The South Moravian Innovation Centre: Developing an Important Technology Hub in Europe
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The Population of Czechia and Slovakia in 1918–1945
THE POPULATION OF CZECHIA AND SLOVAKIA IN 1918–1945 Ludmila Fialová1) – Branislav Šprocha2) Abstract During the interwar period the development of the population in Czechoslovakia reflected long-term reproductive trends (decreasing fertility and mortality) and the effects of contemporary political and economic developments. The populations of Czechia and Slovakia followed more or less similar paths of development, the difference being that fertility in Czechia tended to be lower than in Slovakia and the mortality conditions in Czechia were also better. Keywords: Czechia, Slovakia, population development, population structure, 20th century Demografie, 2018, 60: 161–183 1. INTRODUCTION of Hungary, also became part of the state, but since In the development of European populations during it ceased to be a part of Czechoslovakia from March the first half of the 20th century it is possible to 1939, the overview of population development in distinguish features that reflect both long-term Czechoslovakia presented below covers only the Czech tendencies in population reproduction over time lands3) and Slovakia.4) (the completion of the first demographic transition) Ever since the early modern era, Czechia had and the effects of specific political and economic belonged more to the western part of Central Europe. conditions – i.e. the two world wars and changing It was one of the most developed regions within former economic cycles. In Czechoslovakia an important Austria-Hungary and the structure of its domestic role in population development was also played by the economy reflected this, as less than half the population heterogeneity of the country. Although the new state of was dependent on agriculture for their livelihood and Czechoslovakia was formed entirely from territory that there was already a developed system of secondary was formerly a part of the Austro–Hungarian Empire, and higher education. -
Fatalities Associated with the Severe Weather Conditions in the Czech Republic, 2000–2019
Nat. Hazards Earth Syst. Sci., 21, 1355–1382, 2021 https://doi.org/10.5194/nhess-21-1355-2021 © Author(s) 2021. This work is distributed under the Creative Commons Attribution 4.0 License. Fatalities associated with the severe weather conditions in the Czech Republic, 2000–2019 Rudolf Brázdil1,2, Katerinaˇ Chromá2, Lukáš Dolák1,2, Jan Rehoˇ rˇ1,2, Ladislava Rezníˇ ckovᡠ1,2, Pavel Zahradnícekˇ 2,3, and Petr Dobrovolný1,2 1Institute of Geography, Masaryk University, Brno, Czech Republic 2Global Change Research Institute, Czech Academy of Sciences, Brno, Czech Republic 3Czech Hydrometeorological Institute, Brno, Czech Republic Correspondence: Rudolf Brázdil ([email protected]) Received: 12 January 2021 – Discussion started: 21 January 2021 Revised: 25 March 2021 – Accepted: 26 March 2021 – Published: 4 May 2021 Abstract. This paper presents an analysis of fatalities at- with fatal accidents as well as a decrease in their percent- tributable to weather conditions in the Czech Republic dur- age in annual numbers of fatalities. The discussion of results ing the 2000–2019 period. The database of fatalities de- includes the problems of data uncertainty, comparison of dif- ployed contains information extracted from Právo, a lead- ferent data sources, and the broader context. ing daily newspaper, and Novinky.cz, its internet equivalent, supplemented by a number of other documentary sources. The analysis is performed for floods, windstorms, convective storms, rain, snow, glaze ice, frost, heat, and fog. For each 1 Introduction of them, the associated fatalities are investigated in terms of annual frequencies, trends, annual variation, spatial distribu- Natural disasters are accompanied not only by extensive ma- tion, cause, type, place, and time as well as the sex, age, and terial damage but also by great loss of human life, facts easily behaviour of casualties. -
Transformation of the Identity of a Region: Theory and the Empirical Case of the Perceptual Regions of Bohemia and Moravia, Czech Republic
MORAVIAN GEOGRAPHICAL REPORTS 2020, 28(3):2020, 154–169 28(3) MORAVIAN MORAVIAN GEOGRAPHICAL REPORTS GEOGRAPHICAL REPORTS Fig. 3. Members of the International Advisory Board of the Fig. 4. The Löw-Beer Villa in Brno, a place of the award MGR journal in front of the Institute of Geonics ceremony The Czech Academy of Sciences, Institute of Geonics journal homepage: http://www.geonika.cz/mgr.html Fig. 5. Professor Eva Zažímalová, president of the Czech Fig. 6. Professor Bryn Greer-Wootten has his speech during Academy of Sciences, presents Professor Bryn Greer-Wootten the award ceremony doi: https://doi.org/10.2478/mgr-2020-0012 with the honorary medal Illustrations related to the paper by R. Blaheta et al. (photo: T. Krejčí, E. Nováková (2×), Z. Říha) Transformation of the identity