8. Faroe Islands (Føroyar)
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Breeding Ecology and Extinction of the Great Auk (Pinguinus Impennis): Anecdotal Evidence and Conjectures
THE AUK A QUARTERLY JOURNAL OF ORNITHOLOGY VOL. 101 JANUARY1984 No. 1 BREEDING ECOLOGY AND EXTINCTION OF THE GREAT AUK (PINGUINUS IMPENNIS): ANECDOTAL EVIDENCE AND CONJECTURES SVEN-AXEL BENGTSON Museumof Zoology,University of Lund,Helgonavi•en 3, S-223 62 Lund,Sweden The Garefowl, or Great Auk (Pinguinusimpen- Thus, the sad history of this grand, flightless nis)(Frontispiece), met its final fate in 1844 (or auk has received considerable attention and has shortly thereafter), before anyone versed in often been told. Still, the final episodeof the natural history had endeavoured to study the epilogue deservesto be repeated.Probably al- living bird in the field. In fact, no naturalist ready before the beginning of the 19th centu- ever reported having met with a Great Auk in ry, the GreatAuk wasgone on the westernside its natural environment, although specimens of the Atlantic, and in Europe it was on the were occasionallykept in captivity for short verge of extinction. The last few pairs were periods of time. For instance, the Danish nat- known to breed on some isolated skerries and uralist Ole Worm (Worm 1655) obtained a live rocks off the southwesternpeninsula of Ice- bird from the Faroe Islands and observed it for land. One day between 2 and 5 June 1844, a several months, and Fleming (1824) had the party of Icelanderslanded on Eldey, a stackof opportunity to study a Great Auk that had been volcanic tuff with precipitouscliffs and a flat caught on the island of St. Kilda, Outer Heb- top, now harbouring one of the largestsgan- rides, in 1821. nettles in the world. -
Hallo Norden Årsrapport 2017 Hallo Norden Årsrapport 2017 – Bilag
BILAG HALLO NORDEN ÅRSRAPPORT 2017 HALLO NORDEN ÅRSRAPPORT 2017 – BILAG © Nordisk Ministerråd 2018 Layout: Hallo Norden Omslagsfoto: Unsplash Nordisk Ministerråd Nordens Hus Ved Stranden 18 DK-1061 København K www.norden.org Indhold Besøg på Hallo Nordens websider ................................................................................................................................................ 4 Henvendelser til Hallo Norden ...................................................................................................................................................... 8 Hallå Nordens nätverk ................................................................................................................................................................ 13 Hallå Nordens informationsaktiviteter ....................................................................................................................................... 18 Besøg på Hallo Nordens websider Statistikken er baseret på tal fra Google Analytics. Tabel 1: Besøg på Hallo Nordens websider Besøg fra: 2016 2017 Ændring Danmark 214 795 192 629 -10% Finland 162 724 143 082 -12% Færøerne 4 482 4 835 +8% Grønland 2 891 2 137 -26% Island 26 392 25 091 -5% Norge 239 877 228 790 -5% Sverige 324 887 323 723 -0% Åland 3 314 3 446 +4% Ikke-nordiske lande 95 460 76 565 -7% I alt 1 074 822 1 000 298 -7% Tabel 2: Sidevisninger Antal sidevisninger i: 2016 2017 Ændring Danmark 440 737 365 893 -17% Finland 351 868 273 776 -22% Færøerne 11 672 9 430 -19% Grønland 7 154 5 705 -
Pigeon Guillemot Study DELIVERABLES for TASK NO
County: Island Grant No: PROJECT TITLE: Pigeon Guillemot Study DELIVERABLES FOR TASK NO: PROGRESS REPORT: [ ] PROJECT FINAL REPORT: [ X ] PERIOD COVERED: June-Aug 2013 DATE SUBMITTED: This project has been funded wholly or in part by the United States Environmental Protection Agency. The contents of this document do not necessarily reflect the views and policies of the Environmental Protection Agency, nor does mention of trade names or commercial products constitute endorsement or recommendation for use. Pigeon Guillemot Study Whidbey Island, Washington 2013 Breeding Season Kelly L. Zupich Guillemot Research Group Abstract On Whidbey Island, Washington, three Pigeon Guillemot colonies were studied from June 25th, 2013 to August 31st, 2013 during breeding/nesting season. This is the fifth year of study. Pigeon Guillemots are the only seabird that regularly nest on Whidbey