Carinthian Flow: Research by the River
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Impact of Climate and Geology on Event Runoff Characteristics at The
water Article Impact of Climate and Geology on Event Runoff Characteristics at the Regional Scale Xiaofei Chen 1,* , Juraj Parajka 1,2 , Borbála Széles 1 , Peter Valent 2,3, Alberto Viglione 4 and Günter Blöschl 1,2 1 Centre for Water Resource System, TU Wien, Karlsplatz 13, A-1040 Vienna, Austria; [email protected] (J.P.); [email protected] (B.S.); [email protected] (G.B.) 2 Institute of Hydraulic Engineering and Water Resources Management, TU Wien, Karlsplatz 13, A-1040 Vienna, Austria; [email protected] 3 Department of Land and Water Resources Management, Faculty of Civil Engineering, Slovak University of Technology in Bratislava, Radlinského 11, 810 05 Bratislava, Slovakia 4 Polytechnico di Torino, Department of Environment, Land and Infrastructure Engineering, Corso Duca degli Abruzzi, 24, 10129 Torino, Italy; [email protected] * Correspondence: [email protected] Received: 11 November 2020; Accepted: 7 December 2020; Published: 9 December 2020 Abstract: The dynamics of flood event characteristics, such as the runoff coefficient and the recession time constant, differ in time and space, due to differences in climate, geology, and runoff generation mechanisms. This study examines the variability of event runoff characteristics and relates them to climatic and hydro-geological characteristics available at the regional scale. The main focus is to examine the role of rainfall patterns (i.e., event precipitation volume, precipitation intensity, and antecedent precipitation) and runoff regime (i.e., initial flow before runoff event and event duration) characteristics on the seasonal dynamics of runoff response. The analysis is performed in four small Austrian catchments representing different hydro-geological settings obtained by field mapping. -
Besucherinformationen Visitor Information
Visitor Information Besucherinformationen Infineon Technologies Austria AG – company site Villach Infineon Technologies Austria AG – Standort Villach Dear Visitor, › Please register at the Visitor Reception Contact Lieber Besucher, (Building 1). Bitte melden Sie sich am Besucherempfang (Gebäude 1). welcome to our company site in Villach. › Please bring a photo ID or your driving Address: willkommen auf unserem license with you. Infineon BitteTechnologies bringen SieAustria Ihren AG Lichtbildausweis Firmenstandort in Villach. oder Führerschein mit. With this information sheet, we would › These can be exchanged for a Visitor ID, Siemensstraße 2 Gegen Vorweis des Lichtbildausweises er halten like to provide information on your travel which you are required to wear visibly at all 9500 Villach Sie von uns einen Besucherausweis, den Sie options and the Villach site at a glance. Mit diesem Informationsblatt möchten times. wir Ihnen einen Überblick über Ihre bitte immer deutlich sichtbar tragen. › The reception informs your contact person. Tel. Reception: Anreisemöglichkeiten und den Standort Der Empfang informiert Ihren Gesprächs partner We look forward to your visit! › Your contact person will pick you up. +43 (0) 5 1777-2963 Villach geben. über Ihre Ankunft. › Carrying photographic, video and audio devices is not permitted. E-Mail: Sie werden abgeholt und zu Ihrem Termin Wir freuen uns über Ihren Besuch! begleitet. › Be aware that the entry on our site is at your [email protected] own risk. Die Mitnahme von Foto-, Video- und Audio geräten ist nicht gestattet. › We ask for your understanding in the case of Do you need a taxi for your way to the inspection by our security employees. -
Quantifying the Driving Factors for Language Shift in a Bilingual Region
