Citizens, Science and Bird Conservation
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Eds. 1965. Princeton, New Jersey, Princeton Univ. Press. Pp. X Q- 922
REVIEWS EDITED BY KENNETH C. PARKES The Quaternary of the United States.--H. E. Wright, Jr., and David G. Frey, eds.1965. Princeton,New Jersey,Princeton Univ. Press.Pp. x q- 922, illus., 11 in. $25.00.--Knowledgeis accumulatingvery rapidly in the generalarea of Pleistocene q- Recent (= Quaternary) biogeographyand evolutionary history. This exponential growth resultsfrom the rapid developmentof improvedmethods of dating orga.nic matter (radiocarbon,potassium argon, etc.), in pollen core analysis,in glacial and extra-glacial stratigraphy, in oceanography,and in other areas, as well as from acceleratedprosecution of classicalpaleontological and biogeographicanalyses. Con- sequently,review papers and symposiagrow out of date almost as rapidly as they are published. Resulting from the seventh and latest Congressof the International Association for QuaternaryResearch (INQUA), at Boulder,Colorado, in 1965,the presentmassive volume supersedesall of its predecessorsfor the area in question (which, despite the title, variously relatesto most of North America). Each review paper is complete in itself with its own bibliography; there are terminal indices to all. Emphasis is divided among Parts I-IV (Geology; Biogeography;Archaeology; Miscellaneous). While general background is always useful, Part II is obviously of the greatest immediate interest to ornithologists. It is divided among"Phytogeography and Palynology" (pollen analysis), "Zoogeog- raphy and Evolution," and a summarizing"Pleistocene Nonmarine Environments" (by E. S. Deevey, Jr.). Under the second sub-heading are chapters on mammals (by C. W. Hibbard and four other active authors), birds ("Avian Speciation in the Quaternary"; pp. 529-542, by Robert K. Selander), amphibians (by W. Frank Blair), reptiles (by Walter Auffenberg and William W. -
2017 City of York Biodiversity Action Plan
CITY OF YORK Local Biodiversity Action Plan 2017 City of York Local Biodiversity Action Plan - Executive Summary What is biodiversity and why is it important? Biodiversity is the variety of all species of plant and animal life on earth, and the places in which they live. Biodiversity has its own intrinsic value but is also provides us with a wide range of essential goods and services such as such as food, fresh water and clean air, natural flood and climate regulation and pollination of crops, but also less obvious services such as benefits to our health and wellbeing and providing a sense of place. We are experiencing global declines in biodiversity, and the goods and services which it provides are consistently undervalued. Efforts to protect and enhance biodiversity need to be significantly increased. The Biodiversity of the City of York The City of York area is a special place not only for its history, buildings and archaeology but also for its wildlife. York Minister is an 800 year old jewel in the historical crown of the city, but we also have our natural gems as well. York supports species and habitats which are of national, regional and local conservation importance including the endangered Tansy Beetle which until 2014 was known only to occur along stretches of the River Ouse around York and Selby; ancient flood meadows of which c.9-10% of the national resource occurs in York; populations of Otters and Water Voles on the River Ouse, River Foss and their tributaries; the country’s most northerly example of extensive lowland heath at Strensall Common; and internationally important populations of wetland birds in the Lower Derwent Valley. -
( 133 ) on the Yellow Wagtails, and Their
