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Case Study North Rhine-Westphalia
Contract No. 2008.CE.16.0.AT.020 concerning the ex post evaluation of cohesion policy programmes 2000‐2006 co‐financed by the European Regional Development Fund (Objectives 1 and 2) Work Package 4 “Structural Change and Globalisation” CASE STUDY NORTH RHINE‐WESTPHALIA (DE) Prepared by Christian Hartmann (Joanneum Research) for: European Commission Directorate General Regional Policy Policy Development Evaluation Unit CSIL, Centre for Industrial Studies, Milan, Italy Joanneum Research, Graz, Austria Technopolis Group, Brussels, Belgium In association with Nordregio, the Nordic Centre for Spatial Development, Stockholm, Sweden KITE, Centre for Knowledge, Innovation, Technology and Enterprise, Newcastle, UK Case Study – North Rhine‐Westphalia (DE) Acronyms BERD Business Expenditure on R&D DPMA German Patent and Trade Mark Office ERDF European Regional Development Fund ESF European Social Fund EU European Union GERD Gross Domestic Expenditure on R&D GDP Gross Domestic Product GRP Gross Regional Product GVA Gross Value Added ICT Information and Communication Technology IWR Institute of the Renewable Energy Industry LDS State Office for Statistics and Data Processing NGO Non‐governmental Organisation NPO Non‐profit Organisation NRW North Rhine‐Westphalia NUTS Nomenclature of Territorial Units for Statistics PPS Purchasing Power Standard REN Rational Energy Use and Exploitation of Renewable Resources R&D Research and Development RTDI Research, Technological Development and Innovation SME Small and Medium Enterprise SPD Single Programming Document -
83Rd Division Radio News, Germany, Vol VII #11, March 23, 1945
DON'T FRATERNIZE! DCN»T TRUST A GERM/If VOLUME VII NO. 11" 23 MARCH 1945 GERMANY; WITH THE WEATHER PERFECT FOR FLYING ALL KINDS OF AMERICAN t»D BRITISH TACTICAL AND STRATEGIC PLANES HAVE BEEN OUT OVER GERMANY TODAY. THE MAIN WEIGHT OF THE ALLIED BOMBERS FELL ON THE NORTHERN GERMAN PLAIN AND THE RUHR FACING THE ARMY GROUP OF FIELD MARSHALL MONTGOMERY. MORE THAN 1250 AMERICAN HEAVIES PLASTERED 11 BOTTLENECKS IN THE GERMAN RAIL SYSTEM IN THE RUHR VALLEY AND NORTH AND SOUTH OF THE RUHR. RAF LANC ASTERS UNLOADED 10 TON BOMBS ON THE BREMEN RAIL BRIDGE TODAY. GERMAN CITIES AND TOWNS IN THE RUHR VALLEY HAVE RECEIVED SUCH A FEARFUL BATTERING • LATELY THAT ALL RAIL TRANSPORTATION HAS BEEN STOPPED. DURING THE NIGHT MOSQUITOS PAID THEIR NIGHLY VISIT TO BERLIN. IT WAS THE 31ST NIGHT RUNNING THAT THE FAST BOMBERS HAVE ATTACKED THE GERMAN CAPITOL. IN DAYLIGHT YESTERDAY ALLIED AIRCRAFT OF ALL TYPES SWARMED OVER GERMANY CONCENTRATING ON THE RUHR AND THE NORTHERN PART OF THE REICH. MORE THAN 7000 SORTIES WERE FLOWN BY ALLIED PLANBS. HEAVY BOMBERS HIT A DOZEN ENEMY CAMPS, BASES AND ASSEMBLY AREAS IN THE RUHR. YANK MEDIUM BOMB• ERS WENT FOR 16 COMMUNICATION CENTERS. SOME OF THE ALLIED PILOTS HAD TO WAIT FOR HOURS FOR THE SfiOCE AND DUST TO CLEAR AWAY FROM THEIR TARGETS BEFORE THEY COULD RESUME THEIR BOMBING. ALONG THE WEST BANK OF THE RHINE FACING THE RUHR IT IS KNOW THAT TREMENDOUS PREPARATIONS ARE GOING ON AND CORRESPONDENTS REPORT AN IN• CREASE IN PATROLLING NEAR NUMEGEN. THERE IS A VIRTUAL BLACKOUT OF NEWS OF UNITED KINGDOM AND CANADIAN TROOPS AT THE NORTHERN END OF THE FRONT. -
Rhine-Ruhr 1 Data Center Ecosystem in a Live Data Center Environment
