Color Markings Used in the EAA Flyway
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The Relict Gull Larusrelictus in China and Elsewhere
FORKTAIL 6 (1991): 43-65 The Relict Gull Larusrelictus in China and elsewhere DANIEL G. DUFF, DAVID N. BAKEWELL and MARTIN D. WilLIAMS Since the last review a decade ago of the Relict Gull Larus relictus, some new specimens have been discovered, observations made and photographic records identified. All the known localities for the species are now summarised. Historically, before the validity of the species was established in 1970, the majority of specimens and sight records seem to have been attributed to Brown-headed Gull L. brunnicephalus. Five breeding sites are now known. The first indications are that the non-breeding range lies at more northerly latitudes than hitherto surmised. The species seems to replace Brown-headed Gull through much of Mongolia, Nei Mongol autonomous region and neighbouring territories, but shows features suggesting close relationship with Great Black-headed Gull L. ichthY{1£tus. On 24 April 1929 K. G. Soderbom collected a specimen of an unusual hooded gull at Tsondol on the Edsin Gol (river) in Inner Mongolia, China. The resulting controversy surrounding this bird is well summarised by Kitson (1980); the specimen was initially described as a race of Mediterranean Gull Larus melanocephalus relictus (LOnnberg 1931), and subsequently as an aberrant Brown-headed Gull L. brnnnicephalus (Dement'yev and Gladkov 1969) or as a Brown-headed X Great Black-headed L. ichthyaetus hybrid (Vaurie 1962). The Relict Gull Larus relictuswas eventually confirmed as a valid species in 1970 (Auezov 1971, Stubbe and Bolod 1971, ll'ichyev and Zubakin 1988) following the discovery of two breeding colonies in the U.S.S.R Only five breeding sites have so far been located and the wintering grounds remain largely undiscovered. -
Genome-Wide Analyses of the Relict Gull (Larus Relictus) Insights Into Evolutionary Implications
Genome-Wide Analyses of the Relict Gull (Larus Relictus) Insights Into Evolutionary Implications Chao Yang Shaanxi Institute of Zoology Xuejuan Li Shaanxi Normal University Qingxiong Wang Shaanxi Institute of Zoology Hao Yuan Shaanxi Normal University Yuan Huang ( [email protected] ) Shaanxi Normal University https://orcid.org/0000-0001-7683-9193 Hong Xiao Shaanxi Institute of Zoology Research article Keywords: Whole-genome, PacBio sequencing, Larus relictus, Habitat loss, Population fragmentation Posted Date: November 10th, 2020 DOI: https://doi.org/10.21203/rs.3.rs-103622/v1 License: This work is licensed under a Creative Commons Attribution 4.0 International License. Read Full License Version of Record: A version of this preprint was published at BMC Genomics on April 29th, 2021. See the published version at https://doi.org/10.1186/s12864-021-07616-z. Page 1/14 Abstract Background The relict gull (Larus relictus), one of the least known Aves, was classied as vulnerable on the IUCN Red List and is a rst-class national protected bird in China. Genomic resources for L. relictus are lacking, which limits the study of its evolution and its conservation. Results In this study, based on the Illumina and PacBio sequencing platforms, we successfully assembled the genome of L. relictus, the rst reference genome of the genus Larus. The size of the nal assembled genome was 1.21 Gb, with a contig N50 of 8.11 Mb. A total of 18,454 protein-coding genes were predicted from the assembly results, with 16,967 (91.94%) of these genes annotated. The genome contained 92.52 Mb of repeat sequence, accounting for 7.63% of the assembly. -
Franklin's Gull Larus Pipixcan at Tanggu, Tianjin: First Record for China