( 133 ) ON THE YELLOW WAGTAILS, AND THEIR POSITION IN THE BRITISH AVIFAUNA. BY N. F. TICEHURST, F.R.C.S., M.B.O.U. IN 1832 the late John Gould pointed out that the British Yellow Wagtail was a different species from that inhabiting the nearest parts of the continent and at the same time clearly showed that, while the continental bird was of rare occurrence in this country, our common species was almost equally rare on the continent.* The common Yellow Wagtail (Motacilla rail, Bonaparte) is a regular summer migrant to the British islands, which form its head-quarters throughout the breeding season. It arrives on our south coast during the last ten days of March, throughout April and during the first week of May, the males generally appearing a full fortnight before the females. Jts breeding range extends from the southern counties of England as far west as Somerset, northward to Inverness and Aberdeen, throughout which area it is generally distributed in suitable localities. In Devon and Cornwall it occurs chiefly as a spring and autumn migrant, though in the former county it breeds in limited numbers. In Wales it is local as a breeding species, while to the north of Scotland it can only be regarded as a rare visitor. It is said to have occurred in the Shetlands, and an adult male was obtained on Fair Isle, 8th May, 1906, and in Ireland it is extremely local, breeding in one or two localities only. In most parts of the continent it occurs only as a straggler during the periods of migration, but in France it is found in summer as a breeding species to the west of " Proc. -
Autumnal Premigratory and Migratory Periods in the Chaffinch (Fringilla
THE CONDOR VOLUME69 SEPTEMBER-OCTOBER,1967 NUMBER 5 AUTUMNAL PREMIGRATORY AND MIGRATORY PERIODS IN THE CHAFFINCH (FRZNGZLLA COELEBS COELEBS) AND SOME OTHER TEMPERATE-ZONE PASSERINE BIRDS VICTOR R. DOLNIK and TATYANA I. BLYUMENTAL This paper is a short review of the research on metabolism and behavior of some migratory birds carried out at the Biological Station of the Zoological Institute of the Academy of Science of the USSR located at the Kurishe Nehrung in the Baltic Sea. Most of the data on which this review is based have been published in various Russian journals. MATERIALS AND METHODS The Kurishe Nehrung is a long, narrow strip of sand hills covered by trees and shrubs. It separates the Kurishe Gulf from the Baltic Sea (fig. 1). In the spring and particularly in the autumn the Kurishe Nehrung is the route of very intensive daytime migration of birds. Many birds that nest in the northern part of the USSR and in Finland and spend the winter in southern and western Europe, Asia Minor, and Africa migrate through the Kurishe Nehrung. Formerly the Vogelwarte Rossitten was located there. Six great stationary traps (fig. 2) are set by our station and by Lithuanian ornithologists on the Kurishe Nehrung and on the opposite shore of the gulf (fig. 1). About 50,000 birds are trapped each year. Immediately after trapping, the birds are banded, weighed, identified with regard to sex and age, the wing length is measured, the size of the cloaca1 protuberance in males and the stage of brood-patch development in females is recorded, and the molt and fatness are visually estimated by classes. -
Merlewood RESEARCH and DEVELOPMENT PAPER No 84 A
ISSN 0308-3675 MeRLEWOOD RESEARCH AND DEVELOPMENT PAPER No 84 A BIBLIOGRAPHICALLY-ANNOTATED CHECKLIST OF THE BIRDS OF SAETLAND by NOELLE HAMILTON Institute of Terrestrial Ecology Merlewood Research Station Grange-over-Sands Cumbria England LA11 6JU November 1981 TABLE OF CONTENTS INTRODUCTION 1-4 ACKNOWLELZEMENTS 4 MAIN TEXT Introductory Note 5 Generic Index (Voous order) 7-8 Entries 9-102 BOOK SUPPUNT Preface 103 Book List 105-125 APPENDIX I : CHECKLIST OF THE BIRDS OF SBETLAND Introductar y Note 127-128 Key Works : Books ; Periodicals 129-130 CHECKLI5T 131-142 List of Genera (Alphabetical) 143 APPENDICES 11 - X : 'STATUS' IJSTS Introductory Note 145 11 BREEDING .SPECIES ; mainly residem 146 111 BREEDING SPECIES ; regular migrants 147 N NON-BREEDING SPECIES ; regular migrants 148 V NON=BREEDING SPECIES ; nationally rare migrants 149-150 VI NON-BREEDING SPECIES ; locally rare migrants 151 VII NON-BREEDING SPECIES : rare migrants - ' escapes ' ? 152 VIII SPECIES RECORDED IN ERROR 153 I IX INTRDWCTIONS 154 X EXTINCTIONS 155 T1LBLE 157 INTRODUCTION In 1973, in view of the impending massive impact which the then developing North Sea oil industry was likely to have on the natural environment of the Northern Isles, the Institute of Terrestrial Ecology was commissioned iy the Nature Conservancy Council to carry out an ecological survey of Shetland. In order to be able to predict the long-term effects of the exploitation of this important and valuable natural resource it was essential to amass as much infarmation as passible about the biota of the area, hence the need far an intensive field survey. Subsequently, a comprehensive report incorporating the results of the Survey was produced in 21 parts; this dealt with all aspects of the research done in the year of the Survey and presented, also, the outline of a monitoring programme by the use of which it was hoped that any threat to the biota might be detected in time to enable remedial action to be initiated. -