GTM GERMANY | GLOBAL DATA CENTERS EMEA Rhine-Ruhr 1 Data Center Ecosystem in a live data center environment Site brochure datacenter.hello.global.ntt Site brochure | Rhine-Ruhr 1 Data Center Home to the cloud A solution for every Rhine-Ruhr, located in the federal state requirement of North Rhine-Westphalia, is the largest With a total of 2,700 sqm IT space and a highly redundant cooling systems. Rhine- metropolitan region in Germany, with maximum of 4 MW in building A, Rhine- Ruhr 1 holds multiple certifications and is a population of over 10 million. Rhine- Ruhr 1 offers a secure and highly available connected to major carrier hubs and cloud Ruhr is located at the center of the data center infrastructure for our clients networks. To validate hybrid cloud services ›European Blue Banana‹, making it very in the public sector. We provide you with and innovations faster and at lower cost, well-connected to other major European the best possible physical and technical our Technology Experience Labs provide cities and important German metropolitan infrastructure supported by 2n UPS the perfect hosted ecosystem in a live data areas. Rhine-Ruhr accounts for a large systems, n+1 generator backup, as well as center environment. amount of the German economy GDP, and is home to some important economic regions, such as Dusseldorf, Essen, Cologne and Bonn. Twelve Fortune Global 500 companies reside in the region, among them two are located in Bonn, Deutsche Post AG and Deutsche Telekom AG. Rhine-Ruhr is a highly industrialized region, and in recent years has developed important financial services and technology industries. -
Collected Sequence of the Rhine and Nahe Terraces at Bingen
Results of recent Terrace Research in the Middle Rhine Valley Fig. 1.: Downstream Correlation Diagram of River-Terraces in the Lower Nahe & Upper Middle Rhine Valley. Fig. 2 & Tab. 1: Collected Sequence of the Rhine and Nahe Terraces at Bingen-Trechtingshausen Downstream Correlation Diagram of River Terraces in the Lower Nahe & Upper Middle Rhine Valley correlated with Pollen Records and Marine Isotope Stages. Collected Terrace- MIS Elevation of Assumed Difference Incision at Lower Nahe Valley Upper Middle Rhine Valley Lower Lahn Valley Age Palaeomagnetic Marine Isotope Stages (MIS) Mean Temp.°C Sequence Base NW-European Age labels Terr. Base Mean in Age Collected 18 Nahe / Rhein LowerGÖRG Nahe(1984) Valley Upper PMiddleREUSS, BURGER & SRhineIEGLER (2015) Valley Lower ALahnNDRES & SEWERING Valley(1983); (Ma) Record (Ma) (δ OOcean‰) in July (Pollen) (m a.s.l.) Stages (Ma) Nahe / Nahe/Rhine Age Nahe/Rhine Sequence 5 4 0° 10° 20° SEWERING (1993) tRh 11.2 78 Rhine (No.) (m a.s.l.) (Ma) (Ma) Nahe/Rhine GÖRG (1984) PREUSS, BURGER & SIEGLER (2015) ANDRES & SEWERING (1983); 2 tRh 11.1 81 Weichselian (mm/a) 4 tRh 10 84 SEWERING (1993) 6 Eemian tNa 12. 1 75 0,00 0,01 0,30 tRh 9. 90 Saalian tNa 11.2 1-2 78 0,01 0,01 0,30 8 tRh 8.2 94 tNa 11.1 2 81 0,02 0,04 0,08 10 tRh 8.1 101 Holsteinian tNa 10. 4 84 0,06 0,08 0,08 12 tRh 7.4 108 Elsterian tRh 7.3 114 tNa 9. 6 90 0,14 0,11 0,04 Elevation m a.s.l. -
Pham Thi Minh Thu
Institut für Wasserwirtschaft und Kulturtechnik Universität Karlsruhe (TH) A Hydrodynamic-Numerical Model of the River Rhine Pham Thi Minh Thu Heft 213 Mitteilungen des Instituts für Wasserwirtschaft und Kulturtechnik der Universität Karlsruhe (TH) mit ″Theodor-Rehbock-Wasserbaulaboratorium″ Herausgeber: Prof. Dr.-Ing. Dr. h. c. Franz Nestmann, Ordinarius 2002 A Hydrodynamic-Numerical Model of the River Rhine Zur Erlangung des akademischen Grades eines DOKTOR-INGENIEURS der Fakultät für Bauingenieur- und Vermessungswesen der Universität Fridericiana zu Karlsruhe (TH) genehmigte DISSERTATION von Dipl. -Ing. Pham Thi Minh Thu aus Hanoi, Vietnam Tag der mündlichen Prüfung: 13. Februar 2002 Hauptreferent: Prof. Dr.-Ing. Dr. h.c. mult. Franz Nestmann 1. Korreferent: Prof. Dr.-Ing. Helmut Scheuerlein 2. Korreferent: Prof. Dr.-Ing. habil. Hans Helmut Bernhart Karlsruhe, 2002 Vorwort Der Rhein unterliegt seit Jahrhunderten anthropogenen Eingriffen, die sich auf das Ablaufverhalten von Hochwasserwellen auswirken. Der Schutz und die Wiederherstellung ökologisch funktionsfähiger, naturnaher Gewässer ebenso wie eine bessere Hochwasserregulierung sind wesentliche Aufgaben der Wasserwirtschaft, wobei eine gesamtheitliche Betrachtungsweise erforderlich ist. Um die hydraulischen Auswirkungen einer Rückgewinnung von Retentionsräumen auf Hochwasserereignisse zu quantifizieren, wurde von Frau Dr. Minh Thu in dieser Forschungsarbeit ein hydrodynamisch-numerisches Modell für die gesamte deutsche Teilstrecke des freifließenden Rheins erstellt. Es besteht aus -