Island and remain in the Salish Sea year-round. The diet and behavior of these seabirds makes them an ideal indicator of the condition of the Salish Sea. The objective of this study is to establish baseline data on the population of Pigeon Guillemots on Whidbey Island. The colonies were monitored and data recorded on prey fed to chicks, fledging success, and population. The three colonies involved are Shore Meadows, Mutiny Sands, and Rolling Hills. The average prey choice for all three colonies was 63% gunnel, 29% sculpin, and 8% other. Fledging success in 2013 averaged 55%. Average population was forty five PIGUs at Shore Meadows, fourteen at Mutiny Sands, and nineteen at Rolling Hills. PIGU-Pigeon Guillemot Introduction Pigeon Guillemots (Cepphus columba) are medium sized seabirds of the Alcidae family. -
SHOREBIRDS (Charadriiformes*) CARE MANUAL *Does Not Include Alcidae
SHOREBIRDS (Charadriiformes*) CARE MANUAL *Does not include Alcidae CREATED BY AZA CHARADRIIFORMES TAXON ADVISORY GROUP IN ASSOCIATION WITH AZA ANIMAL WELFARE COMMITTEE Shorebirds (Charadriiformes) Care Manual Shorebirds (Charadriiformes) Care Manual Published by the Association of Zoos and Aquariums in association with the AZA Animal Welfare Committee Formal Citation: AZA Charadriiformes Taxon Advisory Group. (2014). Shorebirds (Charadriiformes) Care Manual. Silver Spring, MD: Association of Zoos and Aquariums. Original Completion Date: October 2013 Authors and Significant Contributors: Aimee Greenebaum: AZA Charadriiformes TAG Vice Chair, Monterey Bay Aquarium, USA Alex Waier: Milwaukee County Zoo, USA Carol Hendrickson: Birmingham Zoo, USA Cindy Pinger: AZA Charadriiformes TAG Chair, Birmingham Zoo, USA CJ McCarty: Oregon Coast Aquarium, USA Heidi Cline: Alaska SeaLife Center, USA Jamie Ries: Central Park Zoo, USA Joe Barkowski: Sedgwick County Zoo, USA Kim Wanders: Monterey Bay Aquarium, USA Mary Carlson: Charadriiformes Program Advisor, Seattle Aquarium, USA Sara Perry: Seattle Aquarium, USA Sara Crook-Martin: Buttonwood Park Zoo, USA Shana R. Lavin, Ph.D.,Wildlife Nutrition Fellow University of Florida, Dept. of Animal Sciences , Walt Disney World Animal Programs Dr. Stephanie McCain: AZA Charadriiformes TAG Veterinarian Advisor, DVM, Birmingham Zoo, USA Phil King: Assiniboine Park Zoo, Canada Reviewers: Dr. Mike Murray (Monterey Bay Aquarium, USA) John C. Anderson (Seattle Aquarium volunteer) Kristina Neuman (Point Blue Conservation Science) Sarah Saunders (Conservation Biology Graduate Program,University of Minnesota) AZA Staff Editors: Maya Seaman, MS, Animal Care Manual Editing Consultant Candice Dorsey, PhD, Director of Animal Programs Debborah Luke, PhD, Vice President, Conservation & Science Cover Photo Credits: Jeff Pribble Disclaimer: This manual presents a compilation of knowledge provided by recognized animal experts based on the current science, practice, and technology of animal management. -
Comparative Reproductive Ecology of the Auks (Family Alcidae) with Emphasis on the Marbled Murrelet
Chapter 3 Comparative Reproductive Ecology of the Auks (Family Alcidae) with Emphasis on the Marbled Murrelet Toni L. De Santo1, 2 S. Kim Nelson1 Abstract: Marbled Murrelets (Brachyramphus marmoratus) are breed on the Farallon Islands in the Pacific Ocean (Common comparable to most alcids with respect to many features of their Murre, Pigeon Guillemot, Cassin’s Auklet, Rhinoceros Auklet, reproductive ecology. Most of the 22 species of alcids are colonial and Tufted Puffin) are presented by Ainley (1990), Ainley in their nesting habits, most exhibit breeding site, nest site, and and others (1990a, b, c) and Boekelheide and others (1990). mate fidelity, over half lay one egg clutches, and all share duties Four inshore fish feeding alcids of the northern Pacific Ocean of incubation and chick rearing with their mates. Most alcids nest on rocky substrates, in earthen burrows, or in holes in sand, (Kittlitz’s Murrelet, Pigeon Guillemot, Spectacled Guillemot, around logs, or roots. Marbled Murrelets are unique in choice of and Marbled Murrelet) are reviewed by Ewins and others nesting habitat. In the northern part of their range, they nest on (1993) (also see Marshall 1988a for a review of the Marbled rocky substrate; elsewhere, they nest in the upper canopy of coastal Murrelet). The Ancient Murrelet, another inhabitant of the coniferous forest trees, sometimes in what appear to be loose northern Pacific Ocean, has been reviewed by Gaston (1992). aggregations. Marbled Murrelet young are semi-precocial as are Alcids that nest in small, loosely-aggregated colonies, as most alcids, yet they hatch from relatively large eggs (relative to isolated pairs, or in areas less accessible to researchers, have adult body size) which are nearly as large as those of the precocial not been well studied. -
