DOCSLIB.ORG

Karlovy Vary, Czechia - Regional Profile 1

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

KARLOVY VARY, CZECHIA - REGIONAL PROFILE 1 REGIONAL PROFILE Karlovy Vary GENERAL INFORMATION Country: Czechia Region Name: Karlovy Vary (Karlovarsky) Region NUTS2 code*: CZ04 - Severozápad Region NUTS3 code: CZ041 - Karlovy Vary Region Affected coal communities: Sokolov District Main urban centres in the region (by population): Karlovy Vary (population: 48,501) Cheb (population: 31,988) Sokolov (population: 23,241) Ostrov (population: 16,731) Chodov (population: 13,394) As (population: 13,210) Marianske Lazne (population: 12,800) *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. PLATFORM FOR COAL REGIONS IN TRANSITION KARLOVY VARY, CZECHIA - REGIONAL PROFILE 2 Overview Karlovy Vary region, which together with Ústí nad Labem Region (or Ústecký Region) make up the Severozápad (Northwest) statistical area at NUTS 2 level, is situated in the western part of the Czech Republic. It is the smallest Czech region in terms of population size (295,285 inhabitants) and among the smallest in terms of land area (3,314 km2). The region is divided into 3 districts (Cheb, Karlovy Vary and Sokolov), of which the district of Sokolov is the most affected by coal mining and related industries. Regional socio-economic profile MAP OF KARLOVY VARY REGION Karlovy Vary Severozápad Date / Sokolov Region Czechia District (NUTS 2) (NUTS 0) Source (NUTS 3) Population 88,553 295,285 1,115,865 10,626,430 [persons] 2018 mid-year Population density CZSO 117 89 129 135 [persons/km2] Employment No data 151,800 No data 5,293,800 [No. persons employed] Employment rate [% share of population aged 15 No data 60.4% 57.1% 59.2% and above] 2018 Unemployment rate CZSO [% share of labour force aged 3.9% 2.9% 3.4% 2.2% 15-74] GDP per person No data €12,600 €13,600 €19,500 [€1 = CZK 25.647] Educational attainment Karlovy Vary Region Severozápad Czechia % % % 69,1 66,8 60,7 % % % % % 19,2 17,8 15,7 12,8 11,7 6,1% Less than secondary education (levels 0 - 2) Secondary or post-secondary Tertiary education (levels 5 – 8) non-tertiary education (level 3 – 4) PLATFORM FOR COAL REGIONS IN TRANSITION KARLOVY VARY, CZECHIA - REGIONAL PROFILE Agriculture, Forestry & Fishing Agriculture, Forestry & Fishing 3,20% 2,7% 2,10% 2,30% 2,20% 3,00% Industry Industry 28,90% 31,1% of which manufacturing 35,80% of which manufacturing 33,20% 30,20% 29,00% 21,40% 25,4% 26,40% 28,20% 25,70% 26,60% Construction Construction accommodation and food services accommodation and food services Distributive trades, transport, Region Vary Karlovy Distributive trades, transport, Region Vary Karlovy 5,80% 6,7% 6,60% 8,50% 5,60% 7,50% Employment bysector Information and communication Information and communication 20,40% 26,1% 17,50% GVA persector 21,50% 19,20% 23,70% Financial and insurance activities Financial and insurance activities 1,10% 0,5% Severozápad 2,20% Severozápad 1,00% 5,50% 2,80% 0,80% 0,9% 1,10% Real estate activities 0,90% Real estate activities 3,90% 1,70% administrativeProfessional, and scientific,support services technical, administrativeProfessional, and scientific,support services technical, Czechia 11,30% Czechia Public administration, defence, education, human 1,5% Public administration, defence, education, human 9,20% 1,60% 8,70% 1,80% health and social work activities health and social work activities 3,60% 4,4% 4,10% 5,60% 6,90% 8,80% Arts, entertainment and recreation; 21,40% 22,5% Arts, entertainment and 18,90% 21,50% recreation; other services 15,50% 18,10% other services 3,60% 3,6% 2,40% 3,80% 2,20% 3,60% 3 PLATFORM FOR COAL REGIONS IN TRANSITIONData / Source: 2018, CZSO Data / Source: 2018, CZSO KARLOVY VARY, CZECHIA - REGIONAL PROFILE 4 General description of the demographic to a lack of opportunities for higher education within the and economic profile of the region, region. No technical universities have been established including notable trends and projections despite the important role of industry. The region accounts for only 0.3% of research and development personnel in Karlovy Vary is located in the westernmost region of Czechia and only 0.2% of national R&D expenditures. With Czechia, located in the historical region of Bohemia, and a lack of education opportunities and modern economic is a popular destination for its spa resorts. The region is diversification, considerable emigration of the younger the smallest in the country and home to 295,285 people, population and the educated workforce, seeking better job divided into three districts, namely Cheb, Karlovy Vary opportunities in other regions or abroad (e.g. Germany), has and Sokolov. Next to its spa resorts, the