University of West Bohemia (Uwb) Has Nine Faculties with We Are the Nearly Sixty Departments and Two Institutes of Higher Education
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Ministry of Agriculture of the Czech Republic We Support Traditions and Rural Development in the Czech Republic
Ministry of Agriculture of the Czech Republic We support traditions and rural development in the Czech Republic Ladies and Gentlemen, The publication that you are holding in your hand will brief- households are supplied from the mains public water supply ly guide you through the basic areas of our agriculture, and almost 85 % of the population of the Czech Republic coherently familiarise you with plant and livestock produc- is connected to the sewerage system. Flood control meas- tion, food, water and forest management, soil protection, ures continue, aimed at increasing the landscape’s capacity agricultural research and education, agrarian trade and the to retain water. subordinate organisations of the Ministry of Agriculture of the Czech Republic (herafter also as “MoA”). The aim is to By means of the Lesy ČR (Forests of the CR), the Minis- offer you clear information about this Ministry. try of Agriculture manages half of the forests in the Czech Republic. The area of the main coniferous trees, i.e. spruce One of the Ministry of Agriculture’s priorities is the promo- and pine, is decreasing, while sites where fir grows are in- tion of healthy and high-quality domestic foodstuffs. There- creasing. The proportion of deciduous trees is also increas- fore, support is given to quality products, for instance by ing, in particular beech and oak, which is a testament to the granting quality certificates such as Regional Food Product foresters’ sustained efforts to achieve the optimal species and Klasa. Support is also given to organic production and composition of forests. farm-gate sales. Did you know that the Czech Republic is among the top 10 countries with the highest proportion Another important aim is the protection of the soil as of land under organic agriculture out of the total area of a natural resource. -
EFAS Upgrade for the Extended Model Domain
EFAS upgrade for the extended model domain Technical documentation 2019 This publication is a Technical report by the Joint Research Centre (JRC), the European Commission’s science and knowledge service. It aims to provide evidence-based scientific support to the European policymaking process. The scientific output expressed does not imply a policy position of the European Commission. Neither the European Commission nor any person acting on behalf of the Commission is responsible for the use that might be made of this publication. JRC Science Hub https://ec.europa.eu/jrc JRC Ispra: European Commission, 2019 © European Union, 2019 Reuse is authorised provided the source is acknowledged. The reuse policy of European Commission documents is regulated by Decision 2011/833/EU (OJ L 330, 14.12.2011, p. 39). For any use or reproduction of photos or other material that is not under the EU copyright, permission must be sought directly from the copyright holders. How to cite this report: L. Arnal, S.-S. Asp, C. Baugh, A. de Roo, J. Disperati, F. Dottori, R. Garcia, M. Garcia- Padilla, E. Gelati, G. Gomes, M. Kalas, B. Krzeminski, M. Latini, V. Lorini, C. Mazzetti, M. Mikulickova, D. Muraro, C. Prudhomme, A. Rauthe-Schöch, K. Rehfeldt, P. Salamon, C. Schweim, J.O. Skoien, P. Smith, E. Sprokkereef, V. Thiemig, F. Wetterhall, M. Ziese, EFAS upgrade for the extended model domain – technical documentation, EUR 29323 EN, Publications Office of the European Union, Luxembourg, 2019, ISBN 978-92- 79-92881-9, doi: 10.2760/806324, JRC111610. All images © European Union 2019 Contents Acknowledgements ................................................................................................ 2 1 Introduction ..................................................................................................... -
