. These methods included regional gravimetry, airborne magnetometry and radiometry, and a 220 km long 9HR seismic profile. Gravimetry, and partly also magnetometry, gave quantitative information on subsurface extension of many contrasting plutons, intrusions, and horizons of basic metavolcanic rocks, necessary for a 3-D structural study of the Earth's crust. -
Princely Experience at Mandarin Oriental, Prague
PRINCELY EXPERIENCE AT MANDARIN ORIENTAL, PRAGUE Hong Kong, 22 June 2017 – Mandarin Oriental, Prague is offering guests an opportunity to experience Prague like a prince. Guests booking the Lobkowicz Princely Experience package can stay in the hotel’s magnificent Lobkowicz Suite and take a tour of nearby Lobkowicz Palace, which forms part of Prague Castle, where they can enjoy a glass of Prosecco on the balcony overlooking the Golden City. Other treats include receiving a lithograph facsimile from Prague’s famous Lobkowicz art collection to take home with them. Exuding history, the Lobkowicz Suite features an exclusive selection of lithograph facsimiles from The Lobkowicz Collections, sometimes referred to as the “Princely Collections”, a privately-owned set of world famous artworks amassed by the Lobkowicz family over seven centuries. Located in the hotel’s Baroque wing, the sumptuous suite features vaulted ceiling, tall windows, original parquet floors and other original architectural features. Headed by a hereditary prince, the Lobkowicz family is one of the Czech Republic’s oldest noble lines. Five per cent of proceeds from suite bookings go to the Lobkowicz Foundation, which conserves and restores the palace’s artworks. The Lobkowicz Princely Experience package is available all year-round, and includes: Daily breakfast served in the comfort of the Lobkowicz Suite Lobkowicz treats, including chocolates and a personal note from Alexandra and William Lobkowicz Tour of the Lobkowicz Collections at Prague Castle, with a glass of Prosecco on the balcony overlooking Prague A lithograph facsimile from the Lobkowicz Collections to take home as a keepsake Price includes 5% contribution to the Lobkowicz Foundation Package rates start from EUR 965 per night for a minimum of two nights’ stay, including 15% VAT. -
Annual Report 2015
Contents Director’s Introduction 1 Geological and thematic maps 2 Regional geological research 4 Global changes in the past 6 CZECH GEOLOGICAL SURVEY Landscape vulnerability analysis 8 Groundwater research and evaluation 10 Annual Report 2015 Mineral resources 12 Mine workings and mining waste 16 Research into environmental and geo-energy technologies 18 Regional Geological Administration 20 Geological Information System 22 Remote sensing 25 International activities and cooperation 26 Laboratories 32 Library and Collections 34 Geological documentation 36 Publishing House and promotional activities 38 Selected publications issued by the Czech Geological Survey 41 Selected scientific papers 44 www.geology.cz Financial review 48 Human resources 50 Website of the Czech Geological Survey 51 Principal events in 2015 52 Czech Geological Survey Annual Report 2015 Projects 58 Edited by Petr Maděra Executive editor: Šárka Sedláčková An interview with geologist and oceanographer Zdeněk Kukal 66 Translation: Miroslav Rejchrt Graphic design: