Download (Cestoda: Hymenolepididae), a parasite of the woodcock Scolopax

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BIBLIOGRAFIA
N.B. : Tutte le voci bibliografiche sono già citate nel Testo con tutti i dettagli di riferimento
propriamente bibliografici e/o del WEB. Alcune voci possono essere ripetitive data la vastità della
ricerca .Per qualsiasi dubbio o difficoltà di consultazione si consiglia di usare Google
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scusiamo per eventuali inesattezze.
La “scaletta”bibliografica cronologica – specie dal 2000 ad oggi – vuole essere massimamente
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European Union Management Plan
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Fadat C. -Proposte per la gestione venatoria delle popolazioni di beccaccia in Europa –
www.scolopaxrusticola.com/italia/studi3.shtml . on-line 2007
-
-
-
-
-
-
-
-
: http://www.beccacciaiditalia.it/web/?p=30
A.P. Moller, T.A Mousseau. 2007. Determinants of Interspecific Variation in
Population Declines of Birds after Exposure to Radiation at Chernobyl. Journal of
Applied Ecology, in press. (googling)
cricket.biol.sc.edu/chernobyl/Chernobyl.htm (CHERNOBYL)
www.tamanti.it/Equipment.htm (Inquinamento luminoso)
www.lightpollution.it/cinzano/en/page3en.html
Bower J. – The dark side of light – http://magazine.audobon.org/darksideoflight.html
(2000 NASI)
Durham N.C. – Migratory songbirds have a specialized night-vision brain arca – Science
Dayly,May 2005 – on-line
Muheim R. e al. – Polarized Light Cues underlie Compass Calibration in Migratory
Songbirds –Science Dayly.Aug.2006 – on-line
faculty.kfupm.edu.sa/ES/akwahab/RML_Services.htm (Animazione magnetismo)
www.pigeon.psy.tufts.edu/asc/Phillips/Default.htm (magnetismo)
Ritz T. – The magnetic sense of Animals – www.ks.uiuc.edu/Research/magsense/ms.html
on-line 2008-04-13
“Are mobile phones wiping out our bees?”- Sam’s blog – 17-18 April 2007www.pbs.org/wgbh/nova/magnetic
Anonimous – Feasibility of future epidemiological studies on possible health effects of
mobile phone base station – www.fgf.de/english/pubblications/infoline_neu.php?id=zhi
Manville A.M.-U.S.Fish and Wildlife Service concerns over potential radiation impacts of
cellular communication towers on migratory birds and other wildlife –Research
opportunities – Congress on Health effects of Radiofrequency (RF) Radiation- House
Capitol 5,Washington,DC, may 10,2007 – www.hese-project_org/heseuk/en/issues/neture.php
www.werc.usgs.gov/sattrach/ (SATELLITE)
http://www.ccbp.org/ ( CLUB SPAGNA)
http://ret007ie.eresmas.net/
(Scolopax Sin Fronteras)
http://rtvs.ccbp.org/pivot/entry.php?id=50#body (MAPPA SATELLITARE *)
http://mx.video.yahoo.com/video/play?vid=487485 (VIDEO RADIO SAT)
Anonimous -Bird Migration Mystery wins the DTUsat Call for Payload
competition.” http://dtusat.dtu.dk/index.php?id=76
http://dtusat.dtu.dk/index.php?id=39 (on-line 2006-2008) (SATELLITE DEDICATO)
http://www.argos-system.org/ (SISTEMA SATELLITARE ARGOS)
Anonimous- Satellite Tracking endangered birds and animals –
www.spacetoday.org/Satellites/Tracking/SatTracking .html (on-line 2008)
http:// orn-lab.ckol.lu.se/birdmigration/index.php
Anonimous - On avian influenza research by tracking the migrations of wild birds with
satellites –www.enviromental –studies.de/news/news-1/news-1.html
www.esoa.net
www.fao.org/avianflu/en/wildbirds_home.html
Tamura M. e al.-Satellite Observation of Migration Routes and Habitats of Migratory
Birds living in Wetlands in East Asia – University of Toyo-Japan – [email protected]
Smith J.A. e al.-Simulating Bird Migration using Satellites and Biophysics – Proceed.