Forktail 21 (2005) SHORT NOTES 171 CONSERVATION and Dilip Roy for dedicated assistance in the field during the study. At Buxa Tiger Reserve, Jerdon’s and Black Bazas are not directly targeted for hunting or persecution. Both REFERENCES species are listed on Schedule I of the Indian Wildlife (Protection) Act 1972. Ali, S. and Ripley, S. D. (1987) Compact handbook of the birds of India A wide range of pesticides are used in the tea and Pakistan. New Delhi: Oxford University Press. gardens surrounding the reserve where bazas feed, and Baker, E. C. S. (1935) The nidification of the birds of the Indian Empire. London: Taylor and Francis. this may have detrimental consequences for them. Brown, L. H. (1955) Supplementary notes on the biology of the Monitoring pesticide use and residues in birds would large birds of prey of Enbu District, Kenya Colony. Ibis 97: be desirable. Illegal woodcutting was noted throughout 38–64, 183–221. the reserve. Selective removal of mature tall trees may Ferguson-Lees, J. and Christie, D. A. (2001) Raptors of the world. reduce the availability of nest sites for bazas. London: A. & C. Black. Prevention of such activities is needed immediately. Grossman, M. L., Grossman, S. and Hamlet, J. (1965) Birds of prey of the world. London: Cassell & Co. Grimmett, R., Inskipp, C. and Inskipp, T. (1998) Birds of the Indian subcontinent. Delhi: Oxford University Press. ACKNOWLEDGEMENTS del Hoyo, J., Elliott, A. and Sargatal, J., eds. (1994) Handbook of the birds of the world. Vol. 2. Barcelona, Spain: Lynx Edicions. We thank the U. S. -
The Mysteries of Bird Migration – Still Much to Be Learnt
The mysteries of bird migration – still much to be learnt Franz Bairlein ABSTRACT Bird ringing has unveiled many mysteries of avian migrations, notably routes and destinations. However, there is still much to be explored by the use of ringing and other marking techniques. Satellite tracking, geolocation and global positioning systems are new tools, as well as particular chemical and molecular markers which appear to be very useful in the study of bird migration by delineating origin of birds and connectivity between breeding and non-breeding grounds. Understanding of bird migrations also gained much from captive studies about the internal mechanisms in the control of bird migration, but we still lack knowledge about external factors, such as food availability, weather, competitors, parasites or diseases.This paper summarises ongoing studies on Northern Wheatears Oenanthe oenanthe to illustrate the benefit of such an integrated approach. Future migration research must aim much more at comparative research and a more integrated approach at various spatial and temporal scales, and linking various sub-disciplines. It is also important to realise that migration is only one part of the life-cycle of a migrating species.Thus, linking migration and breeding is another future challenge, for both basic science and conservation of migratory birds. or centuries, the seasonal arrival and The study of bird migration by ringing departure of bird species to and from Our knowledge of bird migration improved Ftheir breeding grounds remained a dramatically with the development of bird mystery. Although these events were described ringing, first practised by the Danish school by early observers such as the wall and floor teacher Hans Christian Cornelius Mortensen in painters of ancient Egypt, Aristotle and the 1899 (Jespersen & Tåning 1950; Bairlein 2001). -
A Bird's EYE View on Flyways
A BIRD’S EYE VIEW ON FLywayS A brief tour by the Convention on the Conservation of Migratory Species of Wild Animals IMPRINT Published by the United Nations Environment Programme (UNEP) and the Secretariat of the Convention on the Conservation of Migratory Species of Wild Animals (CMS) A BIRD’S EYE VIEW ON FLywayS A brief tour by the Convention on the Conservation of Migratory Species of Wild Animals UNEP / CMS Secretariat, Bonn, Germany. 68 pages. Produced by UNEP/CMS Text based on a report by Joost Brouwer in colaboration with Gerard Boere Coordinator Francisco Rilla, CMS Secretariat, E-mail: [email protected] Editing & Proof Reading Hanah Al-Samaraie, Robert Vagg Editing Assistant Stéphanie de Pury Publishing Manager Hanah Al-Samaraie, Email: [email protected] Design Karina Waedt © 2009 United Nations Environment Programme (UNEP) / Convention on Migratory Species (CMS). This publication may be reproduced in whole or in part and in any form for educational or non-profit purposes without special permission from the copyright holder, provided acknowledgement of the source is made. UNEP would appreciate receiving a copy of any publication that uses this publication as a source. No use of this publication may be made for resale or for any other commercial purpose whatsoever without prior permission in writing from the United Nations Environment Programme. DISCLAIMER The contents of this volume do not necessarily reflect the views of UNEP or contributory organizations.The designations employed and the presentations do not imply the expression of any opinion whatsoever on the part of UNEP or contrib- utory organizations concerning the legal status of any country, territory, city or area in its authority, or concerning the delimitation of its frontiers or boundaries. -