region holds a taken place. significant amount of Czechia’s brown coal reserves– two of which are located in North Bohemia and near the town of Sokolov. Overview and general Karlovy Vary has a regional GDP per person corresponding characteristics of coal-related to 65% of the Czech average in 2018, as compared to 75% for the other main coal area of Moravskoslezsko industry and locations Region (Moravian Silesian Region). In 2018, the region had the lowest average gross monthly wage of CZK 27,974 Located in western Bohemia, in the western part of the (ca. €1,000 in 2018), compared to a national average coalfield below the Krušné hory mountains (Ore Mountains of CZK 31,868 (ca. €1,240 in 2018), with an overall low Range), the brown coal basin around the town on Sokolov unemployment rate of 2.9% in 2018, somewhat higher covers 30.5 km2 and is the second largest site with lignite than the 2.2% at national level. The unemployment rate reserves in the Czech Republic. Presently, lignite extraction in Karlovy Vary has fallen from 9% in 2013, following is the key energy source of the region and is extracted the general positive national trend. The three districts by the privately-owned Sokoloská uhelná (SUAS), which of Karlovy Vary have unemployment rates of 5% in the operates two surface mines in the eastern part of the Sokolov District, 4.1% in Karlovy Vary and 3.7% in Cheb. Sokolov Basin; the Jiří mine and the much smaller locality However, these overall shares of unemployment have of Medard. Mining has ceased in the western part of the increased by April 2020 compared to the same period in Basin. Between 2017 and 2019 around 7 million tons of 2018 and 2019, due to the consequences of the COVID-19 lignite were extracted per year, roughly 17.5% of the total pandemic. A significant increase in unemployment is lignite extraction in Czechia. In 2019, 5.9 million tons of expected in summer 2020, when notice periods will expire. lignite were extracted, expected to further decrease to 5.2 million tonnes in 2020 and 3.8 million tonnes by 2021. The regional economy is heterogeneous, with a mix of economic sectors of low technology levels and low Sokolovská uhelná (SUAS) operates two coal-fired plants, productivity. Traditionally, there has been a focus on mining Vřesová and Tisová. The Vřesová plant consists of a and energy production, together with non-metallic mineral combined-cycle power plant (CCPP) and a thermal plant. products (glass, porcelain, ceramics and building materials) Pressure gasification of coal is used to produce “energy- and the textiles industry. Although still representing 16% gas” as fuel for the CCPP, with the undersized fraction of the regional economy in terms of employment, these of coal used in the thermal plant. SUAS intends to shut industries have lost importance over the past 20 years down “energy-gas” production for the CCPP in mid-2020. mainly due to their high demands on energy, raw materials These two power plants generate ca. 97% of electricity and human resources. Other important activities of the and 85% of the thermal energy in the region. Thermal region are in engineering and the chemicals industry. energy is used for central heating supply for 48 thousand Overall, no specific dominant sector(s) has been formed in households, corresponding to approximately 120 thousand the region and it does not display identifiable evidence of persons and over a third of the population of the Karlovy economic and research potential corresponding to deeper Vary Region. The heat is distributed by steam piping and production specialisation. The absence of identifiable hot water piping to households, companies and public specialisation is considered to be a disadvantage for the buildings (e.g. regional hospitals). Many of the residential region. agglomerations of the region are connected to the central heat supply system. Households in municipalities with no Educational attainment levels in Karlovy Vary are among connection use individual heating sources, such as wood the lowest in the country, with 19.2% of the population or coal. Renewable energy sources play a minor role in the having achieved only basic education levels and only provision of electricity. 11.9% with tertiary education levels or above in 2018. The region is characterised by a lack of qualified employees in the technical sectors, which may be partly attributed PLATFORM FOR COAL REGIONS IN TRANSITION KARLOVY VARY, CZECHIA - REGIONAL PROFILE 5 Regional coal industry profile Coal mining Date Type of coal Lignite Type of coal extraction Surface mining 2019 Number of coal mines 2 Production of coal [Mt annual] ca.
Recommended publications
  • Municipal Flags in Bohemia