Quantifying the driving factors for language shift in a bilingual region Katharina Prochazkaa,1 and Gero Vogla aDynamics of Condensed Systems, Faculty of Physics, University of Vienna, 1090 Vienna, Austria Edited by Barbara H. Partee, University of Massachusetts at Amherst, Amherst, MA, and approved February 13, 2017 (received for review November 2, 2016) Many of the world’s around 6,000 languages are in danger of mountain range, the Karawanks, from the neighbor country Slovenia disappearing as people give up use of a minority language in favor where Slovenian is the national language. In southern Carinthia, of the majority language in a process called language shift. Lan- which comprises the districts Klagenfurt and Völkermarkt and parts guage shift can be monitored on a large scale through the use of of the districts Hermagor and Villach (Fig. 1A), the population mathematical models by way of differential equations, for exam- spoke and speaks partly German and partly Slovenian, the territo- ple, reaction–diffusion equations. Here, we use a different ap- ries being intermixed (11). However, the number of Slovenian proach: we propose a model for language dynamics based on speakers in Carinthia has drastically decreased between 1880 and the principles of cellular automata/agent-based modeling and 2001 (Fig. 1 B and C), and language shift is taking place. We use the combine it with very detailed empirical data. Our model makes data from this case to evaluate our proposed model and its as- it possible to follow language dynamics over space and time, sumptions. Checking against empirical data also allows us to ex- whereas existing models based on differential equations average plicitly identify the factors influencing language shift and quantify over space and consequently provide no information on local their impact. -
Geological Excursion BASE-Line Earth
Geological Excursion BASE-LiNE Earth (Graz Paleozoic, Geopark Karavanke, Austria) 7.6. – 9.6. 2016 Route: 1. Day: Graz Paleozoic in the vicinity of Graz. Devonian Limestone with brachiopods. Bus transfer to Bad Eisenkappel. 2. Day: Visit of Geopark Center in Bad Eisenkappel. Walk on Hochobir (2.139 m) – Triassic carbonates. 3. Day: Bus transfer to Mezica (Slo) – visit of lead and zinc mine (Triassic carbonates). Transfer back to Graz. CONTENT Route: ................................................................................................................................... 1 Graz Paleozoic ...................................................................................................................... 2 Mesozoic of Northern Karavanke .......................................................................................... 6 Linking geology between the Geoparks Carnic and Karavanke Alps across the Periadriatic Line ....................................................................................................................................... 9 I: Introduction ..................................................................................................................... 9 II. Tectonic subdivision and correlation .............................................................................10 Geodynamic evolution ...................................................................................................16 Alpine history in eight steps ...........................................................................................17 -
Tiroler Gailtal Und Lesachtal.Pdf
Der besondere Dank der Kostendeckung für die Herausgabe dieser Broschüre gilt in erster Linie dem Lebens- ministerium; ferner wurde die Drucklegung unterstützt durch das Land Tirol aus Mitteln des Naturschutzfonds, den Biosphärenpark Großes Walsertal Management, die Ortsvorstehung Ginzling, Hochgebirgs-Naturpark Zillertaler Alpen, TVB Mayrhofen-Hippach, TVB Großarltal (Hüttschlag), Tourismusregion Nationalpark Gesäuse (Johns- bach), Gemeinde Kals am Großglockner, Gemeinde Kartitsch, Gemeinde Steinbach am Attersee, Gemeinde Un- tertilliach, Gemeinde Weißbach, Tourismusverein Mallnitz und den Deutschen Alpenverein (DAV). Herzlichen Dank! Impressum Herausgeber und Verleger: Oesterreichischer Alpenverein Fachabteilung Raumplanung-Naturschutz Wilhelm-Greil-Straße 15 Postfach 318 A-6010 Innsbruck ZVR-Zahl 989190235 Redaktion: ALPEN-CONSULT, Igls-Innsbruck Texte: Roland Kals, beratender Ingenieur für Raumplanung und Landschaftsplanung Ingenieurkonsulent für Geographie; Salzburg Geschäftsführer der OeAV-Sektion Salzburg; Salzburg Peter Haßlacher & Josef Essl, Fachabteilung Raumplanung-Naturschutz des Oesterreichischen Alpenvereins; Innsbruck Louis Oberwalder, Langjähriger Vorsitzender und Ehrenmitglied des Oesterreichischen Alpenvereins; Mils Walter Mair, Altvorsitzender der OeAV-Sektion Lienz; Lienz Marlies Bouzo, Tourismusbüro; Fontanella/Faschina Peter Angermann, Tourismusverein; Mallnitz Layout und grafische Gestaltung: Josef Essl (Fachabteilung Raumplanung-Naturschutz des OeAV) Titelbild: Patrick Bonato (Fachabteilung Raumplanung-Naturschutz -