“Environmental Modelling and Simulation” 579,2007- www.actapress.comTamura M. e
al.-Satellite Observation of Migration Routes and Habitats of Migratory Birds living in
Wetlands in East Asia – University of Toyo-Japan – [email protected]
http://www.argos-system.org/
Linthicum J.telemetry 2006-Google Scholar .(LISTA BIBLIOGRAFICA)
-
Anonimous- “Nano-Built UAV Developed” –
http://crnamo.typepad.com/crnblog/2007/03/nanobuilt_nav_d.html (2007)
www.sencer.net/Resources/pdfs/Models_Print_web_2005/Nanotechnology_model.pdf
library.thinkquest.org/04apr/00480/images.html (IMMAGINI NANOTECNOLOGIE)
Mackay - Bio-Medical Telemetry:Sensing and Transmitting Biological Information
from Animals and Man – chapter:Satellite Tracking- http://eu.wiley.com (2007 seconda
edizione
http://ret007ie.eresmas.net/sexo.htm (SESSO beccaccia)
www.sandiegozoo.org/.../hawaii-bird-project/ (ECOGRAFIA UCCELLI)
-
______________________________________________________
-
APPENDICE
della BIBLIOGRAFIA
N.B. – molte voci bibliografiche qui riportate sono ripetitive di CITAZIONI per esteso inserite
direttamente nel Testo con inclusi i riferimenti di ricerca bibliografica . Molte altre voci
estesamente presenti nel Testo non sono qui riportate .
1 )LIST of Journals of Ornithology in the World – LIST http://ln.com.ua/~kekz/berkut/journals.htm
2)Boere G.C. e coll – Waterbirds around the World – //www.Jncc.gov.uk/worldwaterbirds Ed.Stationery Office Edinburgh UK – 2006
3)Dobrynina I. e coll. – The Russian waterbird migration atlas : temporal variation in migration
routes ( with reference to woodcocks) -// www.Jncc.gov.uk/worldwaterbirds - Ed.Stationery
Office Edinburgh UK – 2006
4)Taft O. e coll. –Waterbirds on working lands : Literature review . Bibliography //[email protected] // National Audubon Society Inc. Connecticut . 2007 - Present
Review collects 44 pages of scientific references ( about 500) : many related to woodcocks - 2007
5)Boos M. e coll. – Body Condition in the Eurasian Woodcock winterinig in the west of France :
practical study for wildlife management during cold spells .- // Wildl.Biol.Pract. 1 (1),15,2005
6)Boos M. e coll. – Determining body fuels and body condition of wintering wooscocks -//
Proceedings 25° Congress Inter.Union of Game Biologists. P.79-80 ,IUGB, Limassol,Cyprus ,
2001
7)Mongin E . e coll. – Breeding Eurasian Woodcock survey in Belarus -// Ed. Belarussian State
University , Inst.of Zoology Proceedings ,Minsk 2006
8)Ferrand Y. e coll. – Elements for a Woodcock management plan - // Game and Wildlife
Science 18,(1),115,2001
9)Biokhin Yu.Yu. e coll. – How many Woodcocks are shot on roding ? -// Hunting and Game
management (in Russian) 9,10,2002
10)Fokin S. e coll. – Roding activity,spring hunting and hunting bags of Woodcock in Russia -//
International Wader Studies (Ed. H.Kalchreuter) 11,19,2000
11)Romanov Yu.M. e coll. – An axperience for estimation of setting dogs using for Woodcock
hunting -// Workshop on waders research and protection Proc. IV and V – Moscow - p.108 (in
Russian)
12)Boos M. – Modification des reserves energetiques corporelles de la becasse des bois au cours
de leur hivernage : aspects fonctionnels lies a la biologie et aux conditions du milieu -// These de
doctorat , Universite Louis Pasteur , Strasbourg , 2000
13)Duriez O. – Individual wintering strategies in the Eurasian Woodcock : energetic trade-off
for habitat selection -// PhD Thesis , Universitè de Paris VI , 2003 http://tel.ccsd.cnrs.fr/documents/archives0/00/00/35/09/index_fr.html
14)Duriez O. e coll. – Low levels of energy expenditures in a nocturnal , forest-dwelling
wader,the Eurasian Woodcock -// Ardea 92,31,2004
-
15)Factors affecting population dynamics of Eurasian Woodcock wintering in
France : assessing the efficiency of an hunting-free reserve -// Biol.Conserv.
122,89,2005
-
16)Habitat selection of the Eurasian Woodcock in winter in relation to
earthworms -// Biol.Conserv. 122,479,2005
-
17)Individual activitity rates in wintering Eurasian Woodcocks : do they reflect a
trade-off between starvation and predation risk ?
