Swiss Road History Between State Consolidation and Private Interests
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Transalpine Pass Routes in the Swiss Central Alps and the Strategic Use of Topographic Resources
Preistoria Alpina, 42 (2007): 109-118 ISSN 09-0157 © Museo Tridentino di Scienze Naturali, Trento 2007 Transalpine pass routes in the Swiss Central Alps and the strategic use of topographic resources Philippe DELLA CASA Department of Pre-/Protohistory, University of Zurich, Karl-Schmid-Str. ���������������������������4, 8006 Zurich, Switzerland E-mail: [email protected] SUMMARY - Transalpine pass routes in the Swiss Central Alps and the strategic use of topographic resources - Using examples from the San Bernardino and the St. Gotthard passes in the Swiss Central Alps, this paper discusses how the existence of transalpine high altitude pass routes can be inferred, even though there is a lack physical evidence, from specific Bronze and Iron Age settlement patterns in access valleys. Particular attention is given to the effect of topography within the territorial and economic organizational area on transalpine tracks and traffic routes. A set of recurring patterns, such as strategic position, natural and/or artificial protection, presence of “foreign” materials, can help identifying (settlement) sites with particular functions as regards traffic and trade within the systems of territorial organization. Moreover, the paper also addresses socio-dynamic issues of the problem of transalpine pass routes. RIASSUNTO - Passi transalpini nelle Alpi Centrali Svizzere e uso strategico di risorse topografiche -Usando esempi dal Passo di San Bernardino e dal Passo del San Gottardo nelle Alpi Centrali Svizzere, il presente contributo discute come l’esistenza di vie di transito transalpine d’alta quota possa essere dedotta, anche mancando evidenze fisiche, da specifici modelli insediativi dell’età del Bronzo e del Ferro presenti nelle valli di accesso. -
PILATUS-BAHNEN AG Schlossweg 1 CH-6010 Kriens/Luzern
SCHAFFHAUSEN KONSTANZ BASEL ZURICH LUCERNE BERN PILATUS-BAHNEN AG Tel. 0041 41 329 11 11 Schlossweg 1 [email protected] GENEVA CH-6010 Kriens/Luzern www.pilatus.ch LUGANO Switzerland 1 PILATUS KULM 4 PILATUS KULM HOTELS 7 RESTAURANTS & BANQUETS Breathtaking views, two restaurants, the Ibex Bar, a souvenir shop, Enjoy an over-night stay in the alps, yet so close to Lucerne. Our five restaurants on the Pilatus offer a wide range of culinary the panorama terrace and gallery, where you can enjoy the ama- The Pilatus Kulm Hotels have over 50 rooms with breathtaking options for you to enjoy. From haute cuisine to traditional zing views protected from the wind and cold. panoramic views. So when are you staying with us? Swiss cuisine, you’ll always find something to your liking here. 2 GOLDEN ROUND TRIP 5 PILU LAND 8 ROPES PARK & TREE TENT Between May and October you can start your trip in Lucerne by boat Big fun for our little guests – the adventure playground on the The Pilatus rope park and PILU rope park for kids (ages 4-8) and take the cogwheel railway, aerial cableway and panorama gon- Krienseregg. For great food go to the Restaurant Krienseregg on the Fräkmüntegg guarantee a huge portion of climbing dolas to the most beautiful locations on and around Mount Pilatus. or grill on your own at one of the many BBQ areas. fun. The ultimate experience? Spend the night in a tree tent! 3 FRÄKMÜNTEGG EXPERIENCE 6 HIKING 9 SLEDDING & SNOWSHOEING NEW On the Dragon Glider you’ll float between the trees and enjoy Embark on a fascinating journey of discovery. -
A Geological Boat Trip on Lake Lucerne