One and One Is Eleven
Lakeside Science &Technology Park Lakeside B11 | 9020 Klagenfurt | Austria | Europe Phone +43.463.22 88 22-0 | Fax 22 88 22-10 | [email protected] www.lakeside-scitec.com One and One is Eleven. 5 34,000 Square Meters Vision and Cooperation The Lakeside Science &Technology Park is located just a few hundred meters away from Lake Wörthersee in direct proximity to the Alpen-Adria-Universität Klagenfurt, offering a rental space of approximately 34,000 square meters. The park is a platform for collaboration between enter prises and university institutes in the area of infor - mation and communication technologies (IC T). A place for inter disciplinary research and development, training, pro duction, and services, subject to continuous spatial and content-related further development. A preferred educational site with an outstanding entrepreneurial ecosystem in an attractive working and living environment. Focused on selected subjects of information and communication technology, enterprises, research, and educational institutions gather at Lakeside Park in order to synergetically supplement each other with the intention of collaborating in selected R&D projects: with the aim of fueling operational and institutional development and creating innovative solutions. 7 Park The three-story buildings of concrete, wood and glass are of a high architectural and construction-biological quality and permit flexible adjustment to different space and usage requirements. The modular building system with the paths and squares in-between provides a Mediterranean, open feeling of life. Together with the Alpen-Adria-Universität Klagenfurt in the north, the “Lakeside Campus ” is directly adjacent to the “Natura 2000 ” premises . With a water landscape, sports facility, street basketball court and running track, it is a place to work, do sports, and recuperate at the same time. -
Wien - Klagenfurt - Villach - Lienz
Wien - Klagenfurt - Villach - Lienz rj + rj rj + rj + rj Ç rj ¥ ¥ ¥ ¿ 131 533 535 133 737 539 739 631 859 633 40233 233 1237 2. 2. 2. 2. zusätzliche Hinweise 45 456 547 XÍÎ _Y _Y Q_Y K» » » K von an8Wien Hbf Autoreisezug Flughafen Wien (VIE) ª 8 03 10 03 12 03 13 03 14 03 15 03 16 03 17 03 18 03 19 03 19 33 Wien Hbf an 8 18 10 18 12 18 13 18 14 18 15 18 16 18 17 18 18 18 19 18 19 48 Wien Hbf «S 6 25 8 25 10 25 12 25 113 25 14 25 115 25 16 25 r17 25 18 25 19 23 19 23 8 20 01 Wien Meidling «S 6 32 8 32 10 32 12 32 x 13 32 14 32 x 15 32 16 32 x 17 32 18 32 19 31 19 31 x 20 08 Wiener Neustadt Hbf 6 57 8 57 10 57 12 57 x 13 57 14 57 x 15 57 16 57 r17 57 18 57 19 58 19 58 x 20 58 Bruck a. d. Mur 8 15 10 15 12 15 14 15 x 15 15 16 15 x 17 15 18 15 319 39 20 15 21 27 21 27 x 22 22 Leoben Hbf an 8 25 10 25 12 25 14 25 x 15 25 16 25 x 17 25 18 25 x 19 51 20 25 21 40 21 40 x 22 34 Leoben Hbf ab 8 27 10 27 12 27 14 27 x 15 27 16 27 x 17 27 18 27 x 19 53 20 27 21 42 21 42 x 22 36 Gondoliere Knittelfeld 8 47 San Marco 10 47 Lienzer Dolomiten 12 47 14 47 x 15 47 16 47 x 17 47 18 47 x 20 15 20 47 22 05 22 05 x | Judenburg 8 59 10 59 12 59 14 59 x 15 59 16 59 x 17 59 18 59 x 20 29 20 59 | | x | Unzmarkt 9 13 11 13 13 13 15 13 x | 17 13 x | 19 13 x 20 43 21 13 | | x | Friesach | 11 44 | 15 44 x 16 41 | x 18 41 19 44 x 21 19 | 23 01 23 01 8 | Treibach-Althofen 9 50 | 13 50 | x 16 49 17 50 x 18 49 | x 21 30 21 50 | | x | St. -
Geologica Ultraiectina