    Municipal Flags in Bohemia

    Municipal Flags in Bohemia ALe§ Bro2ek I believe that those who have ever visited Czechoslovakia will agree with me when I say that our country does not belong among such flag-rich coun tries as West Germany or the Netherlands. Nevertheless, we have a strong flag study society. It is called the Prague Vexillological Club and has been uniting both Czechoslovak flag scholars, and collectors for 13 years. Since its very beginning out Club has promoted an interest not only in - the history of the Czechoslovak State Flag but also in the municipal — flags of our country. One of its first projects was therefore underta— ken with the aim of the collecting data both on historic and contempora ry municipal flags in use in the territory of Bohemia, Moravia, and Slo vakia. We mailed about a thousand letters to nearly all district and municipal museums, archives and administrations asking them to inform us whether municipal flags were or are flown there. Their replies should include ther a description of the flag, or a drawing in the case of a more comply cated flag pattern, data on colour symbolism and flag usage, and biblio­ graphic references. It was sometimes necessary to send a second or third query before we received a reply. The quality of replies varied. We some­ times got a negative answer from an administration and an affirmative — one from a museum or archives in the same town. Data obtained from the replies were compiled by Dr. Ludvik Mucha, chair­ man of the Prague Vexillological Club. He also incorporated in them the information provided by Jan Miller of Warsaw, one of the world's experts in municipal vexillology, as well as by some members of Prague Vexillolo gical Club.
  • Radioactivity of Mineral Waters in Bohemia

    Radioactivity of Mineral Waters in Bohemia

    Radioactivity of mineral waters in Bohemia RADIOACTIVITY OF MINERAL WATERS IN BOHEMIA Z. KREJBICHOVA´ AQUATEST SG, a.s., Geologicka ´ 4, 152 00 Praha 5, Czech Republic CzechRadioactivityZ.Krejbichov´ a of mineral waters in Bohemia Republic is a country of many mineral and thermal springs. Studies of mineral waters including chemical and radiochemical analyses have been conducted in Czechoslovakia for a long time. Company Aquatest-Stavebn´ı geologie (AQ) took part in these activities since early 1960s – new capture of springs, survey drillings, proposition of protective zones. An offer of available radiochemical analytical methods is presented in this paper. Survey of historical data and of analyses of other institutes is listed for comparison. The parallels with some foreign mineral sources are mentioned. 1 Natural radionuclides in mineral water Mineral and thermal waters are a special kind of ground-waters distinguished by specific chemical and physical properties as, e.g., higher mineralisation, trace ele- ments, dissolved gas, higher temperature or radioactivity. Mineral and thermal waters are usually connected with specific and unique geological and tectonic structures. From the geological point of view, the average dose equivalent of 0,37 mSv per year is measured on the territory of Czech Republic. In granite massifs and other naturally radioactive rocks or permo-carbon basins higher values of 1,1 – 1,7 mSv per year have been detected. Elements of the uranium- radium family have greater signification than those of the thorium series [1]. A high number of mineral waters in Bohemia is a part of the great European province of carbonated waters, which extends from France over Eiffel, Rhön, Harz to the West Bohemia and to Silesia.
  • Paddle Steamer Special to North Bohemia