of a region: Theory and the empirical case of the perceptual regions of Bohemia and Moravia, Czech Republic Petr MAREK a * Abstract By using the concept of perceptual region – an essential part of the identity of a region and a part of every person’s mental map – this paper demonstrates a way to examine the understudied transformation of (the identity of) a region and, specifically, its territorial shape (boundaries). This concept effectively fuses the “institutionalisation of regions” theory and the methodologies of behavioural geography. This case study of the perceptual regions of Bohemia and Moravia shows how and why these historical regions and their boundary/boundaries developed, after a significant deinstitutionalisation by splitting into smaller regions in an administrative reform. Many people now perceive the Bohemian-Moravian boundary according to the newly-emerged regional boundaries, which often ignore old (historical) boundaries. -
Learning from Wroclaw: How the City Benefits from Urban Resilience Enhancements
www.pwc.com Learning from Wroclaw: How the City Benefits from Urban Resilience Enhancements 9-13 July City Resilience Program 2018 Financial Solutions for City Resilience: Cohort 2 Disclaimer This presentation is provided solely in connection with our support to the World Bank on the Cities Resilience Program. Any liability PwC Polska Sp. z o.o. (PwC) will be governed by a contract agreed between IBRD and PwC. In the meantime, this presentation is provided on the basis that PwC accepts no liability – whether in contract, tort (including negligence), or otherwise – to the World Bank or to any other person in respect of the Cities Resilience Program. This presentation must not be made available or copied in whole or in part to any other person without our express written permission. 2 Contact information Agnieszka Gajewska Lukasz Stanecki Partner Project Manager for World Bank City Engagement Partner for World Bank City Resilience Program Resilience Program T: + 48 519 506 572 T: + 48 517 140 537 E: [email protected] E: [email protected] Yogan Reddy Oliver Redrup Partner Director PwC Africa Hub for World Bank City PwC Asia Hub for World Bank City Resilience Program Resilience Program T: +27 83 276 3279 T: +65 8876 5274 E: [email protected] E: [email protected] Jorge Seré Akshay Kumar Partner Senior Manager PwC Latin America Hub for World Bank PwC Asia Hub for World Bank City City Resilience Program Resilience Program T: +598 988 84 015 T: +65 8876 7726 E: [email protected] E: [email protected] Piotr Brysik Senior Associate, CDT member for World Bank City Resilience Program T: + 48 519 507 194 E: [email protected] 3 Let us invite you to a journey to Central Europe – to one of the most exciting places in Poland – the City of Wroclaw Wroclaw, Poland Bangkok, Thailand PwC 4 Poland is Europe’s growth champion. -
Czech Republic Heart of Europe Location
Czech Republic Heart of Europe Location • The Czech Republic is a landlocked country in Central Europe. The country is bordered by Germany to the west, Poland to the north, Austria to the south and Slovakia to the east. • Capital, with 1.3 million inhabitants, is Prague. • Population: 10 562 214 (census 2011), density 134/km2 • Currency: Czech crown, Kč (CZK) • Language: Czech (Slavic) • Area: 78 866 km2 Geography • Map with traditional regions Bohemia, Moravia, Silesia and current administrative regions • Big cities: Brno, Ostrava, Plzeň, Liberec, Olomouc, Ústí nad Labem, České Budějovice, Hradec Králové, Pardubice Nature • The Czech landscape is exceedingly varied. Bohemia, to the west, consists of a basin drained by the Elbe (Czech: Labe) and the Vltava (or Moldau) rivers, surrounded by mostly low mountains, such as the Krkonoše range of the Sudetes. The highest point in the country, Sněžka at 1,602 m, is located here. • Moravia, the eastern part of the country, is also quite hilly. It is drained mainly by the Morava River, but it also contains the source of the Oder River (Czech: Odra). Climate • The Czech Republic has a temperate continental climate, with relatively hot summers and cold, cloudy and snowy winters. The temperature difference between summer and winter is relatively high, due to the landlocked geographical position. • At the highest peak of Sněžka (1,602 m), the average temperature is only −0.4 °C, whereas in the lowlands of the South Moravian Region, the average temperature is as high as 10 °C. The country's capital, Prague, has a similar average temperature, although this is influenced by urban factors. -
Comprehensive Cancer Care Networking (CCCN) As Effective Cancer Management Model: Pilot Project of the Czech Republic (2014 -> 2017)