Partial Migration in the Mediterranean Storm Petrel Hydrobates Pelagicus Melitensis
Lago et al.: Partial migration in Mediterranean Storm Petrel 105 PARTIAL MIGRATION IN THE MEDITERRANEAN STORM PETREL HYDROBATES PELAGICUS MELITENSIS PAULO LAGO*, MARTIN AUSTAD & BENJAMIN METZGER BirdLife Malta, 57/28 Triq Abate Rigord, Ta’ Xbiex XBX 1120, Malta *([email protected]) Received 27 November 2018, accepted 05 February 2019 ABSTRACT LAGO, P., AUSTAD, M. & METZGER, B. 2019. Partial migration in the Mediterranean Storm Petrel Hydrobates pelagicus melitensis. Marine Ornithology 47: 105–113. Studying the migration routes and wintering areas of seabirds is crucial to understanding their ecology and to inform conservation efforts. Here we present results of a tracking study carried out on the little-known Mediterranean Storm Petrel Hydrobates pelagicus melitensis. During the 2016 breeding season, Global Location Sensor (GLS) tags were deployed on birds at the largest Mediterranean colony: the islet of Filfla in the Maltese Archipelago. The devices were retrieved the following season, revealing hitherto unknown movements and wintering areas of this species. Most individuals remained in the Mediterranean throughout the year, with birds shifting westwards or remaining in the central Mediterranean during winter. However, one bird left the Mediterranean through the Strait of Gibraltar and wintered in the North Atlantic. Our results from GLS tracking, which are supported by data from ringed and recovered birds, point toward a system of partial migration with high inter-individual variation. This highlights the importance of trans-boundary marine protection for the conservation of vulnerable seabirds. Key words: Procellariformes, movement, geolocation, wintering, Malta, capture-mark-recovery INTRODUCTION The Mediterranean Storm Petrel has been described as sedentary, because birds are present in their breeding areas throughout the year The Mediterranean Storm Petrel Hydrobates pelagicus melitensis is (Zotier et al. -
CMS/CAF/Inf.4.13 1 Central Asian Flyway Action Plan for Waterbirds and Their Habitat Country Report
CMS/CAF/Inf.4.13 Central Asian Flyway Action Plan for Waterbirds and their Habitat Country Report - INDIA A. Introduction India situated north of the equator covering an area of about 3,287,263 km2 is one of the largest country in the Asian region. With 10 distinctly different bio geographical zones and many different habitat types, the country is known amongst the top 12 mega biodiversity countries. India is known to support 1225 species of bird species, out of these 257 species are water birds. India remains in the core central region of the Central Asian Flyway (CAF) and holds some crucial important wintering population of water bird species. India is also a key breeding area for many other water birds such as Pygmy cormorant and Ruddy-shelduck, globally threatened water birds such as Dalmatian Pelican, Lesser White-fronted Goose, Siberian crane, oriental white stork, greater adjutant stork, white winged wood duck etc. Being located in the core of the CAF, and several important migration routes the country covers a large intra-continental territory between Arctic and Indian Ocean. Being aware of the importance of the wetlands within the geographic boundary of the India for migrating avifauna, India has developed a wetland conservation programme. India currently has 19 RAMSAR sites. India has identified more than 300 sites which has the potential to be consider as the RAMSAR sites. However, being the second most populus nation in the world with agricultural economy, wetlands are one of the most used habitat with water bird and human interface. Much of the Indian landmass also being dependent to the normal monsoonal rainfall for precipitation is also subjected to extremes of drought and flood making the wetlands vulnerable to drastic ecological changes. -
Hitchhikers' Guide to Analysing Bird Ringing Data