    Paddle Steamer Special to North Bohemia

    Paddle Steamer Special to North Bohemia Königstein - Ústí nad Labem - Königstein Sunday May 24th, 2009 Departure from Königstein at 8:30 (Boarding starting at 8:00) – Return to Königstein after 19:00. No disembarkation at Ústí nad Labem! Double passage through the river-lock below Schreckenstein! The Sächsische Dampfschiffahrt would like to invite you to an exceptionally rare and unique paddle steamer excursion to Ústí nad Labem and into the heart of North Bohemia! Join us as one of our historic side-wheel steamers makes an enchanting river journey from the famous German fortress town of Königstein to the Czech regional hub and industrial city of Ústí, graced by the towering Schreckenstein (Střekov) castle! While steaming upstream, enjoy the famous scenery and natural splendor of both Saxon and Bohemian Switzerland, before passing the industrial harbors, naval shipyards and Baroque castle of Děčín. Experience from there on the lesser known Czech river scenery between Děčín and Ústí nad Labem, which alternates between an urban and rural setting, framed by a hilly landscape setting and cozy provincial villages, while crossed by old-fashioned railway viaducts and stunning modern suspension bridges! Behold the view of the historic spires of the old town of Ústí from the river and experience as one highlight of the day the thrill of a double passage through the large river locks at the massive dam right below the towering Schreckenstein castle, as the steamer goes for the higher water table to turn around again and eventually steam downstream and back to Königstein. Discover with the Sächsische Dampfschiffahrt one of the most beautiful river landscapes in Europe and get to know some of the most scenic regions of both Germany and the Czech Republic! It will be the first time in several decades, that a Dresden steamer has ventured as far as Ústí nad Labem again! Our catering partner, die flotte Schiffsgastronomie, will provide a full assortment of onboard drinks, snacks, warm meals and deserts during the entire cruise, featuring a distinctive regional touch.
  • The Development of the Health and Social Care Sector in the Regions of the Czech Republic in Comparison with Other EU Countries

    The Development of the Health and Social Care Sector in the Regions of the Czech Republic in Comparison with Other EU Countries

    social sciences $€ £ ¥ Article The Development of the Health and Social Care Sector in the Regions of the Czech Republic in Comparison with other EU Countries Erika Urbánková Department of Economic Theories, Faculty of Economics and Management, Czech University of Life Sciences, Prague 16500, Czech Republic; [email protected] Received: 6 April 2019; Accepted: 29 May 2019; Published: 3 June 2019 Abstract: In this paper, the quantitative status of employees in the Health and Social Care sector in the Czech Republic is assessed, and the future development of the sector is predicted both for the Czech Republic as a whole, and for individual regions according to the NUTS3 classification. At present, labor market prognoses are created using the ROA-CERGE model, which includes the main professions in the Health and Social Care sector. This article expands the predictions by adding the regional level and using extrapolation of time series, and it identifies the regions important for the given sector and the labor force. The position of the Czech Republic with regard to selected professions in comparison with other countries of the European Union, i.e., its qualitative status, is also assessed in the paper. The following professions are assessed: general nurses and midwives (both with and without a specialization), physicians, and professional assistants. Healthcare workers do not manifest geographical mobility between regions and work primarily in the region where they live. Since the Czech Republic’s accession to the EU, staff working in key professions have been able to work under comparable conditions in any of the member states. The workforce flow depends, among other things, on its qualitative representation in the given country.
  • Pre-Late Carboniferous Geology Along the Contact of the Saxothuringian