Comprehensive Cancer Care Networking (CCCN) as effective cancer management model: pilot project of the Czech Republic (2014 -> 2017) Institute of Biostatistics and Analyses Masaryk University, Brno, Czech Republic www.iba.muni.cz Czech cancer care in 2013: many challenges Opportunistic Population-based cancer screening ?interventions 2013 High and growing Management of cancer incidence ? growing burden Regional set of cancer centers Equal access to ? high quality care Pilot model of the CCCN -> Main PRINCIPLES adopted Common information system Organized structure (multi-tier model) Implemented cancer management protocols Multidisciplinary assessment of patients (CCs boards) Common governance including control (QA/QC indicators) Quantified and mapped collaboration with neighboring regions Emphasis on complexity of the system: controlled patient pathways CC(s) CCCN(s) ? Evolutionary – step by step – transformation ! Pilot CCCN -> Main BARRIERS to overcome Legislation allowing data E FUNCTIONAL centralization Representative cancer care model Support of - stakeholders HEALTH and payers LEGAL BACKGROUND LEGAL Functional reimbursement mechanisms Pilot CCCN -> IT infrastructure for cancer care networking Epidemiology Equity of health Population-based care registries Structure of health care Population and treatment burden National Cancer Registry Results of health care Hospitals Quality of Specialized health care registries REPORTS Hospital information systems Local and national registries Distribution of Monitoring of health care health care -
Palacky International Student Guide
International Student Guide www.study.upol.cz TABLE OF CONTENTS Welcome from the Rector of Palacký University ................................................................... 4 PART 1: CZECH REPUBLIC, OLOMOUC, PALACKÝ UNIVERSITY ................................................. 5 Introduction – the Czech Republic ......................................................................................... 7 Culture shock .......................................................................................................................... 9 Czech Republic – blame it all on the culture ........................................................................ 10 Must watch and must read .................................................................................................. 12 Why Olomouc? .................................................................................................................... 13 Palacký University Olomouc ................................................................................................. 14 PART 2: PRACTICAL INFO BEFORE YOU ARRIVE ..................................................................... 17 Applications, deadlines, programmes .................................................................................. 19 Visas ...................................................................................................................................... 19 Health insurance ................................................................................................................. -
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. -
Bat Casualties by Road Traffic (Brno-Vienna)
Acta Theriologica 54 (2): 147–155, 2009. PL ISSN 0001–7051 Bat casualties by road traffic (Brno-Vienna) Jiøí GAISLER, Zdenìk ØEHÁK and Tomáš BARTONIÈKA Gaisler J., Øehák Z. and Bartonièka T. 2009. Bat casualties by road traffic (Brno-Vienna). Acta Theriologica 54: 147–155. We studied the impact of road E461, Brno-Vienna, on bat mortality, with the goal to predict this impact after the road has been reconstructed and turned into highway, R52. In the Czech territory, two proposed road sections of E461 were selected, 3.5 and 4.5 km long, and divided into segments 100 m in length. Bat carcasses were picked up from emergency stopping lanes, and bat activity was recorded by ultrasound detectors along the road and 100 m away on both sides from the central strip. From May to October 2007, 25 checks of bat mortality performed at weekly intervals revealed 119 bat car- casses representing 11 or 12 species. Pipistrellus nathusii, P. pygmaeus and Myotis daubentonii were the most frequent traffic casualties. The greatest mortality was documented from early July to mid-October, with a peak in September. Monitoring bat activity by ultrasound detectors (one night per month in May, June and September) yielded 12 bat species and 3 spe- cies couples (Myotis mystacinus/brandtii, M. emarginatus/alcathoe, Plecotus auritus/austriacus), mostly the same taxa as found dead on the road. Signifi- cantly greater bat numbers were revealed in the section where the road was situated between two artificial lakes, as compared to a road section without any lakes directly adjacent to the road. -
Symbols of Czech and Slovak Political Parties After the “Velvet Revolution”