Wasserkörperverzeichnis Bayern − Oberflächenwasserkörper 1
Wasserkörperverzeichnis Bayern − Oberflächenwasserkörper Bayerisches Staatsministerium für Umwelt und Verbraucherschutz 1. Oberflächenwasserkörper Flussgebiet Planungseinheit (in Bayern) Wasserkörper Name Code Bezeichnung Code Bezeichnung Main-Donau-Kanal (Altmühl) von Dietfurt bis Mündung in Donau ALT_PE01 Altmühl 1_F226 die Donau Donau ALT_PE01 Altmühl 1_F227 Altmühl bis Einmündung Wieseth Altmühl von Einmündung Wieseth bis Einmündung Donau ALT_PE01 Altmühl 1_F228 Hungerbach Altmühl von Einmündung Hungerbach bis zum Donau ALT_PE01 Altmühl 1_F229 Zusammenfluss mit Main-Donau-Kanal alle Nebengewässer der Altmühl bis Einmündung Donau ALT_PE01 Altmühl 1_F230 Wieseth alle Nebengewässer der Altmühl von Einmündung Donau ALT_PE01 Altmühl 1_F231 Wieseth bis Dornhauser Mühlbach Donau ALT_PE01 Altmühl 1_F232 Wieseth mit allen Nebengewässern Möhrenbach, Schambach, Rohrach (zur Altmühl), Donau ALT_PE01 Altmühl 1_F233 Brüllgraben, Westenbrunnenbach, Hungerbach (zur Altmühl), Meinheimer Mühlbach, Störzelbach Donau ALT_PE01 Altmühl 1_F234 Ehbrust, Gailach bis Mühlheim Donau ALT_PE01 Altmühl 1_F235 Gailach von Mühlheim bis Mündung Donau ALT_PE01 Altmühl 1_F236 Schambach (Arnsberger Schambach) Südliche Schwarzach mit Nebengewässern vom Donau ALT_PE01 Altmühl 1_F237 Dennenloher Weiher bis Einmündung Agbach; Agbach; Heimbach; Mühlbach; Kaisinger Brunnenbach Donau ALT_PE01 Altmühl 1_F238 Anlauter mit Nebengewässern Siegenbach (Lkr. Neumarkt i.d.OPf.), Schwarzach (zur Donau ALT_PE01 Altmühl 1_F239 Altmühl) bis Dennenloher Weiher, Hengerbach bis Seligenporten -
Allgemeines Ministerialblatt 2016-02
AllgemeinesMinisterialblatt DER BAYERISCHEN STAATSREGIERUNG DES BAYERISCHEN MINISTERPRÄSIDENTEN · DER BAYERISCHEN STAATSKANZLEI DES BAYERISCHEN STAATSMINISTERIUMS DES INNERN, FÜR BAU UND VERKEHR DES BAYERISCHEN STAATSMINISTERIUMS FÜR WIRTSCHAFT UND MEDIEN, ENERGIE UND TECHNOLOGIE DES BAYERISCHEN STAATSMINISTERIUMS FÜR UMWELT UND VERBRAUCHERSCHUTZ DES BAYERISCHEN STAATSMINISTERIUMS FÜR ERNÄHRUNG, LANDWIRTSCHAFT UND FORSTEN DES BAYERISCHEN STAATSMINISTERIUMS FÜR ARBEIT UND SOZIALES, FAMILIE UND INTEGRATION DES BAYERISCHEN STAATSMINISTERIUMS FÜR GESUNDHEIT UND PFLEGE Nr. 2 München, 29. Februar 2016 29. Jahrgang Inhaltsübersicht Datum Seite I. Veröffentlichungen, die in den Fortführungsnachweis des Allgemeinen Ministerialblatts aufgenommen werden Bayerisches Staatsministerium des Innern, für Bau und Verkehr 27.01.2016 12-I Ausstiegshilfen für Extremisten (Bayerisches Aussteigerprogramm) . 35 12.01.2016 2154-I Richtlinien für Evakuierungsplanungen . 35 18.01.2016 913-I Richtzeichnungen für Ingenieurbauten (RiZ-ING), Fortschreibung Dezember 2014 . 97 Bayerisches Staatsministerium für Wirtschaft und Medien, Energie und Technologie 17.01.2016 7071-W Richtlinien zum Forschungs- und Technologieförderprogramm „Innovationsgutscheine für kleine Unternehmen/Handwerksbetriebe“ . 98 22.01.2016 7523-W Änderung der Förderrichtlinien zur Durchführung des bayerischen 10 000-Häuser-Programms . 102 Bayerisches Staatsministerium für Umwelt und Verbraucherschutz 11.02.2016 2129.0-U Zusammenarbeit der Verwaltungs- und Strafverfolgungsbehörden bei der Bekämpfung -
Tabellen Zur Risikoanalyse Für Flusswasserkörper
Bayerisches Landesamt für Umwelt Die Umsetzung der Europäischen Wasserrahmenrichtlinie in Bayern Aktualisierung der Bestandsaufnahme 2013 − Ergebnisse Erläuterung der Tabelleninhalte zur Risikoanalyse Flusswasserkörper, ökologischer/s Zustand/Potenzial: Spaltenbezeichnung Erläuterungen Eindeutige Kurzbezeichnung des Flusswasserkörpers, zusammengesetzt aus einer Zahl für das Flussgebiet (1: Donau, 2: Rhein, 4: Weser, 5: Elbe), dem Buchstaben F für OWK-Code Flusswasserkörper und einer fortlaufenden Nummer. FWK unter nicht bayerischer Federführung tragen noch das Kürzel des jeweiligen (Bundes-)Landes. Name des Wasserkörpers Name des Flusswasserkörpers Zuständiges Wasserwirtschaftsamt: AB – Aschaffenburg, AN – Ansbach, DEG – Deggendorf, DON – Donauwörth, HO – Hof, IN – Ingolstadt, KC – Kronach, KE – zuständiges WWA Kempten, KG – Bad Kissingen, LA – Landshut, M – München, N – Nürnberg, R – Regensburg, RO – Rosenheim, TS – Traunstein, WEN – Weiden, WM – Weilheim Biozönotischer Gewässertyp: 1: Fließgewässer der Alpen, 1.1: Bäche der Kalkalpen, 1.2 Kleine Flüsse der Kalkalpen, 2: Fließgewässer des Alpenvorlandes, 2.1: Bäche des Beschreibung Alpenvorlandes, 2.2: Kleine Flüsse des Alpenvorlandes, 3: Fließgewässer der des Wasser- Jungmoräne des Alpenvorlandes, 3.1: Bäche der Jungmoräne des Alpenvorlandes, 3.2: körpers Kleine Flüsse der Jungmoräne des Alpenvorlandes, 4: Große Flüsse des Alpenvorlandes, 5: Grobmaterialreiche, silikatische Mittelgebirgsbäche, 5.1: Feinmaterialreiche, silikatische Mittelgebirgsbäche, 6: Feinmaterialreiche, karbonatische -
Flood Model of City of Beer: Plzen City – Czech Republic
River Basin Management III 455 Flood model of city of beer: Plzen City – Czech Republic M. Svobodová & J. Spatka DHI Hydroinform, Czech Republic Abstract Plzen City, know also as the City of the world famous beer Pilsner Urquel, was heavily flooded during the catastrophic flood in August 2002. This accident was a major driving force to create mathematical models of the rivers of Plzen City. In general, a hydraulic mathematical model of a city is not an exception in the Czech Republic. However, the mathematical model of Plzen City, thanks to an extremely complicated river systems is a very special hydraulic case. The presented model covers the hydrological and hydraulic conditions of five river bodies and four junctions and their mutual interrelations, which were found as significant. The most interesting part of the Plzen model was a special calibration procedure applied on mathematical models and the simulation of a number of different scenario combinations. A global 1D+ mathematical model was created, covering more than 60 km of river network and a wide area of flood plain using MIKE 11 software. The central part of Plzen City was schematized into a 2D curvilinear mathematical model using MIKE 21C SW. The main official outputs of this project were: • flood maps • maps of depths, water levels and velocities • longitudinal and cross-sectional profiles with an indication of water levels • evaluated proposal of the flood protection plan of Plzen City • HTML documentation The case of Plzen City is also special thanks to its location downstream of the reservoir Hracholusky on the Mze River, which creates a hypothetical risk for Plzen City. -
REPORT on WATER MANAGEMENT in the CZECH REPUBLIC in 2014 Report on Water Management in the Czech Republic in 2014 As of 31 December 2014
REPORT ON WATER MANAGEMENT IN THE CZECH REPUBLIC IN 2014 Report on Water Management in the Czech Republic in 2014 As of 31 December 2014 Text Department of State Administration of Water Management and River Basins Ministry of Agriculture of the Czech Republic Department of Water Protection Ministry of the Environment of the Czech Republic Editor-in-Chief Daniel Pokorný Eva Rolečková Eva Fousová Jan Rauscher Production and Print Profi -tisk group s.r.o. Not for sale ISBN 978-80-7434-243-1 Photos by: Photo archive of the Ministry of Agriculture of the Czech Republic and photo archives of the River Boards, state enterprises, and photo archive of the Forests of the Czech Republic, state enterprise. In the publication were used pictures from the children´s competition for pupils at primary and lower secondary school level on the topic of „Water for the future“ organized by the Ministry of Agriculture of the Czech Republic as as part of the World Water Day 2015 celebration. Pictures introduce each chapter. Published by the Ministry of Agriculture of the Czech Republic Těšnov 65/17, 110 00 Praha 1, Czech Republic Internet: www.eagri.cz, e-mail: [email protected] Prague 2015 Report on Water Management in the Czech Republic As of 31 December 2014 2014 Ministry of Agriculture of the Czech Republic Ministry of Environment of the Czech Republic 1 Report on Water Management in the Czech Republic in 2014 Contents 1. Hydrological balance 7 1.1 Temperature and precipitation 7 1.2 Runoff 9 1.3 Groundwater regime 11 2. -