-// Anim. Behav. 69,39,2005
-
18)Wintering behaviour and spatial ecology of Eurasian Woodcock in Western
France -// Ibis 147,519,2005
-
19)An adapted method for sampling earthworms at night in wildlife studies -//
J.Wildl.Manag. (in press) 2006
20)Kenward R.E. – A manual for wildlife radio tagging -// Academic Press , London , 2001
21)Tavecchia G. e coll. – Temporal variation in annual survival probability of the Eurasian
Woodcock wintering in France -// Wildlife Biol.8,21,2002
22)Bibby C.I. e coll. – Bird Census Techniques – Second Edition - // Academic Press,London ,
2000
23)Ferrand Y. e coll. – Breeding Woodcock monitoring in France -// Ornis Hungarica
12,293,2003
24)Hoodless A. – Woodcock : developing calibrations for the survey -// Game Conserv. Trust
Review of 2003 , pp.76 , 2004
25)Mulhauser B. – Situation de la Becasse de bois en periode de reproduction dans le canton de
Neuchatel (Suisse) entr 1998-2000 -// Nos Oiseaux 48,93,2001
26)Clausager I. – Woodcock hunting in Denmark - International Wader Studies (Ed.
H.Kalchreuter) 11,28,2000
TUTTI I SEGUENTI ARTICOLI SONO TRATTI DA :
Proceedings of the 6th European Woodcock and Snipe Workshop – Ed. Wetlands International –
International Water Studies 13 , 2006 Edited by Y.Ferrand , 2006
-
27)Simon D. – Population estimates and trends of the world’s Woodcocks and
Snipes with special reference to globally threatened species – p.1
28)Biokhin Yu.Yu. e coll. – Woodcock hunting bag statistics in Russia since 1996
– p.10
29)Cau J.F. e coll. – Assesment of the abundance of woodcock over the last ten
hunting season in France – p.24
30)Duriez O. e coll. – Individual wintering strategies in the Eurasian Woodcock –
p.27
31)Ferrand Y. e coll. – What census method for migrating and wintering
Woodcock population ? – p.37
32)Blokhin Y.Y. e coll. – National roding census in Russia - p.44
33)Hoodless A. e coll. –Development of a survey method for breeding Woodcock
and its application to assessing the status of the British population – p.48
34)Duriez O. e coll. – Winter survival rates of Eurasian Woodcock in western
France , with reference to hunting . – p.55
35)Bauthian I. e coll. – Survival rates of Russian Woodcocks – p.62
36)Lauer E. e coll. –Identification test of suitable Woodcock breeding habitats in
mountain areas (Isere dept.France) –p.66
37)Julliard R. e coll. – The origins of Woodcocks wintering in France (abstract) –
p.71
38)Clausager I. –Wing survey of Woodcock and Snipe in Denmark – p.108
39)Angioletti A.e al.- Sex Determination in the Common Buzzard (Buteo buteo) by
means of Endoscopy and DNA Analysis - Veterinary Research Communications
Volume 27, Supplement 1 / January, 2003
40) King A.M. - Development, advances and applications of diagnostic ultrasound in animals The Veterinary Journal
Volume 171, Issue 3, May 2006, Pages 408-420
41) L. Taizo Toelken -Ultrasound sex determination of avian hatchlingshttp://www.patentstorm.us/inventors/L__Taizo_Toelken-1565684.html
42) Zebisch K. E al.- Ultrasound-guided liver biopsy in birds-Veterinary Radiology Ultrasound Vol. 45 Issue 3 Page 241 May 2004
_______________________________________________________________
MISCELLANEA BIBLIOGRAFICA ( Voci,indicazioni,Abstracts)
BECCACCE – bibliografia e note da Google
The woodcocks found in Scotland and Ireland have no doubt crossed over ... On the subject of
migration of those woodcock that come to our shores in winter ...
www.woodcockireland.com/come_from.htm - 14k uarc00227 F. John Ward papers, 1953-1976 Penelope Krosch; updated ...
Ward was introduced to many experts in woodcocks in Europe after writing to the president of ....