Ornis Hungarica 2015. 23(2): 163–188. DOI: 10.1515/orhu-2015-0018 Hitchhikers’ guide to analysing bird ringing data Part 1: data cleaning, preparation and exploratory analyses ANDREA HARNOS1*, PÉTER FEHÉRVÁRI2 & Tibor Csörgő3 Andrea Harnos, Péter Fehérvári & Tibor Csörgő 2015. Hitchhikers’ guide to analysing bird ring- ing data – Part 1. – Ornis Hungarica 23(2): 163–188. Abstract Bird ringing datasets constitute possibly the largest source of temporal and spatial in- formation on vertebrate taxa available on the globe. Initially, the method was invented to un- derstand avian migration patterns. However, data deriving from bird ringing has been used in an array of other disciplines including population monitoring, changes in demography, conservation management and to study the effects of climate change to name a few. Despite the widespread usage and importance, there are no guidelines available specifically describing the practice of data management, preparation and analyses of ringing datasets. Here, we present the first of a series of comprehensive tutorials that may help fill this gap. We describe in detail and through a real-life example the intricacies of data cleaning and how to create a data table ready for analy- ses from raw ringing data in the R software environment. Moreover, we created and present here the R package; ringR, designed to carry out various specific tasks and plots related to bird ringing data. Most methods described here can also be applied to a wide range of capture-recapture type data based on individual marking, regardless to taxa or research question. Keywords: data cleaning, R statistical software, banding data, statistical analysis, mark-recapture, data management Összefoglalás Feltehetően a madárgyűrűzésből származó adatok szolgáltatják a leghosszabb időtávot felölelő és legtöbb adatot tartalmazó gerinces adatbázist a Földön. -
The Practiced
advocatedan appreciationof the KennKaufman commonbirds. Belatedly, and a bit sheepishly,I took some time to study THEPRACTICED EYE andsketch these abundant gulls. 7•xtand Illustrations byKenn Kaufman What wasironic about my previ- ousneglect of themwas that I had spentmany an hour looking for this very species--inNorth America, where it is an uncommon visitor in most areas.Back in North America, I hadcombed through flocks of Bona- Identif-yingtheCommon parte'sGulls, ignoringthe Bona- parte'sthemselves while hoping for a Black-headedGull Black-headed.So it oftengoes with birders,seduced by the lure of rarity, failingto takenote of thewonderful birdsthat happen to becommon. Over most of North America, the Common Black-headedGull (Larus ridibundus)is definitelynot a com- ...I think of the companies other words, I had failed to heed the monbird. As a stragglerfrom Europe, influenceof thegreat scholar-natu- it was first recordedin •93o at that of black-headedgulls ralistLouis Halle, who had always remarkablegull-watching center of that flow overthe housetops of Geneva,dipping and risingtogether, their wings movingto the rhythm of a dance.By comparison, the spectacleof the ballet-dancers at the Grand Theatreof Geneva, tryingto take off like birds, is awkwardand pitiful. --Louis J. Halle, from TheAppreciation of Birds NOT LONG AGO I SPENT A MONTH watchingbirds at Beidaihe,on the coast of China. One of the most nu- merous birds there was the Common Black-headedGull. Almost every day I wouldsearch through the flocks of Black-headeds,looking for theodd raritylike RelictGull or Saunders'sFigure 1. AdultBonaparte's and Common Black-headed Gulls in summer. Which one is the Black- Gull. -
Laridaerefspart1 V1.2.Pdf
Introduction This is the first of two Gull Reference lists. It includes all those species of Gull that are not included in the genus Larus. I have endeavoured to keep typos, errors, omissions etc in this list to a minimum, however when you find more I would be grateful if you could mail the details during 2014 & 2015 to: [email protected]. Grateful thanks to Wietze Janse (http://picasaweb.google.nl/wietze.janse) and Dick Coombes for the cover images. All images © the photographers. Joe Hobbs Index The general order of species follows the International Ornithologists' Union World Bird List (Gill, F. & Donsker, D. (eds.) 2014. IOC World Bird List. Available from: http://www.worldbirdnames.org/ [version 4.2 accessed April 2014]). Cover Main image: Mediterranean Gull. Hellegatsplaten, South Holland, Netherlands. 