GEOLOGICA ULTRAIECTINA Mededelingen van het Geologisch Instituut der Rijksuniversiteit te Utrecht GRAVITY TECTONICS, GRAVITY FIELD, AND PALAEOMAGNETISM IN NE-ITALY. (With special reference to the Carnian Alps, north of the Val Fella-Val Canale area between Paularoand Tarvisio· Province of Udine-). t I. 34 No. 1 Boer, J.C. den, 1957: Etude g~ologique et paleomagn~tique des Montagnes du Coiron, Ardeche, France No. 2 Landewijk, J.E.J.M. van, 1957: Nomograms for geological pro- blems (with portfolio of plates) No. 3 Palm, Q.A., 1958: Les roches cristalline des C~vennes m~dianes a hauteur de Largentiere, Ardeche, France No. 4 Dietzel, G.F.L., 1960: Geology and permian palaeomagnetism of the Merano Region, province of Bolzano, N. Italy No. 5 Hilten, D. van, 1960: Geology and permian palaeomagnetism of the Val-di-Non Area, W. Dolomites, N. Italy No. 6 Kloosterman, 1960: Le VoIcanisme de la Region D'Agde (Herault France) No. 7 Loon, W. E. van, 1960: Petrographische und geochemische Unter- suchungen im Gebiet zwischen RemUs (Unterengadin) und Nauders (Tirol) Agterberg, F. P., 1961: Tectonics of the crystalline Bas'_ment of the Dolomites in North Italy Kruseman, G.P., 1962: Etude pal~omagn~tique et s~dimentolo- gique du bassin permien de Lodeve, H~rault, France Boer, J. de, 1963: Geology of the Vicentinian Alps (NE-Italy) (with special reference to their palaeomagnetic history) Linden,W.J.M. van der, 1963: Sedimentary structures and facies interpretation of some molasse deposits Sense -Schwarzwasser area- Canton Bern, Switzerland Engelen, G. B. 1963: Gravity tectonics of the N. Western Dolo- mites (NE Italy). -
Building an Unwanted Nation: the Anglo-American Partnership and Austrian Proponents of a Separate Nationhood, 1918-1934
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Carolina Digital Repository BUILDING AN UNWANTED NATION: THE ANGLO-AMERICAN PARTNERSHIP AND AUSTRIAN PROPONENTS OF A SEPARATE NATIONHOOD, 1918-1934 Kevin Mason A dissertation submitted to the faculty of the University of North Carolina at Chapel Hill in partial fulfillment of the requirements for the degree of PhD in the Department of History. Chapel Hill 2007 Approved by: Advisor: Dr. Christopher Browning Reader: Dr. Konrad Jarausch Reader: Dr. Lloyd Kramer Reader: Dr. Michael Hunt Reader: Dr. Terence McIntosh ©2007 Kevin Mason ALL RIGHTS RESERVED ii ABSTRACT Kevin Mason: Building an Unwanted Nation: The Anglo-American Partnership and Austrian Proponents of a Separate Nationhood, 1918-1934 (Under the direction of Dr. Christopher Browning) This project focuses on American and British economic, diplomatic, and cultural ties with Austria, and particularly with internal proponents of Austrian independence. Primarily through loans to build up the economy and diplomatic pressure, the United States and Great Britain helped to maintain an independent Austrian state and prevent an Anschluss or union with Germany from 1918 to 1934. In addition, this study examines the minority of Austrians who opposed an Anschluss . The three main groups of Austrians that supported independence were the Christian Social Party, monarchists, and some industries and industrialists. These Austrian nationalists cooperated with the Americans and British in sustaining an unwilling Austrian nation. Ultimately, the global depression weakened American and British capacity to practice dollar and pound diplomacy, and the popular appeal of Hitler combined with Nazi Germany’s aggression led to the realization of the Anschluss . -
Hanginstabilitäten Und Massenbewegungen Im Lesachtal / Kärnten
R. HOLZER, C. GORITSCHNIG: Lesachtal 159 Hanginstabilitäten und Massenbewegungen im Lesachtal / Kärnten R. HOLZER, C. GORITSCHNIG Abstract The present article should be considered as an attempt to register areas with a low slope stability along the river Gail in the Lesach valley in upper Carinthia (Southem Austria) and to divide them fr om areas with an increased slope stability. In many cases unstable slopes and the resulting mass movements are a relevant source of debris and might Iead subsequently to catastrophic mud tlows which endanger villages and agricultural areas quite fr equenly in alpine regions. For this reason any kind of slope fa ilure, old ones, covered with vegetation, and still active ones, has been mapped. The classification of slope fa ilures has been done according to M. MOSER (1973): RotatiOJlal landslides wilhout a preformed sliding plane • Transitional landslides on a prefonned sliding plane • Erosion by fl owing water • Tbc kind of slope fa ilure is mainly detennined by the lithological and