THE LIBERATION of OSLO and COPENHAGEN: a MIDSHIPMAN's MEMOIR C.B. Koester
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Norway and Its Marine Areas - a Brief Description of the Sea Floor
No.3 2003 IN FOCUS Norway and its marine areas - a brief description of the sea floor From the deep sea to the fjord floor Norwegian waters comprise widely differing environments - from the Bjørnøyrenna deep sea via the continental slope and continental shelf to the coastal zone with its strandflat, archipelagos and fjords.This constitutes a geologi- cal diversity that is unique in a European context. An exciting geological history lies Trænadjupet behind this diversity - a development that has taken place over more than 400 million years.The continents con- Vøringplatået sist of plates of solidified rock that float on partially molten rock, and these plates move relative to one another.Where they collide, the Earth's crust is folded and mountain chains are created.Where they drift apart, deep oceans form and new sea Storegga floor is created along rifts because molten rock (magma) streams up from below. A good example is the Mid-Atlantic Ridge, including Iceland, a which is a result of Greenland and n n e Europe drifting from each other at a r e rate of about 2 cm a year. k s r o The plates on which Norway and N Greenland rest collided more than 400 million years ago and formed mountain chains on either side of a Skagerrak shallow sea. Both Greenland and Norway are remnants of worn down mountain chains. Between these mountain chains, the shallow sea Figure 1.Norway and its neighbouring seas. gradually filled with sediments derived from the erosion of the chains.These sedi- ments became transformed into sandstones, shales and limestones and it is in these rocks we now find oil and gas on the Norwegian continental shelf. -
WEST NORWEGIAN FJORDS UNESCO World Heritage
GEOLOGICAL GUIDES 3 - 2014 RESEARCH WEST NORWEGIAN FJORDS UNESCO World Heritage. Guide to geological excursion from Nærøyfjord to Geirangerfjord By: Inge Aarseth, Atle Nesje and Ola Fredin 2 ‐ West Norwegian Fjords GEOLOGIAL SOCIETY OF NORWAY—GEOLOGICAL GUIDE S 2014‐3 © Geological Society of Norway (NGF) , 2014 ISBN: 978‐82‐92‐39491‐5 NGF Geological guides Editorial committee: Tom Heldal, NGU Ole Lutro, NGU Hans Arne Nakrem, NHM Atle Nesje, UiB Editor: Ann Mari Husås, NGF Front cover illustrations: Atle Nesje View of the outer part of the Nærøyfjord from Bakkanosi mountain (1398m asl.) just above the village Bakka. The picture shows the contrast between the preglacial mountain plateau and the deep intersected fjord. Levels geological guides: The geological guides from NGF, is divided in three leves. Level 1—Schools and the public Level 2—Students Level 3—Research and professional geologists This is a level 3 guide. Published by: Norsk Geologisk Forening c/o Norges Geologiske Undersøkelse N‐7491 Trondheim, Norway E‐mail: [email protected] www.geologi.no GEOLOGICALSOCIETY OF NORWAY —GEOLOGICAL GUIDES 2014‐3 West Norwegian Fjords‐ 3 WEST NORWEGIAN FJORDS: UNESCO World Heritage GUIDE TO GEOLOGICAL EXCURSION FROM NÆRØYFJORD TO GEIRANGERFJORD By Inge Aarseth, University of Bergen Atle Nesje, University of Bergen and Bjerkenes Research Centre, Bergen Ola Fredin, Geological Survey of Norway, Trondheim Abstract Acknowledgements Brian Robins has corrected parts of the text and Eva In addition to magnificent scenery, fjords may display a Bjørseth has assisted in making the final version of the wide variety of geological subjects such as bedrock geol‐ figures . We also thank several colleagues for inputs from ogy, geomorphology, glacial geology, glaciology and sedi‐ their special fields: Haakon Fossen, Jan Mangerud, Eiliv mentology. -
1 Introduction