A geological boat trip on Lake Lucerne Walter Wildi & Jörg Uttinger 2019 h=ps://www.erlebnis-geologie.ch/geoevent/geologische-schiffFahrt-auF-dem-vierwaldstae=ersee-d-e-f/ 1 A geological boat trip on Lake Lucerne Walter Wildi & Jörg Uttinger 2019 https://www.erlebnis-geologie.ch/geoevent/geologische-schifffahrt-auf-dem-vierwaldstaettersee-d-e-f/ Abstract This excursion guide takes you on a steamBoat trip througH a the Oligocene and the Miocene, to the folding of the Jura geological secYon from Lucerne to Flüelen, that means from the mountain range during the Pliocene. edge of the Alps to the base of the so-called "HelveYc Nappes". Molasse sediments composed of erosion products of the rising The introducYon presents the geological history of the Alpine alpine mountains have been deposited in the Alpine foreland from region from the Upper Palaeozoic (aBout 315 million years ago) the Oligocene to Upper Miocene (aBout 34 to 7 Milion years). througH the Mesozoic era and the opening up of the Alpine Sea, Today's topograpHy of the Alps witH sharp mountain peaks and then to the formaYon of the Alps and their glacial erosion during deep valleys is mainly due to the action of glaciers during the last the Pleistocene ice ages. 800,000 years of the ice-ages in the Pleistocene. The Mesozoic (from 252 to 65 million years) was the period of the The cruise starts in Lucerne, on the geological limit between the HelveYc carBonate plaaorm, associated witH a higH gloBal sea Swiss Plateau and the SuBalpine Molasse. Then it leads along the level. -
Annuaire Suisse De Politique De Développement, 25-2
Annuaire suisse de politique de développement 25-2 | 2006 Paix et sécurité : les défis lancés à la coopération internationale Édition électronique URL : http://journals.openedition.org/aspd/233 DOI : 10.4000/aspd.233 ISSN : 1663-9669 Éditeur Institut de hautes études internationales et du développement Édition imprimée Date de publication : 1 octobre 2006 ISBN : 2-88247-064-9 ISSN : 1660-5934 Référence électronique Annuaire suisse de politique de développement, 25-2 | 2006, « Paix et sécurité : les défis lancés à la coopération internationale » [En ligne], mis en ligne le 19 mars 2010, consulté le 16 octobre 2020. URL : http://journals.openedition.org/aspd/233 ; DOI : https://doi.org/10.4000/aspd.233 Ce document a été généré automatiquement le 16 octobre 2020. © The Graduate Institute | Geneva 1 Guerre et paix, comment passer de l’une à l’autre ? Comment prévenir la première et établir, d’une manière durable, la seconde ? Ces questions ont hanté l’humanité entière, à la recherche de sa sécurité, depuis la nuit des temps. Ce dossier de l’Annuaire suisse de politique de développement reprend ces questions en examinant plus spécifiquement le rôle de la coopération internationale dans les dynamiques de conflit, de paix et de sécurité humaine. Le choix de ce thème s’est imposé pour diverses raisons. Depuis plus d’une décennie, les notions de paix et de sécurité « se sont invitées à la table » de la coopération internationale. La diplomatie « classique » s’occupe de plus en plus, depuis la fin de la guerre froide, de prévention et de règlement de conflits armés et de guerres. -
Horw-Kriens (Lucerne), Switzerland
GF Piping Systems ELGEF Plus – Large dimensions Ecological energy from the lake Durable polyethylene piping system for CO-neutral energy recovery Horw-Kriens (Lucerne), Switzerland ELGEF Plus couplers and prefabricated T-pieces save valuable installation time and reduce costs. Problem-free, time-saving and sustainable. ewl (energy water lucerne) considers the reduction of fossil fuels as paramount for implementing Energy Strategy 2050. In a low-temperature thermal grid, natural lake energy is used as a sustainable heat carrier for heating and cooling approx. 7000 households. A polyethylene (PE) pipeline system and welded connections from GF Piping Systems came out on top for the material selection. Project background To meet the requirements of a sustainable energy policy, ewl is building a pipeline system for environmentally-friendly energy recovery from Lake Lucerne. Some of this natural lake energy is available to approx. 7000 households in Horw and Kriens as a heat source for heating or at a low temperature for cooling. This cuts CO emissions by approx. 10,000 tons per year. The main lines of the new pipeline system (with diameters of d400 mm to d560 mm) extend over a length of approx. 5 km. The limited space and the pipe routing through the heavily populated area created additional hurdles during construction. Problem-free and economical: Fixed point connections with ELGEF Plus couplers. Selected technical solution The comparison of materials confi rmed polyethylene (PE) to be most suitable pipe material. The subsidence-prone subsoil pre- sented a particular challenge, and this was overcome with ease with welded PE pipes. In addition, PE is exceptionally durable and reliable and the most economically sound choice. -