Norden, Reframed
Norden, Reframed By Stuart Burch Abstract This paper calls for Norden to be understood as a metaframe. Related formulations like “Nordic art” or “Nordic welfare” function as mesoframes. These trigger multiple framing devices. A cache of related framing devices constitutes a framing archive. Framing devices work best when operating unobtrusively such that inclusions, exclusions and inconsistencies are condoned or naturalised. Their artifice, however, becomes apparent whenever a frame is questioned. Questioning or criticising a frame gives rise to a framing dispute. The theoretical justification for these typologies is provided at the outset. This schema is then applied to a select range of empirical examples drawn largely from the disciplinary frames (Ernst 1996) of art history and museum studies. Despite this specificity it is envisaged that the general principles set out below can and will be used to address a variety of devices, disputes and archives in Norden and beyond. Keywords: Art, Baltic, frame, framing, museum, Norden, Nordic, Scandinavia. Burch, Stuart: “Norden, Reframed”, Culture Unbound, Volume 2, 2010: 565–581. Hosted by Linköping University Electronic Press: http://www.cultureunbound.ep.liu.se Setting the Frames The literature on framing is as vast as it is amorphous (Entman et al. 2008: 175). This is ironic given that the very purpose of a frame is to bring order and focus. A frame is a filter, seeking to include only that which is deemed to be relevant whilst excluding or marginalising all else (Bateson 1954: 187; Schön & Rein 1994: 26; Snow 2004: 384). Some of the ways in which this operates in practice are explored by Erving Goffman in his seminal book Frame Analysis first published in 1974. -
Egg Shape in the Common Guillemot Uria Aalge and Brunnich's Guillemot U. Lomvia: Not a Rolling Matter?
J Ornithol DOI 10.1007/s10336-017-1437-8 ORIGINAL ARTICLE Egg shape in the Common Guillemot Uria aalge and Brunnich’s Guillemot U. lomvia: not a rolling matter? 1 1 2 Tim R. Birkhead • Jamie E. Thompson • John D. Biggins Received: 21 September 2016 / Revised: 9 November 2016 / Accepted: 21 December 2016 Ó The Author(s) 2017. This article is published with open access at Springerlink.com Abstract The adaptive significance of avian egg shape is Bru¨nnich’s Guillemots produce eggs that are as large or poorly understood, and has been studied only in those larger than those of some Common Guillemot populations, species producing pyriform (pear-shaped, or pointed) eggs: the shape–mass hypothesis predicts that that (1) larger (i.e. waders and guillemots (murres) Uria spp., albeit to a heavier) eggs of both guillemot species will be more limited extent. In the latter, it is widely believed that the pyriform (pointed) in shape, and (2) that eggs of the two pyriform shape has evolved to minimise their likelihood of species of same mass should be similarly pointed. We rolling off a cliff ledge: the idea being that the more tested these predictions and found: (1) only a weak, posi- pointed the egg, the narrower the arc in which it rolls, and tive association between egg volume and pointedness in the less likely it is it will fall from a cliff ledge. Previous both guillemot species (\3% of the variation in egg shape research also claimed that the rolling trajectory—the explained by egg volume), and (2) no evidence that eggs of diameter of the arc they describe—of Common Guillemot the two species of similar mass were more similar in shape: U. -
Best Practices Cross Border Relations In