    Pre-Late Carboniferous Geology Along the Contact of the Saxothuringian

    Journal of Geosciences, 55 (2010), 81–94 DOI: 10.3190/jgeosci.068 Original paper Pre-Late Carboniferous geology along the contact of the Saxothuringian and Teplá–Barrandian zones in the area covered by younger sediments and volcanics (western Bohemian Massif, Czech Republic) Bedřich MlčOch1*, Jiří KOnOpáseK1,2 1 Czech Geological Survey, Klárov 3, 118 21 Prague 1, Czech Republic; [email protected] 2 Charles University, Faculty of Science, Institute of Petrology and Structural Geology, Albertov 6, 128 43 Prague 2, Czech Republic * Corresponding author The boundary between the Saxothuringian and the Teplá–Barrandian zones at the western margin of the Bohemian Massif represents an important tectonic suture of the Central European Variscides. However, most of this boundary is covered by Late Carboniferous and younger sedimentary and volcanic rocks, which prevent direct observation of particular geological units. We present a compilation of geological and depth measurement data from 12,134 exploration boreholes that reached the basement of the volcanic and sedimentary infill in the area of the Eger Graben in the north-western Bo- hemia, and correlate covered geological units with those exposed on the present-day surface. The resulting compilation reveals the relief of the sedimentary basins basement and interprets the real extent of the basement geological units in the western part of the Bohemian Massif. It also shows the position of the contact between units with the Saxothuringian and the Teplá–Barrandian affinities and suggests the boundary between rocks with Devonian metamorphic record and those metamorphosed during the Early Carboniferous period of the Variscan tectonometamorphic cycle. Keywords: Bohemian Massif, Saxothuringian Zone, Teplá–Barrandian Zone, suture, Central European Variscides Received: 17 May 2010; accepted: 7 July 2010; handling editor: J.
  • 178 (Platí Do 12.VI.) (Praha -) Plzeň - Cheb Do 12.VI

    178 (Platí Do 12.VI.) (Praha -) Plzeň - Cheb Do 12.VI

    178 (platí do 12.VI.) (Praha -) Plzeň - Cheb 178 - do 12.VI. P1 západ Plzeň - Mariánské Lázně Turistický vlak Český les IDPK Plzeň - Mariánské Lázně IDOK Mariánské Lázně - Cheb km Správa železnic / ČD, a.s. Vlak 7341 7343 7370 Ex 568 7372 Sp 1680 Ex 566 Sp 1269 7374 Sp 1682 7007 1 1 Ze stanice 0 Praha hl.n. 6 43 4 Praha-Smíchov 6 51 107 Plzeň hl.n. 001 6 05 7 05 8 05 8 12 9 05 108 Plzeň-Jižní Předměstí 180,191 001 6 08 7 08 8 08 Č 8 16 9 08 124 Plešnice 121,(122) 7 18 E 127 Pňovany zastávka 122 7 21 S 8 30 9 21 130 Pňovany 122,(128) K 134 Sulislav (122),123 7 27 Z Ý 9 27 136 Vranov u Stříbra 123 Z 7 31 Á 9 32 140 Stříbro 123 Á 6 30 7 36 P 8 30 L 8 41 9 37 145 Milíkov 123,(124) P A E 9 41 149 Svojšín 186 124 A 7 43 D S 8 49 9 44 Svojšín 186 124 D 7 43 N 8 52 9 45 155 Ošelín 124,(125) N 7 48 Í 9 50 162 Pavlovice 125 Í 7 54 9 56 167 Brod nad Tichou 125 7 59 E 10 00 171 Planá u Mariánských Lázní 184 125 E 6 52 8 02 X 8 52 10 03 Planá u Mariánských Lázní 184 125 X 6 53 8 03 P 8 53 10 04 396 176 Chodová Planá (036),125 P 8 08 R 10 09 183 Mariánské Lázně 149 16,036 R 7 05 8 13 E 9 05 10 15 Mariánské Lázně 149 16 4 55 5 52 6 46 E 7 07 7 47 8 15 S 9 07 9 18 10 38 186 Valy u Mariánských Lázní 15,16 4 58 5 55 6 52 S 7 50 8 18 9 21 10 41 190 Lázně Kynžvart 15 5 02 5 59 6 57 7 14 7 55 8 22 9 26 10 48 196 Dolní Žandov 15 5 07 6 04 7 05 8 00 8 27 9 31 10 53 199 Salajna 12,15 5 10 6 07 7 08 8 03 8 30 9 34 10 56 203 Lipová u Chebu 12 5 14 6 11 7 14 8 07 8 34 9 38 11 00 206 Stebnice 12 5 16 6 14 7 16 8 10 8 37 9 41 11 02 209 Cheb-Všeboř 11,12 5 19 6 17 7 19 8 12 8 39 9 43 11 05 213 Cheb 140,146,147,148,179 11 4 5 23 6 21 7 24 7 29 8 17 8 44 9 26 9 48 11 09 Do stanice Karlovy Vary Karlovy Vary Bělá nad Chomutov dolní nádraží Radbuzou 1680 Plešnice zastavuje v nejede 25.XII., 1.I.
  • The Environmental Mining Limits in the North Bohemian Lignite Region