KRIENS (LU) Map of Municipality Regional Overview
Economic Research Disposable Income in Swiss Municipalities MAY 2011 KRIENS (LU) Map of Municipality Regional Overview Municipality Facts Canton LU Mandatory charges District Luzern low high Population (2009) 26'211 Fixed costs Swiss average Population growth (1999-2009) 0.8% low high Employed persons (2008) 9'694 The fixed costs comprise: living costs, ancillary expenses, charges for water, sewers and waste collection, cost of commuting to nearest center. The mandatory charges comprise: Income and wealth taxes, social security contributions, mandatory health insurance. Both are standardized figures taking the Swiss average as their zero point. Information about Commuting Commute to Transportation Commuter Time Integrated fare network / Cost per year in CHF mode no. (2000) each way travel pass Single person Married couple Family in minutes 1 commuter 2 commuters 1 commuter Luzern (LU) Private vehicle 4'316 8 - 1'545 4'630 1'597 Luzern (LU) Public transp. 4'316 14 TVLU 2 Zones 594 1'188 594 Zürich (ZH) Private vehicle 209 43 - 10'162 23'742 10'608 Zürich (ZH) Public transp. 209 67 Point-to-point ticket 2'574 5'148 2'574 Information on commuting relates to routes to the nearest relevant center. The starting point in each case is the center of the corresponding municipality. Travel costs associated with vehicles vary according to household type and are based on the following vehicle types: Single person = compact car, married couple = higher-price-bracket station wagon + compact car, family: medium-price-bracket station wagon. Disposable Income for Reference Households Single person Married couple (no children) Family (2 children) Retired couple In employment 1 person 2 persons 1 person Retired Income 75'000 250'000 150'000 80'000 Assets 50'000 600'000 300'000 300'000 Living situation Rented apartment 60m2 High-quality SFH Medium-quality SFH Rented apartment 100m2 Commute to Transp. -
Bernese Anabaptist History: a Short Chronological Outline (Jura Infos in Blue!)
Bernese Anabaptist History: a short chronological outline (Jura infos in blue!) 1525ff Throughout Europe: Emergence of various Anabaptist groups from a radical reformation context. Gradual diversification and development in different directions: Swiss Brethren (Switzerland, Germany, France, Austria), Hutterites (Moravia), Mennonites [Doopsgezinde] (Netherlands, Northern Germany), etc. First appearance of Anabaptists in Bern soon after 1525. Anabaptists emphasized increasingly: Freedom of choice concerning beliefs and church membership: Rejection of infant baptism, and practice of “believers baptism” (baptism upon confession of faith) Founding of congregations independent of civil authority Refusal to swear oaths and to do military service “Fruits of repentance”—visible evidence of beliefs 1528 Coinciding with the establishment of the Reformation in Bern, a systematic persecution of Anabaptists begins, which leads to their flight and migration into rural areas. Immediate execution ordered for re-baptized Anabaptists who will not recant (Jan. 1528). 1529 First executions in Bern (Hans Seckler and Hans Treyer from Lausen [Basel] and Heini Seiler from Aarau) 1530 First execution of a native Bernese Anabaptist: Konrad Eichacher of Steffisburg. 1531 After a first official 3-day Disputation in Bern with reformed theologians, well-known and successful Anabaptist minister Hans Pfistermeyer recants. New mandate moderates punishment to banishment rather than immediate execution. An expelled person who returns faces first dunking, and if returning a second time, death by drowning . 1532 Anabaptist and Reformed theologians meet for several days in Zofingen: Second Disputation. Both sides declare a victory. 1533 Further temporary moderation of anti-Anabaptist measures: Anabaptists who keep quiet are tolerated, and even if they do not, they no longer face banishment, dunking or execution, but are imprisoned for life at their own expense. -
Regionale Richtplanung Für Windkraftanlagen