Notes 1 Introduction 1. Donald Macintyre, Narvik (London: Evans, 1959), p. 15. 2. See Olav Riste, The Neutral Ally: Norway’s Relations with Belligerent Powers in the First World War (London: Allen and Unwin, 1965). 3. Reflections of the C-in-C Navy on the Outbreak of War, 3 September 1939, The Fuehrer Conferences on Naval Affairs, 1939–45 (Annapolis: Naval Institute Press, 1990), pp. 37–38. 4. Report of the C-in-C Navy to the Fuehrer, 10 October 1939, in ibid. p. 47. 5. Report of the C-in-C Navy to the Fuehrer, 8 December 1939, Minutes of a Conference with Herr Hauglin and Herr Quisling on 11 December 1939 and Report of the C-in-C Navy, 12 December 1939 in ibid. pp. 63–67. 6. MGFA, Nichols Bohemia, n 172/14, H. W. Schmidt to Admiral Bohemia, 31 January 1955 cited by Francois Kersaudy, Norway, 1940 (London: Arrow, 1990), p. 42. 7. See Andrew Lambert, ‘Seapower 1939–40: Churchill and the Strategic Origins of the Battle of the Atlantic, Journal of Strategic Studies, vol. 17, no. 1 (1994), pp. 86–108. 8. For the importance of Swedish iron ore see Thomas Munch-Petersen, The Strategy of Phoney War (Stockholm: Militärhistoriska Förlaget, 1981). 9. Churchill, The Second World War, I, p. 463. 10. See Richard Wiggan, Hunt the Altmark (London: Hale, 1982). 11. TMI, Tome XV, Déposition de l’amiral Raeder, 17 May 1946 cited by Kersaudy, p. 44. 12. Kersaudy, p. 81. 13. Johannes Andenæs, Olav Riste and Magne Skodvin, Norway and the Second World War (Oslo: Aschehoug, 1966), p. -
The Tautra Cold-Water Coral Reef
The Tautra Cold-Water Coral Reef Mapping and describing the biodiversity of a cold-water coral reef ecosystem in the Trondheimsfjord by use of multi-beam echo sounding and video mounted on a remotely operated vehicle June Jakobsen Marine Coastal Development Submission date: May 2016 Supervisor: Geir Johnsen, IBI Co-supervisor: Svein Karlsen, Fylkesmannen i Nord-Trøndelag Martin Ludvigsen, IMT Torkild Bakken, NTNU, Vitenskapsmuseet Norwegian University of Science and Technology Department of Biology i Contents Acknowledgements ................................................................................................................................. iii List of Abbreviations: .............................................................................................................................. iv Abstract: ................................................................................................................................................... v Sammendrag ............................................................................................................................................ vi Introduction: ............................................................................................................................................ 1 Theory ..................................................................................................................................................... 2 The geology of the fjord ..................................................................................................................... -
Local Controls on Sediment Accumulation and Distribution in a Fjord in the West Antarctic Peninsula: Implications for Palaeoenvironmental Interpretations Yuribia P
RESEARCH/REVIEW ARTICLE Local controls on sediment accumulation and distribution in a fjord in the West Antarctic Peninsula: implications for palaeoenvironmental interpretations Yuribia P. Munoz & Julia S. Wellner Department of Earth and Atmospheric Sciences, University of Houston, 4800 Calhoun Road, Houston, TX 77204, USA Keywords Abstract Flandres Bay; Antarctic Peninsula; sediment We analyse surface sediment and its distribution in Flandres Bay, West Antarctic distribution; grain size. Peninsula, in order to understand modern day sediment dispersal patterns in Correspondence a fjord with retreating, tidewater glaciers. The surface sediment descriptions Yuribia P. Munoz, Department of Earth and of 41 cores are included in this study. The sediment facies described include Atmospheric Sciences, University of muddy diatomaceous ooze, diatomaceous mud, pebbly mud, sandy mud and Houston, 4800 Calhoun Road, Houston, mud, with scattered pebbles present in most samples. In contrast to a traditional TX 77204, USA. E-mail: [email protected] conceptual model of glacial sediment distribution in fjords, grain size in Flandres Bay generally coarsens from the inner to outer bay. The smallest grain size sediments were found in the bay head and are interpreted as fine-grained deposits resulting from meltwater plumes and sediment gravity flows occurring close to the glacier front. The middle of the bay is characterized by a high silt percentage, which correlates to diatom-rich sediments. Sediments in the outer bay have a high component of coarse material, which is interpreted as being the result of winnowing from currents moving from the Bellingshausen Sea into the Gerlache Strait. Palaeoenvironmental reconstructions of glacial environ- ments often use grain size as an indicator of proximity to the ice margin. -
