Tourism Statistics Report 2019 North Greenland Introduction
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Safety Manual for Fieldwork in the Arctic 3Nd Edition, January 2018
Safety Manual for Fieldwork in the Arctic 3nd edition, January 2018 Editors: Mette Maribo Høgsbro Morten Rasch Susanne Tang Editorial Committee: Morten Rasch, Department of Geoscience and Natural Resource Management, University of Copenhagen (Chairman) Jørgen Peder Steffensen, Niels Bohr Institute, University of Copenhagen Kirsten Christoffersen, Department of Biology, University of Copenhagen Morten Meldgaard, Natural History Museum of Denmark Peter Stougaard, Department of Plants and Environmental Sciences, University of Copenhagen Susanne Tang, Faculty of Science, University of Copenhagen Mette Maribo Høgsbro, Faculty of Science, University of Copenhagen This safety manual is widely based upon information taken more or less directly from safety manuals pro- duced by other institutions, i.e., University Centre in Svalbard (UNIS), Greenland Institute of Natural Re- sources, Aarhus University, the Geological Survey of Denmark and Greenland (GEUS) and The East Green- land Ice-core Project (EGRIP) UCPH. However, all information has been quality controlled by University of Copenhagen staff, and any errors that might occur in the manual are therefore the sole responsibility of the University of Copenhagen. Front page picture: Morten Rasch Publisher: Faculty of Science, University of Copenhagen Photo: Morten Rasch Photo: Morten Preface Safety is important for all types of arctic fieldwork. Fieldwork in remote arctic areas with extreme climate and extreme physical settings require close attention to safety. This manual pertains to all arctic fieldwork associated with research projects and tasks commissioned or managed by the Faculty of Science at the University of Copenhagen (SCIENCE). The manual consist of an introductory section including a more general introduction to safety considera- tions of relevance to all arctic fieldwork. -
Waste Disposal and Containers 3 9
Services Price List CONTENT 1. General Information 2 2. Work Services 2 3. Consultancy Services 2 4. Materials 2 5. Handling of Repaired Goods 2 6. Equipment Hire 3 7. Accommodation and Apartment Openings 3 8. Waste Disposal and Containers 3 9. Equipment Hire Fees 4 10. Advertising Boards 5 11. Space Rental 6 12. Emergency Accommodation and Catering at Remote Greenland Airport locations 7 13. Invoice Fee 9 14. Terms of Payment 9 15. Contact List Greenland Airports 10 Valid from 1 January 2015 1 General Information The prices on the price list(s) apply to services from Mittarfeqarfiit | Greenland Airports as of 1 January 2015. Please note that not all airports are able to provide all the services on the price list(s). Please contact the relevant airport(s) (see p. 10) to make sure that the required services are available at this/these location(s)/airport(s). 2 Work Services 2.1 Rates (Per hour) 2.1.1 Staff…………………………………………………………………… 400 DKK 2.2 Overtime (Per hour) 2.2.1 Regular overtime Mon-Sat ……………………………… 590 DKK 2.2.2 Overtime Sun and holidays……………………………… 690 DKK 2.3 Mileage surcharge 2.3.1 Service vehicle…………………………………………………… 50 DKK per hour 3 Consultancy Services 3.1 Rate…………………………………………………………………… 970 DKK per hour 4 Materials 4.1 Please contact the local technical department for more information. 5 Handling of Repaired Goods 5.1 Please contact the local technical department for more information. 02 MITTARFEQARFIIT | GREENLAND AIRPORTS 6 Equipment Hire 6.1 Please contact the local technical department for more information. (See also the price list) 7 Accommodation and Apartment Openings 7.1 Please contact the local administration for more information. -
About Iceland and Greenland
CHRIS BRAY PHOTOGRAPHY ICELAND GREENLAND ICELAND AND GREENLAND TOUR The Best of Iceland and Greenland Two mind-blowing destinations in one! This ultimate small-group tour accesses the best of Iceland’s spectacular landscapes, waterfalls, glaciers, craters, nesting puffins and more - away from the crowds - with roomy 4WDs, quiet guesthouses and a mind-blowing, 2hr doors- off helicopter charter to photograph it all from the air! Enjoy exploring in a traditional, colourful Greenlandic village filled with sled dogs; and boat trips around immense fields of icebergs lit by the midnight-sun while looking for whales and seals. With 2 pro photographer guides helping just 8 lucky guests