    The Environmental Mining Limits in the North Bohemian Lignite Region

    The environmental mining limits in the North Bohemian Lignite Region …need to be preserved permanently and the remaining settlements, landscape and population protected against further devastation or Let’s recreate a landscape of homes from a landscape of mines Ing. arch. Martin Říha, Ing. Jaroslav Stoklasa, CSc. Ing. Marie Lafarová Ing. Ivan Dejmal RNDr. Jan Marek, CSc. Petr Pakosta Ing. Arch. Karel Beránek 1 Photo (original version) © Ibra Ibrahimovič Development and implementation of the original version: Typoexpedice, Karel Čapek Originally published by Společnost pro krajinu, Kamenická 45, Prague 7 in 2005 Updated and expanded by Karel Beránek in 2011 2 3 Černice Jezeři Chateau Arboretum Area of 3 million m3 landslides in June 2005 Czechoslovak Army Mine 4 5 INTRODUCTION Martin Říha Jaroslav Stoklasa, Marie Lafarová, Jan Marek, Petr Pakosta The Czechoslovak Communist Party and government strategies of the 1950s and 60s emphasised the development of heavy industry and energy, dependent almost exclusively on brown coal. The largest deposits of coal are located in the basins of the foothills of the Ore Mountains, at Sokolov, Chomutov, Most and Teplice. These areas were developed exclusively on the basis of coal mining at the expense of other economic activities, the natural environment, the existing built environment, social structures and public health. Everything had to make way for coal mining as coal was considered the “life blood of industry”. Mining executives, mining projection auxiliary operations, and especially Communist party functionaries were rewarded for ever increasing the quantities of coal mined and the excavation and relocation of as much overburden as possible. When I began in 1979 as an officer of government of the regional Regional National Committee (KNV) for North Bohemia in Ústí nad Labem, the craze for coal was in full swing, as villages, one after another, were swallowed up.
  • Characterization of Historic Mosaic at Pfeiffer-Kral Sepulcher, Jablonec Nad Nisou: a Study of the Mortar and Tesserae Origin

    Characterization of Historic Mosaic at Pfeiffer-Kral Sepulcher, Jablonec Nad Nisou: a Study of the Mortar and Tesserae Origin

    Original papers CHARACTERIZATION OF HISTORIC MOSAIC AT PFEIFFER-KRAL SEPULCHER, JABLONEC NAD NISOU: A STUDY OF THE MORTAR AND TESSERAE ORIGIN #IVANA PERNÁ*, TOMÁŠ HANZLÍČEK*, MAGDALENA KRACÍK ŠTORKÁNOVÁ** * Institute of Rock Structure and Mechanics, Academy of Sciences, CR, v.v.i., V Holešovičkách 41, 18209 Prague 8, Czech Republic ** Art & Craft MOZAIKA o.s., Kapitulní 103/19, 252 62 Únětice, Czech Republic #E-mail: [email protected] Submitted August 15, 2014; Accepted December 15, 2014 Keywords: Mosaic, Tesserae, Mortar, Characterization The art of mosaic in the Czech lands in the 19th century generally reflects the religious sentiment of the artists and their customers. As they are very expensive and require a particular technique and technology, the mosaics are not commonly used as a decorative part of architecture. Exceptions may be found in the decoration of churches or municipal monuments. They are also specifically used on the sepulchers of significant families. Before the start of restoration work on Jablonec nad Nisou mosaic historically used materials were studied. The characterization of mortar and glass tesserae helps to substitute, as closely as possible, the missing original ones. The work on material characterization concludes in high probability that Italian glass tesserae were mounted into “old Italian mortar” style. INTRODUCTION played an important role in the development of Czech glass industry from the beginning of the 19th century in The technique of mosaic is well known from the the region of North Bohemia and mainly in the town of ancient Greek culture (6th century B.C.). Having come Jablonec nad Nisou. In 1839, Adolf Pfeiffer after the death probably from the Middle East, it famously developed of his father Josef, assumed the main responsibility for the and spread throughout the Roman Empire.
  • Výroční Zpráva Za Školní Rok 2015/2016