structural attributes of the rock. In the Lesach valley the siltic talus cover, which is particularly thick above the Periadriatic Fault, is very often aftected by slope failures and other kinds of mass movements. Apart from that fine foliated cristalline schists, just like mica schists, phyllonites or chloritic schists tend to develop unstable slopes. Also the dcgrce of fracturing by joints and fa ults plays an important role. Many rocks (especially phyllonites) in the mapped area are ragged along their parting planes, so that they now appear as loose rocks. Slope fa ilures in moraines are not very common, however they can bring huge amounts of dcbris if they become unstable. -
The Place-Name Conflict in Carinthia (Austria): Symbolic Surface of Historical Burdens
The place-name conflict in Carinthia (Austria): Symbolic surface of historical burdens Peter JORDAN* On the background of critical toponomastics, the paper highlights at first reasons, why the representation of place names in public space has a special meaning for linguistic minorities in principal and from a cultural-geographical point of view, before it enters into describing and explaining the minority situation in the Austrian federal province of Carinthia [Kärnten] and the reasons for toponymic conflict there. The Carinthian minority situation is up to the present day – albeit with declining intensity – marked by the fact that a Slavonic population present since the 6-7th centuries has later been socially overlayed by Bavarians. The newcomers, supported by political powers, formed the upper strata of the society including traders and craftsmen while the Slavonic population remained the rural ground layer. Up to the end of the Middle Ages an ethnically/linguistically mixed situation persisted. Assimilation towards local majorities resulted in an ethnic/linguistic patchwork. This shapes Carinthian culture in many respects also today. This is also reflected by the namescape, which is a mixture of Slavonic and German names all over the province. In general, however, linguistic assimilation towards German-speakers, the upper strata of the society, proceeded. Social ascend was only possible by using the German language – very similar to the situation of Slovenes under Venetian rule in what is today Italy, where Venetian, later Italian were the languages of the dominating group. By the end of the Middle Ages a distinct language boundary within Carinthia had developed – very much coinciding with ecclesiastical boundaries between Salzburg and Aquileia. -
LIFE-Projekt Gail – Kurzbericht Die Gail Wieder Lebendig Und Sicher
LIFE+ GAIL NATUR FLUSS LIFE-Projekt Gail – Kurzbericht die gail wieder lebendig und sicher 1 Vorworte Inhalt In den vergangenen fünf Mit dem LIFE-Projekt an Jahren ist an der mitt- der Gail hat die Bundes- leren Gail in den Gemein- wasserbauverwaltung den Feistritz, Nötsch und Kärnten ein eindrucksvol- St. Stefan viel passiert. les Zeichen gesetzt. Das Willkommen im Naturjuwel – Das Europaschutzgebiet Görtschacher Moos...................4 Nicht nur vor Ort am Fluss, sondern auch in Projekt zeigt einen gemeinsamen Weg für Die Gail: ein verbauter Fluss – Hintergründe zum LIFE-Projekt.............................................6 den Köpfen der Menschen. Sie haben ihren ein Optimum an ökologischer Verbesserung Fluss, die Gail, wieder bewusst erlebt und bei gleichzeitiger Einhaltung der schutzwas- Das LIFE-Projekt Gail – Ein Modell für integrative Gewässerentwicklung..........................8 schätzen gelernt – als Lebensader, als Naher- serwirtschaftlichen Vorgaben. Maßnahmen im Überblick..............................................................................................................10 holungsraum oder schlicht als Arbeitgeber In drei Pilotstrecken entlang der Gail wurden in einer ländlichen Region. unterschiedliche Maßnahmenvarianten zur Die Gail wird neu gebettet – Drei „Musterstrecken“ im Vergleich......................................12 Das LIFE-Projekt diente dabei immer wieder Instandhaltung des Abflussprofils umge- Maßnahmen außerhalb der Gail..................................................................................................16