take the best possible photos, this amazing trip is going to sell out fast, so book in ASAP! Highlights Please check the website for up to date • Incredible 2 hour, doors-off helicopter photography tour over information on price, hosts, dates and Iceland’s spectacularly diverse and colourful landscapes, craters inclusions. and glaciers! • Chartered helicopter flight to fly over then land next to a glacier in Greenland. • Midnight cruise to photograph huge, impossibly sculpted icebergs glowing in the midnight-sun! • Photographing puffins returning to their nests with beaks full of fish in Iceland. • Staying in a luxury eco-lodge in the remote Ilimanaq village in Greenland. • Accessing the best landscapes in Iceland from two roomy 4WDs, photographing waterfalls, craters, glaciers, lakes, mossy areas and more, away from the tourist crowds. • Spotting whales, seals and seabirds amongst the icebergs in Disko Bay, Greenland. • Photographing a genuine Greenlandic sled dog team. 01 CHRIS BRAY PHOTOGRAPHY | ICELAND AND GREENLAND CONTENTS 03 07 ITINERARY ABOUT ICELAND AND GREENLAND 11 17 GETTING ORGANISED WHAT TO PACK 21 23 WHY BOOK A CBP COURSE HOW TO BOOK . -
Lufthavnsudvidelse I Ilulissat – Udvalgte Rapporter
Grønlandsudvalget 2015-16 GRU Alm.del Bilag 4 Offentligt October 5, 2015 Project Newport LUFTHAVNSUDVIDELSE I ILULISSAT – UDVALGTE RAPPORTER Foretræde for Folketingets Grønlandsudvalg – Onsdag d. 7/10-2015 25-01-2013 October 5, 2015 GRØNLANDS ØKONOMI 2015 Project Newport Grønlands Økonomi 2015 Resumé • ”Økonomien er fortsat meget sårbar og stærkt afhængig af udviklingen inden for fiskeriet. Trods faldende mængder har en gunstig prisudvikling på fisk og skaldyr haft stor betydning for at understøtte den økonomiske udvikling. En ugunstig udvikling i priserne i fiskeriet vil hurtigt kunne skabe store økonomiske problemer.” • ”Mindsket sårbarhed forudsætter et bredere erhvervsgrundlag, som realistisk må baseres på energi- og råstofforekomsterne samt udnyttelse af turismepotentialer. ” • ” Arbejdsløsheden er høj, og hovedårsagen er strukturelle forhold, herunder særligt manglende kvalifikationer, geografiske forhold og problemer med incitamenterne til at søge arbejde. De senere år har konjunkturudviklingen været med til at forstærke arbejdsløshedsproblemet.” • ”Konjunkturbetinget ledighed kan i et vist omfang modvirkes via offentlige anlægsinvesteringer, såfremt den ledige arbejdskraft kan anvendes inden for bygge-og anlægssektoren, og anlægsaktiviteterne kan iværksættes afstemt efter konjunktursituationen. ” • ” Ifølge forslaget til finanslov 2016 ventes der et underskud på de offentlige finanser (DA-saldoen) på ca. 65 mio. kr. i 2015 og et i samme størrelsesorden for 2016 og 2017. I 2018 og 2019 forventes et overskud, så de offentlige finanser samlet over perioden 2016 til 2019 vil være i balance. • ” Tidligere finanslove har haft en tilsvarende profil for de offentlige finanser, hvor fremtidige reformer skulle sikre overskud på de offentlige finanser. Imidlertid er disse tiltage blevet udskudt og det har skabt en tendens med underskud på de offentlige finanser. -
Business Opportunities in Greenland Project Overview 2016 / 2017 2 Business Opportunities in Greenland – Project Overview 2016 / 2017
BUSINESS OPPORTUNITIES IN GREENLAND PROJECT OVERVIEW 2016 / 2017 2 BUSINESS OPPORTUNITIES IN GREENLAND – PROJECT OVERVIEW 2016 / 2017 GREENLAND BUSINESS AND DEVELOPMENT PROJECT OVERVIEW 2016 Published by the Arctic Cluster of Raw Materials (ACRM) in collaboration with the Confederation of Danish Industry (DI), November 2016 di.dk/english acrm.dk Prepared by Up Front Communication ApS, Managing Director Hans Bak UP Front COMMUNICATION APS Up-North ApS, Managing Director Martin Schjøtz-Christensen Edited by Niels Tanderup Kristensen Foto: Hans Bak, Ivar Silis, Royal Arctic m.fl. Print: Kailow Graphic A/S ISBN 978-87-7144-099-7 200.11.2016 BUSINESS OPPORTUNITIES IN GREENLAND – PROJECT OVERVIEW 2016 / 2017 3 FOREWORD Today, the Arctic region is experiencing an unprecedented level of interdependence with a number of growing interrelated challenges to the local, regional and global order. At the local level the lives of ingenious people, who have inhabited the Arctic of thousands of years are experiencing increasing opportunities for unlocking the vast economic po- tential through natural resources, shipping and tourism but at the same time face major challenges to their traditional livelihoods and cultures. At