Olympiatauben Mit Züchter 404.Xlsx
regionareiseVver z-nr ReiseVereinigungen_na S_GSMT_name pr pkt t-nat t-ver t-jahr t-nr t-gescRegionalverbaende_name 404 10 5 6 Gießen Nord Göhler, E.+Th. 3 22640 6680 17 0097 Lahn-Sieg-Dill 404 10 5 6 Gießen Nord Göhler, E.+Th. 3 20314 6680 17 0181 Lahn-Sieg-Dill 404 10 6 11 Gießen Nord Kostka ,Bernhard 3 27048 6914 17 0103 Lahn-Sieg-Dill 404 10 6 11 Gießen Nord Kostka ,Bernhard 3 26817 6914 17 0101 Lahn-Sieg-Dill 404 10 6 11 Gießen Nord Kostka ,Bernhard 3 25402 6914 17 0157 Lahn-Sieg-Dill 404 10 6 11 Gießen Nord Kostka ,Bernhard 3 19550 6914 17 0134 Lahn-Sieg-Dill 404 10 12 3 Gießen Nord Schwarz, Klaus 3 25485 3725 17 0278 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 28582 4695 17 1313 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 28154 4695 17 1326 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 27608 6680 17 0388 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 27589 4695 17 1301 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 27580 4695 17 1374 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 26983 4695 17 1333 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 26748 4695 17 1025 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 26576 6680 17 0333 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 25652 4695 17 1316 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 25494 4695 17 1343 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 24906 4695 17 1321 Lahn-Sieg-Dill 404 10 16 1 Gießen Nord Jochum Benjamin 3 24721 0986 17 0116 Lahn-Sieg-Dill 404 -
Marble from the Lahn
Marble from the Lahn A historical project on the quarrying of stone Quarrying is also part of mining. Stones, chalk, sand and gravel may at first glance seem less valuable, and quarries less interesting. However, these materials were and still are an essential component of our civilization. There would be no flour without millstones, no pottery without clay, no castles without stones, and no modern roads without road metal. This is why the department of mining history also deals with this important industry. Following on from the work of Christoph Bartels (slate villages) and Meinrad Pohl (millstones, tuff and trass from the volcanic eastern Eifel region), the plan is to investigate a further example from the industry within the framework of a dissertation project. This time the focus is on a type of stone which was used for building and decoration, the so-called “Nassau marble” or “Lahn marble”. From a geologist’s point of view this is a cuttable, polishable limestone, formed about 380 million years ago from a tropical reef. The deposits are part of the Rhenish Massif (Rheinisches Schiefergebirge) and extend over a strip approx. 60 km long on both sides of the Lahn. “Lahn marble” was quarried and processed from the 16th century (if not earlier) until the 1970s. Evidence of a highly developed “Lahn marble” industry can be found in a multitude of churches and palaces, public and private buildings, town squares and facades. The spectrum ranges from the mighty tombstones in the Mainz cathedral to the splendid Baroque staircase of the Würzburg Residenz and the sumptuous decoration of some of Wiesbaden’s villas and hotels. -
Stocking Measures with Big Salmonids in the Rhine System 2017