Oleg Man ISBN 978-80-7075-911-0 Photo on the cover: Vladimír Žáček Printed by Tiskárna Daniel, s. r. o., Prague Published by the Czech Geological Survey, Prague 2016 03/9 446-411-16 ISBN 978-80 -7075-911- 0 © Czech Geological Survey, 2016 Director’s Introduction The Czech Geological Survey (CGS), established by the Ministry of the Environment to carry out the duty of state geological survey, is also a leading research institution in the fi eld of geoscience in the Czech Republic. It has the largest production of geoscientifi c publications with impact factor and plays a major role in international research activities. I would like to highlight several outstanding results we achieved in 2015. -
Košťany,Střelná X 447 5.05 5.35 6.02 6.32 7.02 7.32 8.02 8.54 9.54 10.54 11.54 12.54
Osek - Koš ťany - Teplice - Krupka,Sob ěchleby/Chlumec Platí od 14.6.2021 485 Provozovatel: ARRIVA CITY s.r.o., provozovna Teplice, Emílie Dvořákové 70, 415 01 Teplice, tel. 602 411 445, dispečink DÚK, tel. 475 657 657 www.dopravauk.cz www.arriva.cz 582485 PRACOVNÍ DNY 101 103 105 107 109 111 113 115 117 119 121 123 125 127 129 131 133 135 137 139 141 143 145 Zastávka X X X X X X X X X X X X X X X X X X X X X X X Osek,,kolonie 443 4.48 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Osek,,zbrojnice 443 4.49 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Osek,,náměstí 443 4.50 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Osek,,Národní dům 443 4.51 5.21 5.48 6.17 6.47 7.17 7.47 8.39 9.39 10.39 11.39 12.39 ... 13.47 14.17 14.47 15.17 15.47 16.17 16.50 17.21 17.50 18.40 Osek,,Tyršova 443 4.52 5.22 5.49 6.19 6.49 7.19 7.49 8.41 9.41 10.41 11.41 12.41 ... 13.49 14.19 14.49 15.19 15.49 16.19 16.52 17.22 17.51 18.41 Háj u Duchcova,,Horní Háj @ 442 4.54 5.24 5.51 6.21 6.51 7.21 7.51 8.43 9.43 10.43 11.43 12.43 ... 13.51 14.21 14.51 15.21 15.51 16.21 16.54 17.24 17.53 18.43 Háj u Duchcova,,statek x 442 4.55 5.25 5.52 6.22 6.52 7.22 7.52 8.44 9.44 10.44 11.44 12.44 .. -
Transferium Chomutov
INTERNATIONAL SCIENTIFIC JOURNAL "TRANS & MOTAUTO WORLD" WEB ISSN 2534-8493; PRINT ISSN 2367-8399 Transferium Chomutov Vít Janoš1,*, Petr Janoš2 Faculty of Transportation Sciences, Czech Technical University in Prague, Czech Republic1 Faculty of Arts and Architecture, Technical University of Liberec, Czech Republic2 [email protected] Abstract: This paper deals with passenger railway transport accessibility of the city of Chomutov, Czech Republic. The paper presents a conceptual study of a new transportation hub – the Transferium. Based on the unsuitable accessibility of the existing railway station, the location of a new railway station is proposed. The paper addresses the transport and transit demands of the new railway station in the context of current and future traffic. Furthermore, the urban integration of the new station and the surrounding urban space is proposed, and last but not least, the construction and technical context is presented. Keywords: RAILWAY TRANSPORT, PASSENGER TRANSPORT, RAILWAY STATION, SUSTAINABLE TRANSPORT, URBANISM 1. Introduction a "new station" with a complex function of a "transport terminal" - with better access to the city center and in an area where it will be Many cities connected to rail transport do not have a well- possible to design technically and technologically functional, located station with regard to current passenger transport needs. The urbanistically and spatially functional and architecturally attractive railway station is often located at an unsuitable walking distance solution of this terminal. from most journey sources and destinations in the city, therefore the use of rail transport also means the use of another mode or system 2. Transit and transport demands for the of transport (city public transport, car). -