the regional level, the Arctic states and other international actors are increasingly engaging in the region making it both a venue for cooperation and competition over economic and security interests. The dynamics at both of these levels are unfolding at the backdrop of major global devel- opments, where climate change is having a particularly strong impact on the vulnerable region. While the global temperature increase is allowing the Arctic new economic op- portunities through new Sea ways, tourism and access to resources, climate changes are both impacting the melting of permafrost and ice caps as well as being increased through feedback loops in the Arctic. -
Permafrost in Marine Deposits at Ilulissat Airport in Greenland, Revisited
NICOP IX International Conference on Permafrost University of Alaska Fairbanks 2008 Session 28: Cold Regions Infrastructures and Transportation Permafrost in Marine Deposits at Ilulissat Airport in Greenland, Revisited Niels Foged Director of Research, PhD, BYGDTU, Technical University of Denmark. Thomas Ingeman-Nielsen PhD in Arctic Geophysics, Ass. Professor at ARTEK, BYGDTU, Technical University of Denmark. Collaboration: UAF GI Permafrost Laboratory Danish Meteorological Institute Polar Earth Science Program, (ARC-0612533) ASIAQ, Greenland Survey BYGDTU Technical University of Denmark Ilulissat Airport Soil investigations1978-1979 Project invest.& Design 1981 Construction 1982-1984 Control and MSc-study 1993 Revisited 2007 •A single local depression with repair in pavement due to settling caused by thawing of an ice-segregated clay layer, which was not replaced during construction between rock fill layer and gneiss bed rock. BYGDTU Technical University of Denmark Humlum & Christiansen, 2000 Ilulissat Nuuk BYGDTU Technical University of Denmark Highest marine levels West Greenland Altitude (metres) above recent sea level Weidick,A.; 1976: Glaciation and the Quaternary of Greenland. GGU: Geology of Greenland. BYGDTU Technical University of Denmark Ilulissat Airport Geotechnical investigations using resistivity profiling and boreholes with field and laboratory testing and soil temperature data collection. Test fill on a bassin filled with more or less saline marine clays. Foged,N. & Bæk-Madsen C. (1980): Jacobshavn Airport Thermal Stability -
Intermittent Thinning of Jakobshavn Isbræ, West Greenland, Since the Little Ice Age
Journal of Glaciology, Vol. 54, No. 184, 2008 131 Intermittent thinning of Jakobshavn Isbræ, West Greenland, since the Little Ice Age Bea CSATHO,1 Toni SCHENK,2 C.J. VAN DER VEEN,3 William B. KRABILL4 1Department of Geology, University at Buffalo, The State University of New York, 855 Natural Sciences Complex, Buffalo, New York 14260, USA E-mail: [email protected] 2Department of Civil and Environmental Engineering and Geodetic Science, The Ohio State University, Columbus, Ohio 43210-1275, USA 3Department of Geography and Center for Remote Sensing of Ice Sheets, University of Kansas, 2335 Irving Hill Road, Lawrence, Kansas 66045-7612, USA 4Cryospheric Sciences Branch, Goddard Space Flight Center NASA/Wallops Flight Facility, Wallops Island, Virginia 23337, USA ABSTRACT. Rapid thinning and velocity increase on major Greenland outlet glaciers during the last two decades may indicate that these glaciers became unstable as a consequence of the Jakobshavn effect (Hughes, 1986), with terminus retreat leading to increased discharge from the interior and consequent further thinning and retreat. To assess whether recent trends deviate from longer-term behavior, we measured glacier surface elevations and terminus positions for Jakobshavn Isbræ, West Greenland, using historical photographs acquired in 1944, 1953, 1959, 1964 and 1985. These results were combined with data from historical records, aerial photographs, ground surveys, airborne laser altimetry and field mapping of lateral moraines and trimlines, to reconstruct the history of changes since the Little Ice Age (LIA). We identified three periods of rapid thinning since the LIA: 1902–13, 1930–59 and 1999–present. During the first half of the 20th century, the calving front appears to have been grounded and it started to float during the late 1940s. -
Business Opportunities in Greenland Project Overview 2018 2 Business Opportunities in Greenland – Project Overview 2018