Fadat concerns European woodcock migration. May 9, 1968. ...
special.lib.umn.edu/findaid/xml/uarc00227.xml - 36k [DOC]
European Union Management plan for the Woodcock (Scolopax rusticola)
Formato file: Microsoft Word - Versione HTML
Eurasian Woodcock (Woodcock) Scolopax rusticola. In The migration Atlas : movements of the
birds of Britain and Ireland.Wernham, C.V., Toms, M.P., ...
IngentaConnect Breeding biology of the Woodcock Scolopax rusticola ... *****
Check our FAQs; Or contact us to report problems with:; Subscription access · Article delivery ·
Registration · Library administrator tasks · Other problems ...
www.ingentaconnect.com/content/bto/bird/1998/00000045/00000002/452195 MONITORING OF THE EUROPEAN WOODCOCK POPULATIONS, WITH
SPECIAL REFERENCE TO FRANCE
YVES FERRAND1, Office National de la Chasse et de la Faune Sauvage, CNERA Avifaune
Migratrice, BP 20 St-Benoist, 78612 Le-Perray-en-Yvelines Cedex, France
PHILIPPE AUBRY, Office National de la Chasse et de la Faune Sauvage, Direction des
études et de la Recherche, BP 20 St-Benoist, 78612 Le-Perray-en-Yvelines Cedex,
France
FRANÇOIS GOSSMANN, Office National de la Chasse et de la Faune Sauvage, CNERA
Avifaune Migratrice, 53 rue Russeil, 44000 Nantes, France
CLAUDINE BASTAT, Office National de la Chasse et de la Faune Sauvage, CNERA
Avifaune Migratrice, 53 rue Russeil, 44000 Nantes, France
MICHEL GUÉNÉZAN, Office National de la Chasse et de la Faune Sauvage, CNERA
Avifaune Migratrice, 53 rue Russeil, 44000 Nantes, France
Abstract: The Woodcock (Scolopax rusticola) is present in all European countries (Western
Palearctic) during the breeding, migratory and/or wintering periods. The monitoring of its
populations implies the collection of data on breeding and wintering numbers to estimate
their trends. At the present time, only four countries [(France (since 1992), Switzerland
(since 1993), Russia (since 1999) and Great-Britain (in 2003)] have been collecting data
during the breeding period. Only two countries [France (since 1992) and Great-Britain (1994
and 1996)] have been collecting data during the wintering period. The analysis of abundance
indices shows a relative stability for breeding and wintering numbers. A more detailed
interpretation of trends requires additional information on demographic parameters. The
ringing of woodcocks has been greatly developed in France (since the 80s) and in Russia
(since the 90s). Consequently, estimations of survival rates are available for the huntable
wintering population in France and for the Russian Woodcock population. An estimation of
the proportion of young in hunting bags is available for four countries thanks to a wing
collection. This allows us to detect springs with low breeding success. Finally, information
on harvest is provided by annual or periodical surveys in some European countries. The
actions developed to monitor the European Woodcock populations in the Western Palearctic
may appear to be incomplete and heterogeneous from one country to another. Obviously, this
is due to various situations at different levels: culture, economy and hunting practices. In the
future, the objectives should be to complete the panel of monitoring actions and get more
information on the evolution of habitats.
BREEDING EURASIAN WOODCOCK SURVEY IN BELARUS
EDWARD MONGIN, Institute of Zoology of National Academy of Sciences of Belarus,
Academicheskaya St. 27, 220072 Minsk, Belarus
MARINA DMITRENOK, Institute of Zoology of National Academy of Sciences of Belarus,
Academicheskaya St. 27, 220072 Minsk, Belarus
YURI BOGUTSKI, Berezinski Biosphere Reserve, Domzeritsi, Vitebsk Region, Belarus
NICHOLAS CHERKAS, Belovezskaya Puscha National Park, Kamenyuki, Brest Region,
Belarus
SERGEY SANDAKOV, Belarusian State University, Minsk, Belarus
Abstract: In 2005, Institute of Zoology of the National Academy of Science of Belarus and
APB-Birdlife Belarus (NGO Akhova Ptushak Belarusi) undertook a survey of breeding
Eurasian Woodcock Scolopax rusticola with following aims: (1) to develop the Woodcock
monitoring program in Belarus, (2) to produce baseline population index figures for breeding
population of Woodcock, and (3) to investigate the distribution and abundance of breeding
Woodcock in relation to woodland habitat characteristics. A survey method was based on
counts of roding males, as developed in France (Ferrand, 1993). We performed counts at 60
listening points located in 10 squares (12x12 km each). Observers made the counts of roding
birds during May and June. Habitat data were collected at squares situated within 50–100 m
from the each observation point. The number of contacts varied between 2 and 30 (mean
11.6+6.91 SD). The occupation rates of the high and low abundance sites were 0.867 and
0.133 respectively. We found a significant difference in the Woodcock abundance between
habitats ranked based on the tree density and a negative relationship in the variables. This is
likely explained by features of the feeding and breeding behavior of Woodcock. Further work
is needed to establish population trends and to determine the factors influencing the species
abundance in order to establish a sustainable management policy in future. This work was
EUROPEAN UNION MANAGEMENT PLAN
FOR
WOODCOCK Scolopax rusticola
2006 -2009 [email protected] <[email protected]>
In DG ENV B2 U.E. su google e su Documenti “Beccaccia”
Sixth European Woodcock and Snipe Workshop 25-27 November 2003, Nantes, France
Proceedings of an International Symposium of the WI Woodcock and Snipe Specialist Group,
Edited by Y Ferrand
This volume contains 16 papers covering topics such as breeding biology, ecology, behaviour,
population dynamics, monitoring and hunting bags.The papers focus on Woodcock ....