10,000 M2 WAREHOUSE SPACE AVAILABLE 17,000 M2 BTS OPPORTUNITY Strategically Located
10,000 m2 WAREHOUSE SPACE AVAILABLE 17,000 m2 BTS OPPORTUNITY Strategically Located DRESDEN WROCŁAW CHEMNITZ PL D8 D10 CHOMUTOV D7 KARLOVY D6 VARY D11 PRAGUE DE E35 D5 OSTRAVA PLZEŇ D1 D3 BRNO D1 ČESKÉ D2 BUDĚJOVICE SK AT 236 VIENNA Libušín BRATISLAVA DRESDEN 130 km LEIPZIG 210 km KARLOVY VARY 90 km 25 Stochov Kladno 10 km 606 D6 238 236 Tuchlovice PRAGUE 25 km Lány Existing P3 Park Park + BTS Opportunities EXCELLENT ACCESSBILITY PRAGUE AND GERMANY SPRINKLER SYSTEM VNA RACKING SYSTEM PREPARATION FOR TAPA CERTIFICATION MEZZANINE PLATFORM SUITABLE FOR ASSEMBLY BUS STOP NEXT TO THE PARK ENTRANCE SUITABLE FOR LOGISTICS, E-COMMERCE AND LIGHT MANUFACTURING ON THE PARK BUS STOP LOGO VISABILITY TRAIN STATION MAIN ACCESS 1 10,000 m2 BTS 17,000 m2 STOCHOV 1 km 236 VACLAV HAVEL AIRPORT 20 km Column grid structure: 12x25.8 m Mezzanine loading capacity – 1t/m2 COLUMN GRID: 12X 25.8 m Office 1 MODULE (CA 5,000 m2) = 5 X DOCK WITH LEVELLERS + 1 X DRIVE-IN TOTAL 10X DOCKS WITH LEVELLERS + 2X DRIVE-IN CLEAR HEIGHT: 12 m FLOOR LOADING CAPACITY: 5t/m2 Clear height MEZZANINE LOADING CAPACITY: 1t/m2 Floor loading Dock levellers: 10 of warehouse capacity 5 t/m2 space 12 m 1 loading dock per 5,000 m2 Drive-in access: 2 DRESDEN 130 km LEIPZIG 210 km KLADNO 10 km PRAGUE 25 km 1 10,000 m D6 EXIT 25 2 236 17,000 m KARLOVY VARY 90 km NUREMBERG 300 km STOCHOV 1 km Your Notes WAREHOUSE GLA 1 10,000 m2 2 BTS Warehouse 14,500 m2 BTS Office 2,500 m2 TOTAL 27,000 m2 D6 EXIT 25 DRESDEN 141 km 2 MIN LEIPZIG 257 km NUREMBERG 300 km KARLOVY VARY 90 km MAIN ACCESS Driving Directions GPS Code: 50°14’41.345” N | 13°96’511” E STOCHOV Take exit 25 on the D6 motorway 636 KLADNO 10 km PRAGUE 25 km 606 AROUND THE PARK KARLOVY VARY 90 km 236 Libušín NUREMBERG 300 km DRESDEN 130 km LEIPZIG 210 km 25 Stochov Kladno 10 km 606 D6 238 236 Tuchlovice Lány PRAGUE 25 km P3 is a long-term investor, manager and developer of European warehouse properties with more than 6.5 million m² of assets under management and a land bank in key logistics locations available for immediate development. -
Prezentace Aplikace Powerpoint
PROPOSAL FOR Ms. Helena Novakova US trip, 40 pax May, 2018 PRAGUE/Czech Republic About destination PRAGUE – THE GOLDEN CITY About destination PRAGUE – THE GOLDEN CITY About destination PRAGUE – THE GOLDEN CITY ‘Prague – the golden city.’ There can hardly be another town in the whole of central Europe that has been so often and so variously praised by the figures from all spheres of the arts. Rainer Maria Rilke described his birthplace, as “a vast and rich of epic of architecture”, and Goethe labeled it “the most beautiful jewel in the Bohemian crown”. The 19th-century Czech writer and journalist Jan Neruda, whose characteristically humorous literary depictions of Prague are still popular with readers today, claimed that “there is no other town to rival Prague in beauty”. The city of 100 spires, “Golden Prague” a jewel in the heart of the new Europe. Culture, tradition and a lively atmosphere present themselves in beautifully restored cultural monuments and former aristocratic palaces. The awe-inspiring panorama of the castle and St. Vitus Cathedral capture the heart of every visitor, a walk across Charles Bridge is a must… About destination CZECH REPUBLIC – BASIC FACTS Official title Czech Republic (Česká republika) Area 78,864 square kilometres Neighbouring countries Germany, Poland, Austria and Slovakia Population 10,300,000 inhabitants Capital Prague (1.2 million inhabitants) Other major cities Brno (388,596), Ostrava (325,827), Pilsen (171,908), Olomouc (106,278) Administrative language Czech Religion Predominantly Roman Catholic (39.2 %), Protestant (4.6%), Orthodox (3%), Atheist (39.8%) Political system Parliamentary democracy Currency Czech crown - CZK (Kč), 1 Kč = 100 h (haléřů) coins: 1, 2, 5, 10, 20 and 50 Kč banknotes: 100, 200, 500, 1000, 2000 and 5000 Kč About destination CZECH REPUBLIC – BASIC FACTS Time zone Central European Time (CET), from April to October - summer time (GMT + 1, GMT + 2) Climate temperate, four seasons, a mix of ocean and inland climate, changeable winters, warm summers. -
Czech Economy Has Strong Foundations
CZECH ECONOMY HAS STRONG FOUNDATIONS EFFECTIVE PROTECTION OF INVESTMENT PERSONNEL AGENCIES PROVIDE VALUABLE SERVICES US PRESIDENT BARACK OBAMA HAS ACCEPTED AN INVITATION FROM THE PRIME MINISTER OF THE COUNTRY PRESIDING OVER THE EU COUNCIL, MIREK TOPOLÁNEK, TO VISIT PRAGUE THE CZECH REPUBLIC PRESIDING OVER THE 03-04 COUNCIL OF THE EU IN THE FIRST HALF OF 2009 2009 pzvꩪª¡ nvsmêjv|yzlz® nêj êt>êiêêêêêêêêêêêêêêêꡤê nêÆêjêj êw:>êê꣢êêêêꥣê u5êhêjêj êêêêêꤨê nêj êzêêêêêêêêêêêêêêêêêêêê nêj êr?5êoêêêêêêêêêꨥê kpzjv}lyêv|yêovypvuê jvtwhuê hukêzvjphs l}lu{z êê¡ êê¢ ¢ªªêê ¡¨ªê ê ê ¡¢ªêê ¨ªê }lsrêwsꡤ¡ ¥¤¢ê¢¡êwljêwvkêzu %rv| ê ê êê jljoêylw|ispj ¥ªêê £ªêê ®êФ¢ªê¤©©ê¨¦¡ê¡¡¡ ®êФ¢ªê¤©©ê¨¦¡ê¤¤¤ ¾®êÍ nwz®ê¥ªÏ¤¡³¤¦³³êu±êꡥϤ¤³§³³êl CZECH BUSINESS AND TRADE Czech Business and Trade Economic Bi-monthly Magazine with a Supplement is Designed for Foreign INTRODUCTION Partners, Interested in Cooperation Questions for the Prime Minister of the Country Presiding with the Czech Republic over the Council of the European Union 4 Issued ECONOMIC POLICY by PP AGENCY s.r.o. as an exclusive commis- Czech Economy Has Strong Foundations 5 sion for the Ministry of Industry and Trade of the Czech Republic KALEIDOSCOPE EDITORIAL BOARD: The Czech Republic Faces Up to Crisis 8 Milan Hovorka (Chairman), Ivan Angelis, Zdena Czech Economy Is Approximating EU 10 Balcerová, Růžena Hejná, Josef Jílek, Zdeněk First Biotechnology Cluster Established 10 Kočárek, Tomáš Kopečný, Marie Pavlů, Pavla Podskalská, Josef Postránecký, Libor Rouček, Prague: Place Suitable -
Trans-Lithospheric Diapirism Explains the Presence of Ultra-High Pressure