BEST PRACTICES CROSS BORDER ORGANISATIONS IN DENMARK 1. GRÆNSEFORENINGEN (THE BORDER-ORGANISATION 2. KULTURBRO – KULTUR BRüCKE 3. FORENINGEN NORDEN (THE NORDIC ORGANISATION) 1. Grænseforeningen (The Border association) Aim: Through public education Grænseforeningen want to maintain support for the cultural work of the Danish minority in South Schleswig. The Danish minority in Germany comprises about 50,000 people, organized in a rich social life. There are approx. 50 schools, as many kindergartens, also churches, libraries, widespread associations, clubs, a Danish newspaper (Flensburg Avis) and a Danish minded political party, the SSW. The Danish minority receives an annual state subsidy from Denmark of around 520 million. DKK (70 mio €) for the operation of its cultural institutions, etc. Grænseforeningen is the civil support behind this grant. Started after the 1st World War when the Danish minortiy was recognized Activities carried out Since 1919, hundreds of South Schleswig schoolchildren each year have been on a holiday in Denmark. Today the task is of a pedagogical nature: the German children learn about Danish conditions, culture and language. It is now seen as a cultural exchange based on the assumption that both the German and the Danish children benefit greatly from getting to know each other. The program is runned by volunteers. Lobbying activities – Protesting against increased border control etc. 2. Kulturbro (Cultural Bridge) The objective of Kulturbro-Kulturbrücke is to promote cross- border cultural cooperation in the broad sense. The project provides a common fund for innovative cross-border micro- projects. It gives project organizers the motivation to think about their projects "across the border”. -
The Case of the Nordic Councils
The Case of the Nordic Councils MAPPING MULTILATERALISM IN TRANSITION NO. 1 TOBIAS ETZOLD DECEMBER 2013 The global architecture of multilat - Nordic multilateral cooperation represents one of the oldest and most eral diplomacy is in transition and a traditional forms of regional cooperation in Europe. It comprises the five comprehensive understanding of Nordic countries (often referred to as “Norden”)—Denmark, Finland, the new dynamics, players, and Iceland, Norway, and Sweden as well as their autonomous regions, the Faroe capacities is needed. The Mapping Islands (Denmark), Greenland (Denmark), and the Åland Islands (Finland). Nordic cooperation has deep roots in history, but started to become more Multilateralism in Transition series institutionalized and formalized only after the end of the Second World War. features short briefing papers on Nordic cooperation builds primarily on consultation and coordination established but evolving regional without affecting the countries’ sovereignty. 1 Four factors were decisive for the organizations and select cross- emerging Nordic multilateral structures after World War II: first, the regional organizations. The papers countries share common historical and cultural traditions, and their closely aim to: (1) identify the key role and related languages enable transnational contacts on all societal levels; second, features of the organizations; (2) the division of labor within their joint institutions bears several advantages; third, the unequal power dynamics of several Nordic countries bordering assess their current dynamics; and major European military, economic, and cultural powers led to the solidifica - (3) analyze their significance for the tion of a Nordic identity and a strengthening of Nordic cooperation; and overall regional and global geopolit - finally, mutual support for a Nordic commitment to act independently in ical context. -
Publications of Interest to the Marine Mammals Committee 1993
International Council for the C.M. 1994/N:3 Exploration of the Sea Publications of interest to the Marine Mammals Committee 1993 compiled by Arne Bjßrge DENlVlARK Amos, B., Bloch, D., Desportes, G., Majerus, T.M.O., Bancroft, D., Barrett, J., and Dover, G.A. 1993. A review of molecular evidence relating to social organisation and breeding system in the long-finned pilot whale. Rep. int. Whal. Commn (special issue 14): 209-218. Paper WP 20 presented to the ICES Study Group on Pilot Whales, Copenhagen, Denmark, August September 1993. Andersen, D., Kinze, C.C. and Skov, J. 1992. The use of pelvic bones in the harbour porpoise PllOcoella pllOcoella as an indication of sexual maturity. Lutra 35: 105-112. Andersen, L.