BUSINESS OPPORTUNITIES IN GREENLAND PROJECT OVERVIEW 2018 2 BUSINESS OPPORTUNITIES IN GREENLAND – PROJECT OVERVIEW 2018 BUSINESS OPPORTUNITIES IN GREENLAND PROJECT OVERVIEW 2018 Published by the Arctic Cluster of Raw Materials (ACRM) in collaboration with the Confederation of Danish Industry (DI), February 2018 di.dk/english acrm.dk Prepared by Up Front Communication ApS, Managing director Hans Bak UP Front COMMUNICATION APS Up-North ApS, Managing director Martin Schjøtz-Christensen The publication was made possible through the financial support of The Bank of Greenland Edited by Mads Qvist Frederiksen, Head of Secretariat, ACRM Photos: Hans Bak/UP Front Communication ApS: Page 14 and 57. Kalaallit Airports: Page 60. Ivars Silis: Page 56. Kommuneqarfik Sermersooq: Page 45. Mads Pihl/Visit Greenland: Page 4, 6, 41 (bottom) and 42 (bottom). Petter Cohen, Xtravel/Visit Greenland: Page 42 (top). Rebecca Gustafsson/Visit Greenland: Page 41 (top). Print: Kailow Graphic A/S ISBN 978-87-7144-135-2 (print) 250.02.2018 BUSINESS OPPORTUNITIES IN GREENLAND – PROJECT OVERVIEW 2018 3 ARCTIC CLUSTER OF RAW MATERIALS The Arctic Cluster of Raw Materials (ACRM) is established by Greenland Business Asso- ciation (GE), The Confederation of Danish Industry (DI) and the Technical University of Denmark (DTU). The cluster was originally funded by the Danish Industry Foundation (IF). Purpose ACRM is a platform for companies with interests, experience and competences within the extractive industries. ACRM’s main purpose is to strengthen the competitiveness in Greenland and Denmark in the industry and contribute to sustainable growth and employment in both countries. To obtain this goal, ACRM will build up and support busi- ness cooperation, industry consortia and business concepts. -
Shipping an Experimental Domain Analysis & Description Fredsvej 11, DK-2840 Holte, Denmark E–Mail: [email protected], URL
Shipping An Experimental Domain Analysis & Description Fredsvej 11, DK-2840 Holte, Denmark E–Mail: [email protected], URL: www.imm.dtu.dk/˜db Dines Bjørner April 22, 2021, 09:42 Abstract This document reports on an experiment: that of modeling a domain of shipping lines1 The purposes of the experiment are (i) to further test the methodology of domain analysis & description as outlined in [1], and (ii) to add yet an, as we think it, interesting domain model to a growing series of such [2]. The report is currently in the process of being written, that is, the domain is still being studied, analysed and tentatively described. Please expect that later versions of this document may have sections that are removed, renumbered and/or rewritten wrt. the present April 22, 2021, 09:42 version. The author regrets not having had contact to real professionals of the shipping line industry. This is most obvious in our treatment of freight forwarder and shipping line behaviours. Here we used simple reasoning to come up with plausible behaviours. The behaviours that we define should convince the reader that whichever similarly reasonable, but now actual, real behaviours can be likewise defined. The author hopes, even at his advanced age, today he is 83 years old, to be able, somehow, to learn from such contacts. Contents 1 Introduction 4 1.1 ... ............................................ 4 1.2 ... ............................................ 4 1.3 Structure of Report ................................. 4 2 Informal Sketches of the Shipping Domain 4 2.1 The Purpose of A Domain Model for Shipping ................. 4 2.2 A First Sketch ..................................... 4 2.3 A Second Sketch .................................. -
Vision-1 Terrain Database 1401 3015.( )-34-3631 Original 5 May 2015, Revision C 18 September 2015 Page 1 of 14 SERVICE BULLETIN
Service Bulletin Number 3015.( )-34-3631 Announcement of the Availability of Vision-1® Terrain Database 1401 NOTE: Revision C to this Service Bulletin provides Field Loading information and updated kit pricing. A. Effectivity This Service Bulletin is applicable to Vision-1 P/N 3015-XX-XX configured with SCN 10.0 and later. B. Compliance Installation of Terrain Database 1401 is optional. Consideration should also be given to the length of time since the database was last updated. Each Terrain Database incorporates all changes and updates from the previous databases. NOTICE This Terrain Database can be field loaded into Vision-1. Contact Universal Avionics to obtain database loading kit part number P12104 which includes the Field Loading Procedures, Zip disks and USB flash drives to load Terrain Database 