ARTICLE https://doi.org/10.1038/s43247-021-00122-w OPEN Trans-lithospheric diapirism explains the presence of ultra-high pressure rocks in the European Variscides ✉ Petra Maierová1 , Karel Schulmann1,2, Pavla Štípská1,2, Taras Gerya 3 & Ondrej Lexa 4 The classical concept of collisional orogens suggests that mountain belts form as a crustal wedge between the downgoing and overriding plates. However, this orogenic style is not compatible with the presence of (ultra-)high pressure crustal and mantle rocks far from the plate interface in the Bohemian Massif of Central Europe. Here we use a comparison between geological observations and thermo-mechanical numerical models to explain their formation. 1234567890():,; We suggest that continental crust was first deeply subducted, then flowed laterally under- neath the lithosphere and eventually rose in the form of large partially molten trans- lithospheric diapirs. We further show that trans-lithospheric diapirism produces a specific rock association of (ultra-)high pressure crustal and mantle rocks and ultra-potassic magmas that alternates with the less metamorphosed rocks of the upper plate. Similar rock asso- ciations have been described in other convergent zones, both modern and ancient. We speculate that trans-lithospheric diapirism could be a common process. 1 Center for Lithospheric Research, Czech Geological Survey, Prague 1, Czech Republic. 2 EOST, Institute de Physique de Globe, Université de Strasbourg, Strasbourg, France. 3 Institute of Geophysics, Department of Earth Science, ETH-Zurich, -
PPP Teplice 2010
Územní odbor Teplice HZS Ústeckého kraje – okres Teplice POŽÁRNÍ POPLACHOVÝ PLÁN Pro m ěsto – obec: Bílina Bílina, Chude řice Mostecké P ředm ěstí, Pražské Předm ěstí, Teplické P ředm ěstí, Újezdské Předm ěstí Stupe ň Jednotka I. HZS Bílina HZSP Doly Bílina - Ledvice SDH Hostomice II. HZS Teplice HZS Duchcov SDH Zabrušany SDH Duchcov SDH M ěrunice SDH Kostomlaty pod Milešovkou Pro m ěsto – obec: Bo řislav Bo řislav,Bílka Stupe ň Jednotka I. HZS Teplice SDH Žalany SDH Úpo řiny SDH Chotim ěř II. HZS Duchcov SDH Hostomice SDH Kostomlaty pod Milešovkou SDH Sob ědruhy SDH Zabrušany SDH Žalany SDH Úpo řiny Územní odbor Teplice HZS Ústeckého kraje – okres Teplice POŽÁRNÍ POPLACHOVÝ PLÁN Pro m ěsto – obec: Bo řislav Bo řislav,Bílka Stupe ň Jednotka I. HZS Teplice SDH Žalany SDH Úpo řiny SDH Chotim ěř II. HZS Duchcov SDH Hostomice SDH Kostomlaty pod Milešovkou SDH Sob ědruhy SDH Zabrušany SDH Žalany SDH Úpo řiny Pro m ěsto – obec: Byst řany Byst řany, Nechvalice, Nové Dvory, Sv ětice, Úpo řiny Stupe ň Jednotka I. HZS Teplice SDH Úpo řiny SDH Žalany SDH Sob ědruhy II. HZS Duchcov SDH Dubí SDH Krupka SDH Hostomice SDH Kostomlaty pod Milešovkou SDH Proboštov Územní odbor Teplice HZS Ústeckého kraje – okres Teplice POŽÁRNÍ POPLACHOVÝ PLÁN Pro m ěsto – obec: Bžany Bžany, Bukovice, Hradišt ě, Lbín, Lhenice, Lysec, Mošnov, Pytlíkov Stupe ň Jednotka I. HZS Teplice SDH Lhenice SDH Kostomlaty pod Milešovkou SDH Úpo řiny II. HZS Bílina SDH Žalany SDH Hostomice SDH Sob ědruhy SDH Žalany SDH Zabrušany Pro m ěsto – obec: Dubí Dubí, B ěhánky, Byst řice , Cínovec, Drah ůnky, Mstišov, Pozorka Stupe ň Jednotka I. -
Situační Analýza – Duchcov – 2011