Print 02/02 February
The non-breeding status of the Little Egret in Britain A. J. Musgrove Mike Langman ABSTRACT The Little Egret Egretta garzetta, formerly a rare vagrant in Britain, has undergone a remarkable range expansion following a large influx in 1989, and at the end of 1990 it was removed from the list of species considered by the British Birds Rarities Committee. Single-site counts in excess of 100 were made in autumn 1995, with the first site count of more than 200 in autumn 1998.The Little Egret was confirmed as a new British breeding bird in 1996, and by 1999 at least 30 breeding pairs were recorded at a total of nine sites. This paper documents the change in the species’ non-breeding status in Britain. Using data from the Wetland Bird Survey, with supplementary counts from roost surveys and county bird reports, it is estimated that more than 1,650 Little Egrets were present in September 1999, over 40% of these between Swanage Bay, Dorset, and Pagham Harbour,West Sussex. A further increase in the British population is expected.The increase in Britain has been mirrored in adjacent areas of northwest Europe. 62 © British Birds 95 • February 2002 • 62-80 Non-breeding status of Little Egret ormerly a rare vagrant in Britain, the Palearctic, very few were reported in the nine- Little Egret Egretta garzetta has undergone teenth century and in the first half of the twen- Fa remarkable range expansion in recent tieth century. In fact, certain well-watched years. Following a large influx into Britain in counties did not record the species until com- 1989, and continued high numbers during paratively recently, with first county records for 1990, the British Birds Rarities Committee took Sussex in 1952 (James 1996), Norfolk in 1952 the decision to remove the Little Egret from the (Taylor et al. -
Predictions of the Effects of Global Climate Change on Britain's Birds Stephen Moss
British Birds Established 1907; incorporating 'The Zoologist', established 1843 Predictions of the effects of global climate change on Britain's birds Stephen Moss ABSTRACT Global climate change is no longer speculation, but reality. It will have unprecedented effects on Britain's weather and climate, and on habitats, ecosystems and the flora and fauna which comprise them, including birds. As a result, during the next century there are likely to be major changes in our avifauna: range extensions and contractions, rises and declines in populations, new colonists and extinctions as British breeding birds. Global warming will also affect patterns of migration, wintering and vagrancy, with long-distance migrants particularly at risk. In order to deal with the new challenges posed by climate change, our current conservation strategy will have to shift rapidly and radically. Whole ecosystems may have to be relocated or in some cases created from scratch, in order to deal with loss of habitat and changes in range. Whether or not this will ultimately prove successful it is still too early to say. [Brit. Birds 91: 307-325, August 1998] © British Birds Ltd 1998 307 308 Moss: The effects of global climate change Global climate change, as a result of mankind's profligate misuse of natural resources, is no longer mere speculation, but an objective, proven reality. In the carefully chosen words of the 1995 report of the Intergovernmental Panel on Climate Change (IPCC 1996): 'The balance of evidence now suggests that there is a discernible human influence on global climate.' The evidence for this is as follows: • Since the late nineteenth century, global surface temperatures have increased by 0.3°-0.6°C. -
The Birds of Africa, Comprising All the Species Which Occur in The