Geography Quiz: Landform Vocabulary
Geography Quiz: Landform Vocabulary Directions: Read each description below and circle the correct vocabulary term. 1. A large group of islands 9. A high ridge dividing rivers that flow to a. climate opposite sides of the continent b. tributary a. continental divide c. archipelago b. delta c. plain 2. An arm of a lake extending into the land a. bay 10. A build-up of silt at the river mouth b. glacier a. bay c. fjord b. delta c. canal 3. A steep mountain standing alone a. plateau 11. A very dry place with little rain b. cape a. desert c. butte b. island c. rapids 4. An inland waterway made by people a. reef 12. A body of slow moving ice b. ocean a. slip and slide c. canal b. ice cube c. glacier 5. A deep valley with steep sides a. canyon 13. Part of the ocean that extends into the b. valley land c. island a. gulf b. bay 6. A point of land extending out from the c. plateau coast into the sea a. delta 14. A protected body of water b. cape a. harbor c. gulf b. bay c. inter-coastal waterway 7. A pattern of weather over a long time a. temperature 15. Land completely surrounded by water b. climate a. peninsula c. ice b. island c. valley 8. A huge area of land a. state 16. A narrow strip of land connecting two b. mass bodies of water c. continent a. continent b. cape c. isthmus © 2000 – 2008 Pearson Education, Inc. All Rights Reserved. -
5 Northern Lights: Unparalleled Adventureland Access
5 Northern Lights: Unparalleled NORTHERN LIGHTS AIRPORTS SVALBARD AIRPORT Main airport serving the Arctic archipelago of Svalbard. ALTA AIRPORT Adventureland access Flights to Oslo and Tromsø. The northernmost airport in The airport serves the municipality of Alta and the the world with publicly scheduled flights. Finnmark region. Daily flights to Oslo and regional FLIGHT MOVEMENTS: 3,000 / TOTAL PASSENGERS: 182,000 destinations. Has some international charter services. FLIGHT MOVEMENTS: 6,500 / TOTAL PASSENGERS: 387,000 TROMSØ AIRPORT The fifth-busiest airport in Norway and main hub for regional flights to the Finnmark region. There are B737 Services to Oslo and other major airports in Norway. International flights to several European destinations, as well as charter and seasonal services. HARSTAD/NARVIK AIRPORT FLIGHT MOVEMENTS: 36,000 / TOTAL PASSENGERS: 2,340,000 Harstad/Narvik Airport has one of Norway’s longest runways and is approved for use by Boeing 747 aircraft. FLIGHT MOVEMENTS: 10,000 / TOTAL PASSENGERS: 763,000 BODØ AIRPORT In addition to jet operations to major domestic destinations, Bodø airport serves Famous shark puncher and three-time world champion surfer as a hub for regional flights to Helgeland, Lofoten and Vesterålen. The airport has Mick Fanning rides the Northern Lights at Unstad beach in international routes and more than ten daily return flights to Avinor Oslo Airport. Lofoten. The technically challenging picture was shot by FLIGHT MOVEMENTS: 36 ,000 / TOTAL PASSENGERS: 1,825,000 Norwegian photographers Emil Sollie and Mats Grimsæth. PHOTO: EMIL SOLLIE, MATS GRIMSÆTH & RED BULL CONTENT POOL Northern Norway offers the world’s Five airports in Northern Norway offer excellent access to the • UNESCO World Heritage Rock Art Centre, Alta SEASONALITY 2018 600' best access to the Northern Lights Northern Lights: Bodø Airport, Harstad/Narvik Airport, Tromsø Airport, • Hurtigruten Norwegian coastal steamer tours Alta Airport and Svalbard Airport. -
A Late Triassic Lake System in East Greenland: Facies, Depositional Cycles and Palaeoclimate