Regionale Richtplanung für Windkraftanlagen für die Regionen Emmental, Oberaargau und die Gemeinden Bolligen, Vechigen und Worb der Re- gionalkonferenz Bern-Mittelland 8. September 2010 Teil I Grundlagenbericht nach Art. 6 RPG Teil II Behördenverbindlicher Teilrichtplan nach Art. 98 BauG des Kantons Bern für die Regio- nen Emmental und Oberaargau und die Gemeinden Bolligen, Vechigen und Worb der Re- gionalkonferenz Bern-Mittelland Auftrag Regionale Richtplanung für Windkraftanlagen Auftraggeber Regionen Emmental, Oberaargau, Regionalkonferenz Bern-Mittelland Auftragnehmer Planteam S AG; Genfergasse 10, 3011 Bern Tel. 031 311 44 00 Fax. 031 311 44 46 [email protected]; www.planteam.ch Qualitätssicherung SQS – Zertifikat ISO 9001 am 11. Juli 1999 Projektleitung Roger Michelon, dipl. Kult. Ing. ETH/SIA, Planer FSU/RegA Mitarbeit David Stettler, dipl. Geograf, Planer FSU Referenz roe_schlussbericht_100908.doc Quelle Titelbild: www.immergenugstrom.ch Inhaltsverzeichnis Inhalt TEIL I: GRUNDLAGENBERICHT RICHTPLANUNG WINDKRAFTANLAGEN 1 1 Ausgangslage und Aufgabenstellung 1 1.1 Ausgangslage 1 1.2 Komplexe Aufgabenstellung mit unterschiedlichen Planungsständen 1 1.3 Projektorganisation 2 1.4 Terminprogramm 3 1.5 Öffentliche Mitwirkung 3 1.6 Kantonale Vorprüfung 4 2 Vorgehen 5 2.1 Grundsätzliches Vorgehen 5 2.2 Betrachtungsperimeter 6 2.3 Grundlagen 7 3 Negativplanung anhand der Windmodelldaten und ausgewählter Beurteilungskriterien 7 3.1 Windexposition 7 3.2 Richtlinien für Windkraftanlagen im Kanton Bern 8 3.2.1 Ausschlusskriterien von nationaler -
Regional Inequality in Switzerland, 1860 to 2008
Economic History Working Papers No: 250/2016 Multiple Core Regions: Regional Inequality in Switzerland, 1860 to 2008 Christian Stohr London School of Economics Economic History Department, London School of Economics and Political Science, Houghton Street, London, WC2A 2AE, London, UK. T: +44 (0) 20 7955 7084. F: +44 (0) 20 7955 7730 LONDON SCHOOL OF ECONOMICS AND POLITICAL SCIENCE DEPARTMENT OF ECONOMIC HISTORY WORKING PAPERS NO. 250 - SEPTEMBER 2016 Multiple Core Regions: Regional Inequality in Switzerland, 1860 to 2008 Christian Stohr London School of Economics Abstract This paper estimates regional GDP for three different geographical levels in Switzerland. My analysis of regional inequality rests on a heuristic model featuring an initial growth impulse in one or several core regions and subsequent diffusion. As a consequence of the existence of multiple core regions Swiss regional inequality has been comparatively low at higher geographical levels. Spatial diffusion of economic growth has occurred across different parts of the country and within different labor market regions at the same time. This resulted in a bell- shape evolution of regional inequality at the micro regional level and convergence at higher geographical levels. In early and in late stages of the development process, productivity differentials were the main drivers of inequality, whereas economic structure was determinant between 1888 and 1941. Keywords: Regional data, inequality, industrial structure, productivity, comparative advantage, switzerland JEL Codes: R10, R11, N93, N94, O14, O18 Acknowledgements: I thank Heiner Ritzmann-Blickensdorfer and Thomas David for sharing their data on value added by industry with me. I’m grateful to Joan Rosés, Max Schulze, and Ulrich Woitekfor several enlightening discussions. -
360°Switzerland
FAMOUS CONQUERORS OF MOUNT PILATUS MYSTERIOUS LEGENDS AND MYTHS GOLDEN ROUND TRIP A CLOSE ENCOUNTER WITH UNSPOILT NATURE THE WORLD’S STEEPEST COGWHEEL RAILWAY When Richard Wagner reached the summit of Mount Pilatus in From time immemorial, mysterious legends and myths have en- A day excursion to Mount Pilatus is quite simply an exceptional From Alpnachstad to Pilatus Kulm, the world’s steepest cogwheel Many people thought engineer Eduard Locher was crazy when he 1859, he was overcome by the breathtaking views over central shrouded the rugged cliffs high above Lucerne. In the Middle Ages, experience. Travel by nostalgic lake steamer from Lucerne to railway winds up through lush meadows carpeted with Alpine flowers, put forward the idea of building a railway up to Mount Pilatus in the Switzerland. Since then, millions of tourists from all over the world the bleak crevices were believed to be the haunt of a well-meaning Alpnachstad