: ^rpl, THE BIRDS OF AFRICA, COMPRISING ALL THE SPECIES WHICH OCCUR ETHIOPIAN REGION. BY &C. G. E. SHELLEY, F.Z.S., F.R.G.S., (late gkenadier guaeds), aitthor of "a handbook to the birds of egypt,' "a monograph of the sunbirds," etc. VOL. III. LONDON PUBLISHED FOR THE AUTHOR EY CAVENDISH SQUARE, W. E. H. POETER, 7, PEINCES STEEET, 1902. liw^<J^ ? SEP 18 1902/ ^fiiii CONTENTS. vi. LIST OF PLATES—VOL. IIL Plate XV., Ordei- I. PASSERIFORMES. Suborder II. OSCINES. Section II. ALAUD^. Family VII. MOTACILLID.^. Genus III. MACRONYX. The Long-clawR, as Dr. Bovvdler Sharpe calls them, in the " Birds of South Africa," may be described as heavily-built Pipits. Their feet are extremely large, the hind claw long, and also the tarsus, so that the outstretched feet extend well beyond the end of the tail, although the tail is not abnormally short. This character, together with the bright colouring of the throat, and often of the breast, render the species of this genus easily recognisable. Anatomically they are Pipits. Type. iMacronyx, Swains. Zool. .Journ, iii. p. .344 (1817) .... M. capensis. KEY TO THE SPECIES. n. Five outer pairs of tail-feathers with white ends ; throat and centre of breast reddish orange capensis. 2. h. Four outer pairs of tail-feathers with white ends ; no shade of red on the throat or breast. «^. Throat and some of the breast bright lemon yellow. «2. Smaller ; wing less than 4 inches ; upper croceus. parts paler ; less brown on the breast V b^. Larger; wing 4-2 to 4-4; upper parts darker ; more brown on the breast . -
THE BIOLOGY of the LARKS (ALAUDIDAE) of the KALAHARISANDVELD Department of Ecology and Systematics, Cornell University, Ithaca
THE BIOLOGY OF THE LARKS (ALAUDIDAE) OF THE KALAHARISANDVELD G. L. MACLEAN Department of Ecology and Systematics, Cornell University, Ithaca, New York, U.S.A.· INTRODUCTION No family of passerine birds has shown as great an adaptive radiation in the arid regions of the Old World as have the larks. One species, the homed lark Eremophila alpestris, probably has the widest range of any passerine (excluding introduced species), having a circumpolar distribution with numerous subspecies, and even one in northern South America (Meinertz hagen 1954). Of the world's 76 species of larks (Peters 1960) 25 occur in South Mrica (McLachlan & Liversidge 1957) and of these, nine are found in the Kalahari sandveld. Eight of them are breeding species, while one, the red-capped lark Calandrella cinerea, is an irregular visitor in small numbers. It is therefore surprising to find that little biological work has been done on the South Mrican larks, although the systematists have argued long about the systematic pos~tion of museum skins (e.g. Macdonald 1952b, 1953, 1957; Verheyen 1958, 1959; White 1952, 1956a, b, c, 1957a, b, 1959a, b; Winterbottom 1962). Most of the biological work on larks has been done. in regions where only one, or at most three or four, species occur regularly, such as ) 0 North1 America (Du Bois 1935, 1936; Forbush 1927; Lovell 1944; Pickwell 1931), Europe 0 2 (Abs 1963; Guichard 1960; Harrison & Forster 1959; Hartley 1946; Koftln 1960; Labitte d e t 1958; Lebeurier & Rapine 1935; Wadewitz 1957) and Australia (Bourke 1947; Bravery 1962). a d In( Africa the biological information is largely confined to works of a general nature (Andersson r e 1872; Etchecopar & HUe 1964; Heim de Balsac & Mayaud 1962; Hoesch 1955; Macdonald h s i 1957;l McLachlan & Liversidge 1957; Meinertzhagen 1954; Smithers 1964; Valverde 1957), b althoughu a few more detailed studies do exist (Steyn 1964; Van Someren 1956; Winterbottom & P Wilsone 1959). -
Common Bird Population Changes — 1994 to 2002
Bird Populations 7:180-186 Reprinted with permission BTO News 249:8-11 © British Trust for Ornithology 2003 COMMON BIRD POPULATION CHANGES — 1994 TO 2002 MIKE RAVEN AND DAVID NOBLE British Trust for Ornithology The National Centre for Ornithology The Nunnery, Thetford Norfolk, IP24 2PU, United Kingdom Mike Raven and David Noble review the findings of the 2002 Breeding Bird Survey and look back at population changes since its beginning in 1994. CAMBIOS POBLACIONALES EN LAS AVES COMUNES – 1994 A 2002 Mike Raven y David Noble evalúan los hallazgos del Conteo de Aves Reproductoras (Breeding Bird Survey) de 2002 y examinan los cambios poblacionales desde su inicio en 1994. The BTO/JNCC/RSPB Breeding Bird Survey reached a near optimum level of coverage, other (BBS) is now the main survey aimed at keeping areas are still in need of