Symbols of Czech and Slovak Political PROCEEDINGS Parties After the “Velvet Revolution” Aleš Brozˇek Communist totalitarianism did not tolerate the existence of political parties, nor of any independent organizations between the state and the family. The situation in Czecho- slovakia fortunately was not as severe as in the Soviet Union. Czech and Slovak citizens could join a limited number of organisations and associations which mainly used emblems, although some of them had flags. The Vexillology Club researched them in 1977 and published a report on them in its periodical in 19781. No article has yet appeared on the symbols of Czech and Slovak political parties, although such an article should be of interest not only to Czech vexillologists, but to others too. Fig. 1 After the Communist putsch of February 1948, apart from the Communist Party of Czechoslovakia four other Some members of the Czechoslovak Socialist Party, the parties were tolerated, the Czechoslovak Socialist Party, Czechoslovak People’s Party and the Communist Party the Czechoslovak People’s Party, the Democratic Party were instrumental in the rise of the Czech Civic Forum, and the Liberation Party. However they had to give up but their secretariats maintained their own policy and their own programs, accept that of the Communist Party did not cooperate with the Civic Forum. They continued and that of the National Front, and to recognise the to use their own emblems, which in some cases were so-called “leading role” of the Communist Party. The completely and in others only slightly changed in the November 1989 revolution meant the end of the one- following years. -
The Housing First for Families in Brno Trial Protocol
Research Notes 133 The Housing First for Families in Brno Trial Protocol: A Pragmatic Single-Site Randomized Control Trial of Housing First Intervention for Homeless Families in Brno, Czech Republic Štěpán Ripka, Eliška Černá, Petr Kubala, Ondřej Krčál and Rostislav Staněk University of Ostrava Masaryk University in Brno \ Abstract_While the Pathways to Housing First (HF) model was designed for ending homelessness of individuals with complex needs, the use of a housing- led approach with families has been documented since late 1980s in the US. New target groups bring new demands on the knowledge base – to date, there has not been any Randomised Controlled Trial (RCT) on family HF intervention. This protocol describes the design of a Czech single-site demonstration of RCT with a treatment group of 50 families and presents results of statistical compliance testing of the treatment and control group at baseline. This project is a pragmatic, mixed methods, single-site field trial of the effectiveness of Housing First in Brno, Czech Republic randomised 150 participant homeless families, stratified by number of children, into treatment and control groups. Quantitative outcome measures are collected over a 12-month period and a qualitative process evaluation is being completed. Primary outcomes being measured include a decrease in time the family spent homeless, improvement in security of tenure, improvement of mental health of mothers, and decrease in the use of emergency health services. \ Keywords_Housing first, Randomized Control Trial, homeless families, Czech Republic ISSN 2030-2762 / ISSN 2030-3106 online 134 European Journal of Homelessness _ Volume 12, No. 1, June 2018 Introduction Family homelessness in the Czech Republic and in Brno In 2015, the Czech government estimated there were 68,500 roofless and houseless people in the country, out of them 8,158 children and an additional 118,500 people including children in insecure or inadequate housing (MPSV, 2016). -
Action Plan South Moravia
D.T1.4.7 Action plan of the South Moravian Version 2.0 Region 2/2020 Revised version 1. Introduction The development of subnodes in peri-urban regions adjacent to primary TEN-T hubs is a proper new approach to better connect the hinterland to TEN-T nodes. These secondary hubs require more attention in view of making public transport more attractive. The jointly elaborated SubNodes strategy formulates basic principles how regions should adjust their passenger mobility policy to better respond to these new opportunities for medium-sized cities in the surroundings of primary hubs. Based on the SubNodes Strategy, the respective subnodes per region was identified and assessed. The present Action plan describes in detail the implemented pilot actions which was carried out in the South Moravian Region during April 2019 and December 2020. 2. Regional Overview and Status Quo before Pilot Action The two sites of pilot actions (Židlochovice Town and Hustopeče Town) are situated in the Southwest (NUTS- 2) within South Moravian Region (NUTS-3), Czech Republic. Map 1: Regional overview map Strana 1 The main strength of both regional public transport hubs is a high-quality of public transport as a part of Integrated Transport System of the South Moravian Region. Also the high support of municipalities and authorities means a huge encouragement for KORDIS JMK to implement this transport change. On the other hand, weakness of both sites was absence of connection direct to TEN-T rail line and not direct electrified railway connection to Brno. As opportunity we may consider already existing rail line and for commuters shortening of travel time and better transport availability for the whole area.