Situační analýza Duchcov Demografické informační centrum, o.s. Praha, říjen 2011 Analýza byla zpracována v rámci projektu „Situační analýzy v lokalitách vybraných v roce 2011“ pro Úřad vlády České republiky, Odbor pro sociální začleňování v romských lokalitách (Agentura). Autoři: Anna Šťastná (Ed.) a kolektiv autorů: Daniel Hůle, Tomáš Hirt, Kamila Svobodová, Karel Vrána a Alexandra Bábíčková Demografické informační centrum, o.s., 2011 1 Obsah 1. Úvod .................................................................................................................................................... 4 2. Východiska a cíle výzkumu................................................................................................................. 5 2.1. Teoretické a metodologické uchopení zkoumaného problému .................................................... 5 2.2. Interpretační rámec a definice pojmů ........................................................................................... 6 3. Metodologie......................................................................................................................................... 9 3.1. Operacionalizace .......................................................................................................................... 9 3.2. Metody kvantitativního výzkumu............................................................................................... 10 3.2.1. Sociodemografická analýza ................................................................................................ -
Joint Report on Air Quality in the Tri-Border Region of the Czech Republic, Poland and Germany in 2004 (Former Black Triangle Region)
Joint report on air quality in the Tri-border region of the Czech Republic, Poland and Germany in 2004 (former Black Triangle region) Společná zpráva o kvalitě ovzduší v příhraniční oblasti České republiky, Polska a Německa v roce 2004 (bývalá oblast Černého trojúhelníku) Gemeinsamer Bericht zur Luftqualität im Dreiländereck der Tschechischen Republik, Polens und Deutschlands 2004 (ehemals Schwarzes Dreieck) Wspólny raport o jakości powietrza w trójgranicznym regionie Republiki Czeskiej, Polski i Niemiec w roku 2004 (były region Czarnego Trójkąta) Editing agencies: Český hydrometeorologický ústav (ČHMÚ), Wojewódzki Inspektorat Ochrony Środowiska (WIOŚ), Sächsisches Landesamt für Umwelt und Geologie (SLfUG), Umweltbundesamt (UBA) Authors: Jan Abraham, Frank Berger, Róża Ciechanowicz-Kusztal, Grażyna Jodłowska-Opyd, Dagmar Kallweit, Josef Keder, Waldemar Kulaszka, Jiří Novák Cover design: Wiesława Morawiak, Artur Krajewski Photo: Janusz Moniatowicz © WIOŚ Wrocław 2003 Data sources: ČHMÚ, WIOŚ, LfUG, UBA, Instytut Meteorologii i Gospodarki Wodnej (IMGW), Urząd Marszałkowski (UM) URLs: Czech: www.env.cz www.chmi.cz German: www.umweltbundesamt.de www.umwelt.sachsen.de/lfug Polish: www.wroclaw.pios.gov.pl © 2005 ČHMÚ, WIOŚ, LfUG, UBA Introduction About 15 years ago the Tri-border Region of the Czech Republic, Poland and Germany was called the Black Triangle (covering Northern Bohemia, part of Lower Silesia and Saxony) and was characterised by the highest air pollution in Europe. So it was necessary to find an approach for solving the transboundary air quality problems. Consequently a joint declaration of cooperation in solving environmental problems in the Black Triangle Region was signed by the ministers of environment of former Czechoslovakia, Germany and Poland in June 1991. The European Commission was invited to become the fourth partner in this initiative and to assist the region through PHARE project funding worth 13 million ECU.