participants. We are track of changes in the breeding populations of particularly keen to increase the number of widespread terrestrial bird species across the squares surveyed in Northern Ireland, Scotland, UK. The BBS involves over 1,700 amateur North East England and the Midlands. Increasing birdwatchers who survey more than 2,000 sites the coverage in these areas would directly result every year, enabling us to monitor the in the BBS being able to monitor the population population changes of more than 100 species. changes of a greater number of bird species. Knowledge of the status of bird populations is fundamental to their conservation and BBS results are already being used by governments SURVEY COVERAGE and non-governmental organisations to set This carefully designed, yet simple survey conservation priorities. -
Program Book
2 6 th I nternational O rnithological C ongress 第二十六回国際鳥類学会議 26th International Ornithological Congress Table of Contents Welcome Address …………………………………………… 3 Committee …………………………………………………… 6 Sponsors …………………………………………………… 8 Access ……………………………………………………… 9 Campus Map ……………………………………………… 10 Guidelines for Presenters ……………………………… 11 Poster Presentation Allocation ………………………… 12 Exhibitions ………………………………………………… 13 Social Program …………………………………………… 14 Special Program ………………………………………… 15 Tours ……………………………………………………… 17 Bird Art and Carving ……………………………………… 20 IOC2014 Travel Grants …………………………………… 21 Program at a Glance …………………………………… 22 Detailed Program ………………………………………… 36 Participants’ List ………………………………………… 94 3 Welcome Address Dear ornithologists, colleagues and friends, I am extending a warm welcome to the 26th International Ornithological Congress, which is hosted by the Ornithological Society of Japan and convened by Professor Keisuke Ueda. Japanese ornithology has enjoyed a long and distin- guished history in all areas of avian biology and maintaining a wide international network of collaborative studies. The host and sponsors of the 26th International Ornithological Congress enabled many avian biologists and ornithologists from all over the world to attend the congress and present their studies. International ornithological congresses have a long history of integrating all branches of science, from basic research in physiology, morphology, and molecu- lar biology, to applied research in conservation, medicine, and agriculture, because birds are -
Ground Greening in Vineyards Promotes the Woodlark Lullula Arborea and Their Invertebrate Prey
Journal of Ornithology (2019) 160:799–811 https://doi.org/10.1007/s10336-019-01666-7 ORIGINAL ARTICLE Ground greening in vineyards promotes the Woodlark Lullula arborea and their invertebrate prey Laura Bosco1,2 · Raphaël Arlettaz1,2 · Alain Jacot1,2 Received: 18 November 2018 / Revised: 8 February 2019 / Accepted: 8 April 2019 / Published online: 13 April 2019 © Deutsche Ornithologen-Gesellschaft e.V. 2019 Abstract Vineyards are intensively managed monocultures, constituting homogeneously cultivated landscapes. They often have a mineral appearance, not only because they occur mostly in xeric biomes but also as a result of the herbicide treatments used to combat ground vegetation. However, new vineyard management practices are being developed that tolerate more vegeta- tion cover on the ground, potentially having positive impacts on biodiversity. We have investigated the efects of ground greening on habitat preferences of the Woodlark (Lullula arborea), an emblematic, insectivorous passerine typical of vine- yards in central and southern Europe. We frst investigated the role of ground vegetation cover and plant species richness on habitat use by Woodlarks, while accounting for various additional habitat characteristics. Second, we assessed whether the dependence of Woodlarks on ground vegetation cover could be mediated by an increased occurrence of invertebrate prey. Ground-dwelling invertebrates were sampled with pitfall traps placed in vineyard felds visited by Woodlarks (presence felds) and in adjacent vineyards where Woodlarks had not been observed (pseudo-absence felds). We show that increased ground vegetation cover, plant species richness and wider inter-rows were the main drivers of Woodlark occurrence. Overall invertebrate prey abundance increased with ground vegetation cover.