\V. 1993. Further studies on the population structure ofthe 10ng-finned pilot whale, Globicephala melas, off the Faroe Islands. Rep. int. Whal. Commn. (special issue 14): 219 232. Paper WP-23 presented to the ICES Study Group on Pilot Whales, Copenhagen, Denmark, August-September 1993. Andersen, L.\V. 1993. The population structure of the harbour porpoise, PllOcoella pllOcoella, in Danish waters and part of the North Atlantic. Marine Biology 116: 1-7. Andersen, L.\V. 1993. The genetical population structure of the Western and Eastern North Atlantic 10ng-finned pilot whale, Globicephala me/as, analyzed by electrophoretie markers. Paper WP-29 presented to the ICES Study Group on Pilot Whales, Copenhagen, Denmark, • August-September 1993. Bloch, D. 1993. Frerpbankens hvaler. In: Gaard, E. und Poulsen, M. (Eds.). Frerpbanke Projektet. Fiskiranns6knarstovan, Heilsufrpiiliga Starvstovan, Natturuvfsindadeildin, Natturugripasavn, Biofar: 135-138. Bloch, D. -
Significance of the Pattern of Nest Distribution in the Pigeon Guillemot (Cepphus Col Umba )
SIGNIFICANCE OF THE PATTERN OF NEST DISTRIBUTION IN THE PIGEON GUILLEMOT (CEPPHUS COL UMBA ) S. K. EMMS • AND N. A.M. VERBEEK Departmentof BiologicalSciences, Simon Fraser University, Burnaby, British Columbia V5A 1S6,Canada ABSTRACT.--Westudied nest distribution in the Pigeon Guillemot (Cepphuscolumba), and three possibleselective factors that influence it: nest predation, the use of nest groupsas information centers for food finding, and spatial variation in nest-hole quality. Quadrat surveysin 2 yr suggestedthat nestswere dispersedrandomly with respectto the distribution of suitableholes, but on a larger spatialscale, holes on the south shorewere preferred to those on the north. Predation intensity was largely independent of nest density. This was true whether egg predationalone, chickpredation alone, or total predationwas considered. Nestingclose to other birds, however,had a slight advantageon a very local scale.Reduced predationon south-shorenests seemed to be due to their beingbetter protected from predators ratherthan to specificadvantages to aggregation.Neither chickfeeding rates nor chickgrowth ratesincreased with nestgroup size, indicatingthat nestgroups did not serveas information centersfor food finding. We concludethat the observedclumping of nestswas due to a clumpeddistribution of suitablesites and spatialvariation in nest-holequality. Received18 February1988, accepted3 October1988. COLONI^Lnesting is a highly conspicuous knowledgeableroost mates, and recentlyBrown pattern of breedingin birds, and many studies (1986), -
Nesting Density, Habitat Structure and Human Disturbance As Factors in Black Guillemot Reproduction
Wilson Bull., 92(3), 1980, pp. 352-361 NESTING DENSITY, HABITAT STRUCTURE AND HUMAN DISTURBANCE AS FACTORS IN BLACK GUILLEMOT REPRODUCTION DAVID CAIRNS Seabirds probably choose inaccessible islands and cliffs for breeding sites to counteract predation, but colony size and distribution are related more closely to food habits (Lack 1967). Thus, species of seabirds which feed inshore tend to form small colonies, while species which feed offshore often form large concentrated colonies, less often along the coast. The Black Guillemot (Cepphus grylle) differs from most alcids in feeding in- shore, and its colonies are generally small and dispersed. But unlike other inshore feeders, guillemots nest in crevices which protect their clutches from avian predation at least. Breeding dispersion in other inshore feeders is affected by predation, so this protection may permit guillemots to re- spond to other selective pressures affecting nest spacing. Breeding success of the Black Guillemot has been related to habitat quality and nesting density (Divoky et al. 1974, Preston 1968). In the latter case, low breeding success and a high rate of intraspecific aggression in 1 high density nesting area suggested that the Black Guillemot is not well adapted for colonial nesting. The purpose of this study was to investigate the relations among habitat structure, nesting density, breeding success and behavior in the Black Guillemot. I also evaluated the possible influence of observer interference on breeding success, such as has been documented for Common Murres (Uris aalge) (Johnson 1938), Double-crested Cormorants (Phalucrocorux au&us) (Ellison and Cleary 1978) and gulls (Lams spp.) (Hunt 1972, Rob- ert and Ralph 1975, Gillett et al.