    Výroční Zpráva Za Školní Rok 2015/2016

    ZÁKLADNÍ ŠKOLA NOVÁ ROLE, OKRES KARLOVY VARY Školní 232, 362 25 Nová Role VÝROČNÍ ZPRÁVA ZA ŠKOLNÍ ROK 2015/2016 Vypracoval: Mgr. Miroslav Starý (některé části Mgr. Jana Zelená) Podklady dodaly: PaedDr. Miluše Dušková Mgr. Miriam Velínská Mgr. Lenka Sarai Kučerová Dana Teuchertová Školská rada schválila dne: 12. 10. 2016 Předáno zřizovateli dne: 18. 10. 2016 Základní škola Nová Role, okres Karlovy Vary Výroční zpráva 2015/2016 Obsah 1. ZÁKLADNÍ ÚDAJE O ŠKOLE .................................................................................................................................. 3 2. PŘEHLED OBORŮ VZDĚLÁVÁNÍ, KAPACITA..................................................................................................... 4 3. PERSONÁLNÍ ZABEZPEČENÍ ČINNOSTI ŠKOLY ................................................................................................ 4 Pedagogičtí pracovníci ................................................................................................................................................ 4 Provozní zaměstnanci ................................................................................................................................................. 5 4. ZÁPIS K POVINNÉ ŠKOLNÍ DOCHÁZCE ............................................................................................................... 5 5. VÝSLEDKY VZDĚLÁVÁNÍ ŽÁKŮ .......................................................................................................................... 6 Charakteristika školy: ...............................................................................................................................................
  • Karlovarský Kraj

    Karlovarský Kraj

    KARLOVARSKÝ KRAJ Správní obvod obce Správní obvod obce OKRES / obec Výměra Počet Územní pracoviště .obce č s rozšířenou s pověřeným Matriční úřad Stavební úřad . Statut ř městská část / městský obvod v ha obyvatel finančního úřadu působností obecním úřadem Po OKRES CHEB 1. Aš Mě 5 586 12 643 Aš Aš Aš Aš Aš 2. Dolní Žandov 4 133 1 161 Cheb Cheb Cheb Dolní Žandov Cheb 3. Drmoul 637 923 Mariánské Lázně Mariánské Lázně Mariánské Lázně Velká Hleďsebe Mariánské Lázně 4. Františkovy Lázně Mě 2 576 5 481 Cheb Cheb Cheb Františkovy Lázně Františkovy Lázně 5. Hazlov 2 788 1 573 Aš Aš Aš Hazlov Aš 6. Hranice Mě 3 179 2 096 Aš Aš Aš Hranice Aš 7. Cheb Mě 9 635 32 401 Cheb Cheb Cheb Cheb Cheb 8. Krásná 2 185 507 Aš Aš Aš Aš Aš 9. Křižovatka 1 413 258 Cheb Cheb Cheb Skalná Luby 10. Lázně Kynžvart Mě 3 258 1 443 Mariánské Lázně Mariánské Lázně Mariánské Lázně Lázně Kynžvart Lázně Kynžvart 11. Libá 2 664 715 Cheb Cheb Cheb Libá Františkovy Lázně 12. Lipová 4 579 654 Cheb Cheb Cheb Cheb Cheb 13. Luby Mě 3 069 2 197 Cheb Cheb Cheb Luby Luby 14. Mariánské Lázně Mě 5 181 12 906 Mariánské Lázně Mariánské Lázně Mariánské Lázně Mariánské Lázně Mariánské Lázně 15. Milhostov 1 763 325 Cheb Cheb Cheb Nebanice Luby 16. Milíkov 1 948 243 Cheb Cheb Cheb Dolní Žandov Cheb 17. Mnichov 2 786 357 Mariánské Lázně Mariánské Lázně Mariánské Lázně Mariánské Lázně Mariánské Lázně 18. Nebanice 939 347 Cheb Cheb Cheb Nebanice Cheb 19.
  • Identification of Czech Metropolitan Regions: How to Improve Targeting RECEIVED: NOVEMBER 2015 of Innovation Policy REVISED: FEBRUARY 2016