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Columbia University Academic Commons ELSEVIER Palaeogeography, Palaeoclimatology, Palaeoecology 140 (1998) 135±159 A Late Triassic lake system in East Greenland: facies, depositional cycles and palaeoclimate Lars B. Clemmensen a,Ł,DennisV.Kentb, Farish A. Jenkins, Jr. c a Geological Institute, University of Copenhagen, DK-1350 Copenhagen K, Denmark b Lamont-Doherty Earth Observatory, Columbia University, Palisades, NY 10964, USA c Department of Organismic and Evolutionary Biology and Museum of Comparative Zoology, Harvard University, Cambridge, MA 02138, USA Received 24 May 1996; accepted 18 January 1997 Abstract The Upper Triassic Fleming Fjord Formation of the Jameson Land Basin in East Greenland contains a well-exposed succession, 200±300 m thick, of lake deposits. The Malmros Klint Member, 100±130 m thick, is composed of cyclically bedded intraformational conglomerates, red siltstones and ®ne-grained sandstones and disrupted dolomitic sediments (paleosols). The cyclicity is composite with cycles having mean thicknesses of (25), 5.9 and 1.6 m. The overlying Carlsberg Fjord beds of the érsted Dal Member, 80±115 m thick, are composed of structureless red mudstones rhythmically broken by thin greyish siltstones. This unit also has a composite cyclicity with cycles having mean thicknesses of 5.0 and 1.0 m. The uppermost Tait Bjerg Beds of the érsted Dal Member, 50±65 m thick, can be divided into two units. A lower unit is composed of cyclically bedded intraformational conglomerates or thin sandstones, red mudstones, greenish mudstones and yellowish marlstones. An upper unit is composed of relatively simple cycles of grey mudstones and yellowish marlstones. -
BLÜCHER ® Drain Design
BLÜCHER ® Drain Design Product catalogue for Design Drains KEEPING UP THE FLOW S T A I N L E S S S T E E L D R A I N A G E S Y S T E M S DRAIN DESIGN LINE WATERLINE bathroom channels for wooden or concrete floors with tanking membranes Below you will find the various standard channels that make up the BLÜCHER LINE range of channels for wet rooms. We can also produce special variants if our standard program doesn’t suit your application. Type 37 series channel with Type 39 series channel with paint on flange for the tanking mechanical clamping flange for membrane the tanking membrane Against 3 walls type 371 Against 1 wall type 374 Free placing type 375 / 395 Type No. L Type No. L Type No. L Type No. L 371.070.056.20 700 374.070.056.20 700 375.070.056.20375.070.056.20 700700 395.070.056.20395.070.056.20 700700 371.080.056.20 800 374.080.056.20 800 375.080.056.20 800 395.080.056.20 800 371.090.056.20 900 374.090.056.20 900 375.090.056.20375.090.056.20 900 395.090.056.20395.090.056.20 900 371.100.056.20 1000 374.100.056.20 1000 375.100.056.20375.100.056.20 1000 395.100.056.20395.100.056.20 1000 LINE channels for vinyl floors Free placing type 275 Type No. L 275.070.056.20 700 275.080.056.20 800 Type 275 series channel with 275.090.056.20 900 mechanical clamp for vinyl 275.100.056.20 1000 flooring Grates and traps sold separately. -
Front Matter
ANTICANCER RESEARCH International Journal of Cancer Research and Treatment ISSN: 0250-7005 Volume 35, Number 2, February 2015 Contents Reviews Curcumin and Cancer Stem Cells: Curcumin Ηas Asymmetrical Effects on Cancer and Normal Stem Cells. P.P. SORDILLO, L. HELSON (Quakertown, PA, USA) ....................................................................................... 599 Mechanisms and Clinical Significance of Histone Deacetylase Inhibitors: Epigenetic Glioblastoma Therapy. P. LEE, B. MURPHY, R. MILLER, V. MENON, N.L. BANIK, P. GIGLIO, S.M. LINDHORST, A.K. VARMA, W.A. VANDERGRIFT III, S.J. PATEL, A. DAS (Charleston, SC; Columbus, OH, USA) . 615 Targeting the Peritoneum with Novel Drug Delivery Systems in Peritoneal Carcinomatosis: A Review of the Literature. T.R. VAN OUDHEUSDEN, H. GRULL, P.Y.W. DANKER, I.H.J.T. DE HINGH (Eindhoven, the Netherlands) ............................................................................................................................................................ 627 Mode of Action of Anticancer Peptides (ACPs) from Amphibian Origin. C. OELKRUG, M. HARTKE, A. SCHUBERT (Leipzig, Germany) ........................................................................................................................... 635 Potential Anticancer Properties and Mechanisms of Action of Curcumin. N.G. VALLIANOU, A. EVANGELOPOULOS, N. SCHIZAS, C. KAZAZIS (Athens, Greece; Leicester, UK) ...................................... 645 Experimental Studies In Vitro Evaluation of 3-Arylcoumarin Derivatives in A549 -