Spatial Differentiation of Ecosystem Risks of Soil Pollution in Floodplain Areas of the Czech Republic
Soil & Water Res., 12, 2017 (1): 1–9 Original Paper doi: 10.17221/53/2016-SWR Spatial Differentiation of Ecosystem Risks of Soil Pollution in Floodplain Areas of the Czech Republic Jan SKÁLA1*, Radim VÁCHA1, Jakub HOFMAN 2, Viera HORVÁTHOVÁ1, Milan SÁŇKA2 and Jarmila ČECHMÁNKOVÁ1 1Research Institute for Soil and Water Conservation, Prague, Czech Republic; 2Research Centre for Toxic Compounds in the Environment, Masaryk University, Brno, Czech Republic *Corresponding author: [email protected] Abstract Skála J., Vácha R., Hofman J., Horváthová V., Sáňka M., Čechmánková J. (2017): Spatial differentiation of ecosystem risks of soil pollution in floodplain areas of the Czech Republic. Soil & Water Res., 12: 1−9. Extensive soil sampling and screening assessment of ecosystem risks combined with a multidimensional statistical analysis were used to estimate and spatially characterize the ecosystem risks stemming from the contamination of floodplain soils in the Czech Republic. We proved structural differences in regional pollution patterns where different regional/local pollution sources led to various nature and extent of the environmental load of floodplain soils. The established spatial patterns helped reveal the areas where soils do not meet soil quality standards and where the ecosystem risks were elevated. Furthermore, the results allowed to establish priority contaminants of flood affected areas in various catchments in the Czech Republic. Combining both the magnitudes of estimated ecosystem risks and structural characteristics of pollution profiles, the highest estimated risks showed the lo- calities with high contents of organochlorine pesticides, several samples connected to geochemical anomalies of metallogenic zones (deposits), and localities with a long history of industrial load. -
Ecological Restoration in the Czech Republic
Ecological restoration in the Czech Republic Editors Ivana Jongepierová, Pavel Pešout, Jan Willem Jongepier & Karel Prach Ecological restoration in the Czech Republic Editors Ivana Jongepierová, Pavel Pešout, Jan Willem Jongepier & Karel Prach Nature Conservation Agency of the Czech Republic Prague 2012 Front cover photograph: — Šumava foothills near Želnava. (Z. Patzelt) Back cover photographs: — Raking hay in Javorůvky NR, Bílé Karpaty PLA. (J.W. Jongepier) — Disturbing sites with Gentianella lutescens, Pod Hribovňou NR, Bílé Karpaty PLA. (I. Jongepierová) — Removing eutrophic soil layers, Váté písky NR, Bzenec. (I. Jongepierová) — Sheep grazing in Central Bohemian Uplands (České středohoří) PLA. (J. Marešová) — Elimination of scrub in Vápenice NR, Velký Kosíř Nature Park. (Archive ZO ČSOP Hořepník) Editors Ivana Jongepierová, Pavel Pešout, Jan Willem Jongepier & Karel Prach Reviewers Ladislav Miko Tomáš Kučera Graphic design David Jongepier Printed by Boma Print, Kyjov *is publication was issued on the occasion of the 8th European Conference on Ecological Restoration held in České Budějovice (Budweis) 9–14 September 2012. Published by Nature Conservation Agency of the Czech Republic, © AOPK ČR ISBN 978-80-87457-31-3 CATALOGUING-IN-PUBLICATION – NATIONAL LIBRARY OF THE CZECH REPUBLIC Ecological restoration in the Czech Republic / editors Ivana Jongepierová ... [et al.]. – Prague : Nature Conservation Agency of the Czech Republic, 2012. – 147 p. : ill. ISBN 978-80-87457-32-0 (pbk.) 502.5+712 * 502.174 * 502.171:574.4/.5 * 502.171:574.2 * (437.3) — landscape assessment – Czechia — restoration ecology – Czechia — ecosystem management – Czechia — habitat protection – Czechia — case studies 363.7 – Environmental protection [2] Contents Foreword . .6 Introduction . .7 Nomenclature, abbreviations and explanatory notes .