Stocking measures with big salmonids in the Rhine system 2017 Country/Water body Stocking smolt Kind and stage Number Origin Marking equivalent Switzerland Wiese Lp 3500 Petite Camargue B1K3 genetics Rhine Riehenteich Lp 1.000 Petite Camargue K1K2K4K4a genetics Birs Lp 4.000 Petite Camargue K1K2K4K4a genetics Arisdörferbach Lp 1.500 Petite Camargue F1 Wild genetics Hintere Frenke Lp 2.500 Petite Camargue K1K2K4K4a genetics Ergolz Lp 3.500 Petite Camargue K7C1 genetics Fluebach Harbotswil Lp 1.300 Petite Camargue K7C1 genetics Magdenerbach Lp 3.900 Petite Camargue K5 genetics Möhlinbach (Bachtele, Möhlin) Lp 600 Petite Camargue B7B8 genetics Möhlinbach (Möhlin / Zeiningen) Lp 2.000 Petite Camargue B7B8 genetics Möhlinbach (Zuzgen, Hellikon) Lp 3.500 Petite Camargue B7B8 genetics Etzgerbach Lp 4.500 Petite Camargue K5 genetics Rhine Lp 1.000 Petite Camargue B2K6 genetics Old Rhine Lp 2.500 Petite Camargue B2K6 genetics Bachtalbach Lp 1.000 Petite Camargue B2K6 genetics Inland canal Klingnau Lp 1.000 Petite Camargue B2K6 genetics Surb Lp 1.000 Petite Camargue B2K6 genetics Bünz Lp 1.000 Petite Camargue B2K6 genetics Sum 39.300 France L0 269.147 Allier 13457 Rhein (Alt-/Restrhein) L0 142.000 Rhine 7100 La 31.500 Rhine 3150 L0 5.000 Rhine 250 Doller La 21.900 Rhine 2190 L0 2.500 Rhine 125 Thur La 12.000 Rhine 1200 L0 2.500 Rhine 125 Lauch La 5.000 Rhine 500 Fecht und Zuflüsse L0 10.000 Rhine 500 La 39.000 Rhine 3900 L0 4.200 Rhine 210 Ill La 17.500 Rhine 1750 Giessen und Zuflüsse L0 10.000 Rhine 500 La 28.472 Rhine 2847 L0 10.500 Rhine 525 -
Sediment Management for a Living River - the Lahn River Case
Sediment management for a living river - the Lahn River case Alexandra Brinke, Denise Spira, Michael Schleuter, Georg Reifferscheid, Peter Heininger & Ute Feiler Federal Institute of Hydrology, Germany „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Starting point for LiLa North Rhine-Westphalia Hesse Rhineland- Palatinate Project Location Lahn River „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Starting point for LiLa minor waterway that carries no freight today New National Navigation Concept „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Starting point for LiLa Hesse Rhineland- Palatinate Ecological status under WFD ecological status and potential "unsatisfactory" or "bad” „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Starting point for LiLa LiLa-Living Lahn “One river, many interests” „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Starting point for LiLa Federal Authorities Integrated EU-LIFE-Project Hesse „LiLa-Living Lahn River“ Duration: 10 years (2015 bis 2025) Budget: 15.7 Mio. Euro (EU-Contribution 8.5 Mio. Euro) Rhineland-Palatinate „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Main topics in LiLa… Ecological upgrading/ Development concept for Renaturalization measures the Lahn river (WFD and Natura 2000) Cross-administrative collaboration in regional projects „LiLa - Living Lahn“ SedNet 2017 Genua, .15 JUNE 2017 Main topics in LiLa… Ecological upgrading/ Renaturalization measures (WFD and Natura 2000) Ecological upgrading/Renaturalization measures in the context of WFD and Natura -
202.1017 Fld Riwa River Without
VISION FOR THE FUTURE THE QUALITY OF DRINKING WATER IN EUROPE MORE INFORMATION: How far are we? REQUIRES PREVENTIVE PROTECTION OF THE WATER Cooperation is the key word in the activities RESOURCES: of the Association of River Waterworks The Rhine (RIWA) and the International Association The most important of Waterworks in the Rhine Catchment aim of water pollution (IAWR). control is to enable the Cooperation is necessary to achieve waterworks in the structural, lasting solutions. Rhine river basin to Cooperation forges links between produce quality people and cultures. drinking water at any river time. Strong together without And that is one of the primary merits of this association of waterworks. Respect for the insights and efforts of the RIWA Associations of River other parties in this association is growing Waterworks borders because of the cooperation. This is a good basis for successful The high standards for IAWR International Association activities in coming years. the drinking water of Waterworks in the Rhine quality in Europe catchment area Some common activities of the associations ask for preventive of waterworks: protection of the water • a homgeneous international monitoring resources. Phone: +31 (0) 30 600 90 30 network in the Rhine basin, from the Alps Fax: +31 (0) 30 600 90 39 to the North Sea, • scientific studies on substance and parasites Priority must be given E-mail: [email protected] which are relevant for to protecting water [email protected] drinking water production, resources against publication of monitoring pollutants that can The prevention of Internet: www.riwa.org • results and scientific studie get into the drinking water pollution www.iawr.org in annual reports and other water supply. -