Norway in a Nutshell® Timetables
2019-2020 Norway in a nutshell® timetables 1st Nov. 2019 - 30th Apr. 2020 Winter season / 2019 / NOK Winter season / 2020 / NOK Norway in a nutshell® Norway in a nutshell® 01.10-31.12 Adult Child 01.01-30.04 Adult Child 4-15 yrs 4-15 yrs Round trips Round trips Oslo via Bergen or Bergen via Oslo 3 110 1 555 Oslo via Bergen or Bergen via Oslo 3 362 1 681 Oslo via Voss 2 690 1 345 Oslo via Voss 2 902 1 451 Bergen - Bergen 1 670 835 Bergen - Bergen 1 740 871 Voss - Voss 1 250 625 Voss - Voss 1 280 641 Flåm - Flåm 1 250 625 Flåm - Flåm 1 280 641 One-way trips One-way trips Oslo - Bergen or Bergen - Oslo 2 070 1 035 Oslo - Bergen or Bergen-Oslo 2 205 1 103 Sognefjord in a nutshell Sognefjord in a nutshell 01.10-31.12 01.01-31.03 Round trips Round trips Oslo via Bergen or Bergen via Oslo 3 300 1 650 Oslo via Bergen or Bergen via Oslo 3 582 1 790 Bergen - Bergen 1 860 930 Bergen - Bergen 1 960 980 One-way trips One-way trips Oslo - Bergen or Bergen - Oslo 2 260 1 130 Oslo - Bergen or Bergen - Oslo 2 425 1 212 Hardangerfjord in a nutshell Hardangerfjord in a nutshell 15.11-31.12 01.01-31.03 Round trips Round trips Oslo via Bergen 3 984 2 581 Oslo via Bergen 4 214 2 781 Bergen - Bergen 2 130 1 655 Bergen - Bergen 2 360 1 855 One-way trips One-way trips Bergen - Oslo 2 827 2 003 Bergen - Oslo 3 057 2 203 Photo © Flåm - Sverre Hjørnevik Sverre - Flåm © Photo Holidays Please note that the Norway in a nutshell® tours Stay longer are not operating on the following dates: - enjoy the winter wonderland Christmas Eve 24th December 2019 The area is full of one-of-a-kind sights, with Christmas Day 25th December 2019 beautiful towns and villages and winter New Years Eve 31st December 2019 activities. -
Case Studies of Mutiny in the Wartime Royal Canadian Navy Bill Rawling
Only "A Foolish Escapade by Young Ratings?" Case Studies of Mutiny in the Wartime Royal Canadian Navy Bill Rawling One of the characteristics of good leadership is the ability to anticipate trouble and devise solutions before problems become so serious as to imperil a mission. The reverse - refusing to acknowledge pitfalls even when on their very edge - has led to such infamous catastrophes as the raid on Dieppe and the fall of Singapore. Another possible consequence of poorly-informed management is the sudden eruption of mutiny; commanders, especially in wartime, seldom consider the frightening possibility that their soldiers, sailors, or aircrew would simply refuse to perform their duties and hence place a mission - and perhaps their own physical well-being - at substantial risk. Two such cases involved RCN ships in the summer of 1944 and early days of 1945, each of which was temporarily put out of action when a large part of its complement simply put down their tools to engage in what the Congress of Industrial Organizations would have called a "sit-down strike" - what the navy condemned as mutiny. Although the ships in question cannot be named under Canada's Privacy Act, all the details concerning the actions of the mutineers and authorities can be studied in detail to better understand the anatomy of such incidents.1 "Confidence between officers and men," insisted the 1933 Admiralty publication, Mutiny in the Royal Navy, "is of the first importance, and want of confidence lies at the root of discontent. To explain the circumstances when hardship or discomfort has to be faced invites trust and implies it, raising the spirits of the men and putting them on their mettle."2 As we shall see, shipboard mutinies were more likely to be triggered by grievances which individually may have seemed insignificant but which cumulatively could lead to a loss of confidence in command and a breakdown of discipline.