114 pages | Figs, tabs | Wetlands International
________________________________________________________________________________
___
http://www.oncfs.gouv.fr/events/point_faune/oiseaux/2006/becasse_LETINFO_15.pdf
BODY CONDITION IN THE EURASIAN WOODCOCK WINTERING IN THE WEST OF
FRANCE: PRACTICAL STUDY FOR WILDLIFE MANAGEMENT DURING COLD
SPELLS
M. Boos1,2, J-P. Boidot3 & J-P. Robin2.
1 Naturaconst@, Bureau d'Etudes et de Recherche en Ecologie, 14 rue principale F67270 Wilshausen.
Tel/fax: (33) 3 88 02 26 76. Email : [email protected]
2 Centre d'Ecologie et Physiologie Energétiques, CNRS, 23 rue Becquerel F-67087
Strasbourg Cedex 2.
Tel: (33) 3 88 10 69 00. Fax: (33) 3 88 10 69 06. Email : [email protected]
3 Club National des Bécassiers, Le Moulin du Buis, Beg Aël F-29940 La ForêtFouesnant. Tel: (33) 2 98
56 82 58. Fax: (33) 2 98 51 44 47. E-mail: [email protected]
Correspondence concerning this article should be addressed to Mathieu Boos1.
Introduction
The Eurasian woodcock (Scolopax ru s t i c o l a) is a migratory species having a
great
patrimonial and hunting interest in Europe and more particularly in France. As a
forest
species with a high specialised diet, the woodcock is very sensitive to adverse
weather
conditions in winter [1]. Furthermore it has been shown that wintering mortality
linked to habitat conditions is a major factor affecting population dynamics [2].
Although the woodcock has physiological and behavioural capabilities to face
ambient temperatures below freezing point, it has however a limited autonomy of
Abstract
The Eurasian woodcock (Scolopax rusticola) is one of the most widespread
VEDI BIBLIOGRAFIA ECCELLENTE
http://zipcodezoo.com/Animals/S/Scolopax_rusticola.asp buono - dati numerici
Timing and Amount of Bird Migration in Relation to Weather: A Review
W. John Richardson
Oikos, Vol. 30, No. 2, Current Bird Migration Research. Proceedings of a Symposium at
Falsterbo, Sweden, 3-8 October, 1977 (1978), pp. 224-272
Analysis and a Theory of Visible Bird Migration
Thomas Alerstam
Oikos, Vol. 30, No. 2, Current Bird Migration Research. Proceedings of a Symposium at
Falsterbo, Sweden, 3-8 October, 1977 (1978), pp. 273-349
doi:10.2307/3543483
This species has a large range, with an estimated global Extent of Occurrence of 10,000,000 km².