    Identification of Czech Metropolitan Regions: How to Improve Targeting RECEIVED: NOVEMBER 2015 of Innovation Policy REVISED: FEBRUARY 2016

    REVIEW PAPER Identification of Czech Metropolitan Regions: How to improve targeting RECEIVED: NOVEMBER 2015 of innovation policy REVISED: FEBRUARY 2016 ACCEPTED: FEBRUARY 2016 Viktorie Klímová Faculty of Economics and Administration, Masaryk University, Czech Republic [email protected] DOI: 10.1515/ngoe-2016-0005 UDK: 711.451:001.895(437.3) Vladimír Žítek Faculty of Economics and Administration, Masaryk University, Czech Republic JEL: R11, O31 [email protected] Citation: Klímová, V., & Žítek, V. (2016). Identification of Czech Metropolitan Abstract Regions: How to improve targeting of innovation policy. Naše gospodarstvo/ Concepts of national and regional innovation systems can serve as an analytical Our Economy, 62(1), 46–55. DOI: framework forming the empirical base for innovation policy creation. It is 10.1515/ngoe-2016-0005 possible to distinguish various types of these systems. One of these typologies is based on the assessment of innovation deficiencies. There are three types of regions: metropolitan, peripheral, and old industrial. Metropolitan regions can be characterized by a high level of research, innovation, and patent activity. The aims of this paper are to find relevant indicators that can be used as the basis for defining metropolitan regional innovation systems and using them for the identification of Czech metropolitan regions. The results of the point method combined with the cluster analysis showed that the capital city, Prague, as well as the South Moravian, Pardubice, Central Bohemian, Pilsen, and Liberec Regions can be defined as metropolitan regions. Key words: regional innovation system, knowledge, innovation, region, Czech Republic, metropolitan region 1 Introduction Innovation is an essential prerequisite for economic prosperity and wealth creation, because it has a significant influence on socio-economic development and its long-term sustainability.
  • Rationale for Government Resolution No. 315 of 26 March 2021

    Rationale for Government Resolution No. 315 of 26 March 2021

    Rationale for Government Resolution No. 315 of 26 March 2021 The current epidemiological situation is still unfavorable and the risk of the further spread of COVID-19 in the population is still very high despite the continuous decline in cases. Yesterday’s value of 7,853 (25 March 2021) is almost 3,000 fewer cases than last week (10,651; 18 March 2021), and the trend of the last two weeks, in which we have seen relatively lower daily values in week-on-week comparisons, continues. Given the still very high values, it is crucial for the epidemic to be slowed down and for the current decline to continue. Another important indicator of the overall population burden is the number of cases in the 65+ age category where, despite the continued decline, we are still seeing high figures; the share of the total is stable, around 15 to 16%. From an overall perspective, the current situation is still deemed a very high risk and “fragile”, because despite the continued decline we are still seeing very high daily figures of COVID-19 cases, especially as concerns the number of cases in the senior category (65+), albeit with a declining tendency. The value of the 7-day average had dropped below 8,000 cases, and is currently at 7,636 (the lowest value since 14 February 2021). It applies also for this indicator that despite the gradual decline, from a long-term perspective we are still at very high values. Regionally, the highest figures yesterday in descending order were reported in Central Bohemia (1,108), South Moravia (917), Ústí (848), Prague (796), Moravia-Silesia (755), South Bohemia (729), Pardubice (492), Vysočina (457), Zlín (371), Plzeň (369), Liberec (365), Olomouc (358), Hradec Králové (232), and once again the least in the Karlovy Vary region with 31 cases.