The Euphrates in Crisis: Channels of Cooperation for Channels of Cooperation the Euphratesa Threatened in Crisis: River Research Paper M
The Euphrates in Crisis:The Euphrates a Channels of Cooperation for Research Paper M. Nouar Shamout with Glada Lahn Energy, Environment and Resources | April 2015 The Euphrates in Crisis Threatened River Threatened Channels of Cooperation for a Threatened River M. Nouar Shamout withM. Nouar Glada Lahn Chatham House Contents Summary 2 Introduction 7 The Euphrates’ Characteristics and Infrastructure 10 What is Happening to the Euphrates? 19 Shared Future Challenges 21 The Way Forward 26 Conclusion 35 Appendix A: Indicators and Methodology 37 Appendix B: The History of Interstate Negotiations 39 Over the Euphrates River About the Authors 42 Acknowledgments 43 1 | Chatham House The Euphrates in Crisis: Channels of Cooperation for a Threatened River Summary The Euphrates River is of critical importance for water, food and energy security in Turkey, Syria and Iraq. Flowing south-east for 2,700 kilometres from eastern Turkey to the Persian Gulf, it supports over 60 million people and – along with the Tigris, with which it runs almost in parallel – has a rich history of sustaining civilization on the Mesopotamian plains. This vast water resource is in crisis. Degradation of the river from over-exploitation, population growth, pollution and other factors has been a serious problem for many years. Now war and violent upheaval in Syria and Iraq are worsening the situation: threatening key infrastructure and preventing policy cooperation. Without urgent attention, stresses on the river’s resources will add to the already catastrophic humanitarian crisis created by the conflict. In the longer term, a vision for cross-border coordination is essential if the river is to retain its vital role in the region. -
Aach Aach, Stadt Aachen, Stadt Aalen, Stadt Aarbergen Aasbüttel
Die im Folgenden aufgeführten Gemeinden (oder entsprechenden kommunalen Verwaltungen) sind mit dem jeweiligen teilnehmenden Land (Bundesministerium für Verkehr und digitale Infrastruktur) als die Liste der in Betracht kommenden Einrichtungen vereinbart worden und können sich für das WiFi4EU-Programm bewerben. „Gemeindeverbände“, sofern sie für jedes Land festgelegt und nachstehend aufgeführt sind, können sich im Namen ihrer Mitgliedsgemeinden registrieren, müssen den endgültigen Antrag jedoch für jede Gemeinde in ihrer Registrierung einzeln online einreichen. Jeder Gutschein wird an eine einzelne Gemeinde als Antragsteller vergeben. Während der gesamten Laufzeit der Initiative kann jede Gemeinde nur einen einzigen Gutschein einsetzen. Daher dürfen Gemeinden, die im Rahmen einer Aufforderung für einen Gutschein ausgewählt wurden, bei weiteren Aufforderungen nicht mehr mitmachen, wohingegen sich Gemeinden, die einen Antrag gestellt, aber keinen Gutschein erhalten haben, in einer späteren Runde wieder bewerben können. Gemeinden (oder entsprechende kommunale Verwaltungen) Aach Adelshofen (Fürstenfeldbruck) Aach, Stadt Adelshofen (Ansbach, Landkreis) Aachen, Stadt Adelsried Aalen, Stadt Adelzhausen Aarbergen Adenau, Stadt Aasbüttel Adenbach Abenberg, St Adenbüttel Abensberg, St Adendorf Abentheuer Adlkofen Absberg, M Admannshagen-Bargeshagen Abstatt Adorf/Vogtl., Stadt Abtsbessingen Aebtissinwisch Abtsgmünd Aerzen, Flecken Abtsteinach Affalterbach Abtswind, M Affing Abtweiler Affinghausen Achberg Affler Achern, Stadt Agathenburg Achim, Stadt