and then with the world’s steepest cogwheel railway to past sparkling mountain streams and fascinating rock faces. With a litt- 19th century. But the 4618 m long stretch of railway was opened in have enjoyed the same amazing experience as the acclaimed compo- dragon and spirits. It was said that the restless ghost of the Roman Pilatus Kulm. A uniquely impressive panorama of 73 Alpine summits le luck you may spot ibex and chamois or the beautiful blossom of 1889 (steam operation till 1937) and its 48% gradient is still the stee- ser of the «Nibelungen Rings». Such famous people as England’s governor Pontius Pilate had found its final resting place in former Lake and countless lakes awaits you, some 2132 metres above sea level. -
Locationplanner Canton Lucerne
Basel/Bern/Genf von Luzern Bahnhof 60 min/60 min/175 min Businesscenter Basel/Berne/Geneva Coworking from Lucerne Main Train Station 1 Business Park Luzern Lucerne 60 min/60 min/170 min www.businesspark-luzern.ch 60 min/60 min/175 min 2 A2 Coworking GmbH Lucerne Zug/Zürich/Zürich-Flughafenwww.a2coworking.ch/de 60 min/60 min/170 min Wikon 3 Business Hub Luzern Lucerne Zug/Zurich/Zurich-AirportSchongau von Luzern Bahnhofwww.businesshub-luzern.ch Wikon Schongau from Lucerne Main Train Station 4 Business-Park Dietschiberg Adligenswil Aesch Aesch www.h-1.ch 20 min/30 min/45 min 5 Centralis Switzerland GmbH Lucerne Altwis 20 min/30www.centralis.ch min/45 min Rickenbach 20 min/45 min/65 min 6 Regus Business Center Lucerne Reiden Triengen www.de.regus.ch Schlierbach Ermensee Hitzkirch Altwis Pfanau 7 Moore Stephens Luzern AG Lucerne www.msluzern.ch Dagmersellen Büron Roggliswil 8 Workspace Luzern Lucerne RickenbachGeuensee 20 min/45www.workspaceluzern.ch min/65 min Reiden TriengenAltishofen Knutwil Beromünster Nebikon 9 Hirschengraben Coworking + Innovation Lucerne Altbüron Schlierbach Hohenrain www.hirschengraben.org Ebersecken Sursee Ermensee Hitzkirch Egolzwil Wauwil Schenkon 10 Coworking Luzern Lucerne Mauensee www.coworking-luzern.ch Pfanau Grossdietwil Römerswil Schötz Hochdorf 11 Netzwerk Neubad Lucerne Dagmersellen Eich www.neubad.org BüronEttiswil Fischbach 12 Premium Business Centers Lucerne Alberswil Oberkirch Hildisrieden Ballwil www.premiumbc.ch Roggliswil Grosswangen Sempach 13 D4 Business Village Luzern Root Geuensee -
High Temporal Resolution Radar Observations of Various Scatterers in the Atmosphere at 10 Ghz: Experiences in Mediterranean Semi-Arid Regions and in the Western Alps
HIGH TEMPORAL RESOLUTION RADAR OBSERVATIONS OF VARIOUS SCATTERERS IN THE ATMOSPHERE AT 10 GHZ: EXPERIENCES IN MEDITERRANEAN SEMI-ARID REGIONS AND IN THE WESTERN ALPS M. Gabella1, E. Morin2, A. Leuenberger1, R. Notarpietro3,4, M. Branca4, J. Figueras1, M. Schneebeli1, U. Germann1 1Radar Satellite and Nowcasting, MeteoSwiss, via ai Monti 146, CH-6605 Locarno Monti, Switzerland. 2Department of Geography, The Hebrew University of Jerusalem, Jerusalem, Israel. 3Electronics Department, Politecnico di Torino, Torino, Italy. Corresponding author: Marco Gabella, Phone +41-91-7562319, [email protected] Session: Developments in observing technologies. Abstract Radar is a unique tool to get real time overview on the current weather situation; however, high spatial resolution observations can only be achieved at short ranges, the angular resolution being an important limiting factor. How to tackle the emerging needs for high spatio-temporal resolution? Short-range, fast- scanning, X-band, mini radars can be a solution, especially for monitoring in details small basins prone to flash flood, towns and valleys. Cost, radiation and installation issues motivate the use of small antennas that can easily be installed on existing infrastructures or even on a truck. The paper presents lessons gained in various climates and with different X-band systems: low-cost, portable, single elevation, 10 kW systems delivering one precipitation map per minute as well as a sophisticated, fast 3D scanning, 75 kW Doppler, polarimetric radar on wheel aiming at the detection of both distributed (precipitation particles) and isolated scatterers (airplanes). The areas under surveillance include complex orography regions in the “wet” Western Alps and in the Be'er Sheva semi-arid region (Israel).