1401. Loading terrain databases into Vision-1 requires a Solid State Data Transfer Unit (SSDTU) (P/N 1408-00-X or 1409-00-2) or DTU-100 (P/N 1406-01-X or 1407-01-1) with Mod 1 marked on the nameplate. For operators using a DTU-100 without Mod 1, the Vision-1 units should be sent to Universal Avionics for updating. The terrain database contains five disks with 450 Mb of data and takes over an hour to load. Because of this, DTU-100 units without Mod 1 may fail due to overheating causing the Vision-1 Terrain Database to become corrupted and the Vision-1 system unserviceable. If the Vision-1 unit is returned to Universal Avionics for update of the terrain database or because of failure during field loading, the repair center will update the database and perform any modifications and updates to the unit. -
Review of Greenland Avtivities 2001
GEOLOGY OF GREENLAND SURVEY BULLETIN 191 • 2002 Review of Greenland activities 2001 GEOLOGICAL SURVEY OF DENMARK AND GREENLAND MINISTRY OF THE ENVIRONMENT GEUS GSB191-Indhold 13/12/02 11:28 Side 1 GEOLOGY OF GREENLAND SURVEY BULLETIN 191 • 2002 Review of Greenland activities 2001 Edited by A.K. Higgins, Karsten Secher and Martin Sønderholm GEOLOGICAL SURVEY OF DENMARK AND GREENLAND MINISTRY OF THE ENVIRONMENT GSB191-Indhold 13/12/02 11:28 Side 2 Geology of Greenland Survey Bulletin 191 Keywords Geological mapping, Greenland activities 2001, limnology, marine geophysics, mineral resources, palynology, petroleum geology, sedimentology, sequence stratigraphy, stratigraphy. Cover A major landslide was reported from the southern shore of the Nuussuaq peninsula in November 2000 (see Pedersen et al., page 73). During the follow-up field studies, periodic minor rock falls created dust clouds that prompted the local population to designate the area as the ‘smoking mountains’. Highest summits are 1900 m above the fjord. View to the east from a vantage point on the island of Disko. Photo: Stig A. Schack Pedersen. Frontispiece: facing page Outcrop of the contact zone of a 20 m wide kimberlitic dyke south-west of Kangerlussuaq airport, southern West Greenland. This dyke is one of the largest known kimberlite dykes in the world. The locality is marked J on Fig. 2 in Jensen et al. (page 58). Photo: Sven Monrad Jensen. Chief editor of this series: Peter R. Dawes Scientific editors: A.K. Higgins, Karsten Secher and Martin Sønderholm Technical editing: Esben W. Glendal Illustrations: Annabeth Andersen, Lis Duegaard, Jette Halskov and Stefan Sølberg Lay-out and graphic production: Carsten E. -
Aerial Survey of Geese, Seaducks and Other Wildlife in the Disko Bay Area, West Greenland, July 2015
AERIAL SURVEY OF GEESE, SEADUCKS AND OTHER WILDLIFE IN THE DISKO BAY AREA, WEST GREENLAND, JULY 2015 Technical Report from DCE – Danish Centre for Environment and Energy No. 78 2016 AARHUS AU UNIVERSITY DCE – DANISH CENTRE FOR ENVIRONMENT AND ENERGY [Blank page] AERIAL SURVEY OF GEESE, SEADUCKS AND OTHER WILDLIFE IN THE DISKO BAY AREA, WEST GREENLAND, JULY 2015 Technical Report from DCE – Danish Centre for Environment and Energy No. 78 2016 David Boertmann Ib Krag Petersen Aarhus University, Department of Bioscience AARHUS AU UNIVERSITY DCE – DANISH CENTRE FOR ENVIRONMENT AND ENERGY Data sheet Series title and no.: Technical Report from DCE – Danish Centre for Environment and Energy No. 78 Title: Aerial survey of geese, seaducks and other wildlife in the Disko Bay area, West Greenland, July 2015 Authors: David Boertmann & Ib Krag Petersen Institutions: Aarhus University, Department of Bioscience Publisher: Aarhus University, DCE – Danish Centre for Environment and Energy © URL: http://dce.au.dk/en Year of publication: March 2016 Editing completed: February 2016 Referees: Anthony D. Fox Quality assurance, DCE: Jesper Fredshavn Kalaallisut naalisagaq: Kelly Berthelsen Financial support: The Environment Agency for Mineral Resources Activities, EAMRA, Greenland Government Please cite as: Boertmann, D. & Petersen, I.K. 2016. Aerial survey of geese, seaducks and other wildlife in the Disko Bay area, West Greenland, July 2015. Aarhus University, DCE – Danish Centre for Environment and Energy, 26 pp. Technical Report from DCE – Danish Centre for Environment and Energy No. 78. http://dce2.au.dk/pub/TR78.pdf Reproduction permitted provided the source is explicitly acknowledged Abstract: In July 2015 seabirds and moulting geese were surveyed from aircraft in the Disko Bay area in West Greenland.