30th April 2010. Picture by Wietze Janse. Vignette: Ivory Gull. Baltimore Harbour, Co. Cork, Ireland. 4th March 2009. Picture by Richard H. Coombes. Version Version 1.2 (August 2014). Species Page No. Andean Gull [Chroicocephalus serranus] 19 Audouin's Gull [Ichthyaetus audouinii] 37 Black-billed Gull [Chroicocephalus bulleri] 19 Black-headed Gull [Chroicocephalus ridibundus] 21 Black-legged Kittiwake [Rissa tridactyla] 6 Bonaparte's Gull [Chroicocephalus philadelphia] 16 Brown-headed Gull [Chroicocephalus brunnicephalus] 20 Brown-hooded Gull [Chroicocephalus maculipennis] 20 Dolphin Gull [Leucophaeus scoresbii] 31 Franklin's Gull [Leucophaeus pipixcan] 34 Great Black-headed Gull [Ichthyaetus ichthyaetus] 41 Grey Gull [Leucophaeus -
ADU Guide 5 SAFRING Bird Ringing Manual
ADU Guide 5 SAFRING Bird Ringing Manual S.J. de Beer G.M. Lockwood J.H.F.A. Raijmakers J.M.H. Raijmakers W.A. Scott H.D. Oschadleus L.G. Underhill Cape Town, July 2001 Avian Demography Unit DEA & T The Avian Demography Unit (ADU) is a research unit of the University of Cape ADU Guide 5 Town. It conducts research in partnership with BirdLife South Africa. The ADU provides a channel through which birders can make a unique and significant input to the science of ornithology. BirdLife South Africa members form a net- work of observers who contribute data to projects coordinated by the ADU. The SAFRING ADU produces the newsletter Bird Numbers twice a year. The mission of the Avian Demography Unit is to contribute to the improved Bird Ringing Manual understanding of bird populations, especially bird population dynamics, and thus make a contribution to bird conservation. The Avian Demography Unit achieves this through mass-participation projects, long-term monitoring, innovative statistical modelling, and population-level interpretation of results. The empha- sis is on the curation, analysis, publication and dissemination of data. S.J. de Beer ADU Guides provide information on projects of the Avian Demography Unit G.M. Lockwood at the University of Cape Town. J.H.F.A. Raijmakers Birders interested in being involved in projects of the ADU should write to: J.M.H. Raijmakers Avian Demography Unit, University of Cape Town, Rondebosch 7701, South Africa, tel. (021) 650-2423, e-mail [email protected]. W.A. Scott Other publications in this series: H.D. -
Capturing Birds with Mist Nets: a Review
Capturingbirds with mist nets: A review Brt•mE. Keyesand Chr/sflanE. Grue provementshave been made in their design.These in- heovermist 300netyears was agodeveloped as a techniquebyJapanese for capturing hunters clude a choiceof smallerand larger meshsizes and the birds for food (Austin1947, Spencer 1972). Today mist replacementof cotton,silk, and nylon webbing with netsare undoubtedlythe mostcommonly used method monofilamentnylon and terylenefor increasedstrength for capturingbirds for research(Spencer 1972). As a and durability.Mist netswith a varietyof specifications result, many improvementsand modificationsin mist are now available commercially.Consult recent issues nets and their use have been suggestedby nettersfor of thisand otherornithological iournals for suppliers. particularspecies and habitats.With a few exceptions, Black mist nets are used most often since this color thisinformation is widely scatteredthroughout the orni- absorbsrather than reflectslight. However, othercolors thologicalliterature. Low (1957)has describedbasic mist-netoperations. Methods for mist-nettingin adverse are available for specifichabitat conditions.For exam- weatherconditions or particularhabitats have been de- ple,fine sand-colored nets have been effective in cap- turing shorebirdsin open-beachareas (Bleitz 1961). scribedby Bleitz (1970)and Spencer(1972). The most Pale green-aqua,dark green, dark brown, and white comprehensivereviews of mist-nettingtechniques pres- netshave alsobeen usedsuccessfully in marshes,for- ently available to netters are those of Wilson et al. ests and fields, mud flats, and snow-covered areas, re- (1965]and Bub (1967].In this paper we provide a re- spectively(Bleitz 1962b, 1964). view suitablefor both novice and experiencednetters emphasizingNorth Americanbird speciesand habitats. Various net sizes are also available. The standard mist net measuresabout 2 x 9 m (7 x 30 ft).