It has a large global population estimated to be 15,000,000-16,000,000 individuals (Wetlands
International 2002). Global population trends have not been quantified, but the species is not
believed to approach the thresholds for the population decline criterion of the IUCN Red List (i.e.
declining more than 30% in ten years or three generations). For these reasons, the species is
evaluated as Least Concern.
http://ln.com.ua/~kekz/berkut/journals.htm LISTA DEI JOURNALS di ORNITOLOGIA nel
mondo (vedi preferiti)
Journals of Ornithology in the World – LIST - http://ln.com.ua/~kekz/berkut/journals.htm
Boere G.C. e coll – Waterbirds around the World – //www.Jncc.gov.uk/worldwaterbirds Ed.Stationery Office Edinburgh UK – 2006
Dobrynina I. e coll. – The Russian waterbird migration atlas : temporal variation in migration
routes ( with reference to woodcocks) -// www.Jncc.gov.uk/worldwaterbirds - Ed.Stationery
Office Edinburgh UK – 2006
Taft O. e coll. –Waterbirds on working lands : Literature review . Bibliography //[email protected] // National Audubon Society Inc. Connecticut . 2007 - Present
Review collects 44 pages of scientific references ( about 500) : many related to woodcocks - 2007
Boos M. e coll. – Body Condition in the Eurasian Woodcock winterinig in the west of France :
practical study for wildlife management during cold spells .- // Wildl.Biol.Pract. 1 (1),15,2005
Boos M. e coll. – Determining body fuels and body condition of wintering wooscocks -//
Proceedings 25° Congress Inter.Union of Game Biologists. P.79-80 ,IUGB, Limassol,Cyprus ,
2001
Mongin E . e coll. – Breeding Eurasian Woodcock survey in Belarus -// Ed. Belarussian State
University , Inst.of Zoology Proceedings ,Minsk 2006
Ferrand Y. e coll. – Elements for a Woodcock management plan - // Game and Wildlife Science
18,(1),115,2001
Biokhin Yu.Yu. e coll. – How many Woodcocks are shot on roding ? -// Hunting and Game
management (in Russian) 9,10,2002
Fokin S. e coll. – Roding activity,spring hunting and hunting bags of Woodcock in Russia -//
International Wader Studies (Ed. H.Kalchreuter) 11,19,2000
Romanov Yu.M. e coll. – An axperience for estimation of setting dogs using for Woodcock
hunting -// Workshop on waders research and protection Proc. IV and V – Moscow - p.108 (in
Russian)
Boos M. – Modification des reserves energetiques corporelles de la becasse des bois au cours de
leur hivernage : aspects fonctionnels lies a la biologie et aux conditions du milieu -// These de
doctorat , Universite Louis Pasteur , Strasbourg , 2000
Duriez O. – Individual wintering strategies in the Eurasian Woodcock : energetic trade-off for
habitat selection -// PhD Thesis , Universitè de Paris VI , 2003 http://tel.ccsd.cnrs.fr/documents/archives0/00/00/35/09/index_fr.html
Duriez O. e coll. – Low levels of energy expenditures in a nocturnal , forest-dwelling wader,the
Eurasian Woodcock -// Ardea 92,31,2004
-
Factors affecting population dynamics of Eurasian Woodcock wintering in
France : assessing the efficiency of an hunting-free reserve -// Biol.Conserv.
122,89,2005
-
Habitat selection of the Eurasian Woodcock in winter in relation to earthworms // Biol.Conserv. 122,479,2005
-
Individual activitity rates in wintering Eurasian Woodcocks : do they reflect a
trade-off between starvation and predation risk ?
-// Anim. Behav. 69,39,2005
-
Wintering behaviour and spatial ecology of Eurasian Woodcock in Western
France -// Ibis 147,519,2005
-
An adapted method for sampling earthworms at night in wildlife studies -//
J.Wildl.Manag. (in press) 2006
Kenward R.E. – A manual for wildlife radio tagging -// Academic Press , London , 2001
Tavecchia G. e coll. – Temporal variation in annual survival probability of the Eurasian
Woodcock wintering in France -// Wildlife Biol.8,21,2002
Bibby C.I. e coll. – Bird Census Techniques – Second Edition - // Academic Press,London , 2000
Ferrand Y. e coll. – Breeding Woodcock monitoring in France -// Ornis Hungarica 12,293,2003
Hoodless A. – Woodcock : developing calibrations for the survey -// Game Conserv. Trust
Review of 2003 , pp.76 , 2004
Mulhauser B. – Situation de la Becasse de bois en periode de reproduction dans le canton de
Neuchatel (Suisse) entr 1998-2000 -// Nos Oiseaux 48,93,2001
Clausager I. – Woodcock hunting in Denmark - International Wader Studies (Ed.
H.Kalchreuter) 11,28,2000
TUTTI I SEGUENTI ARTICOLI SONO TRATTI DA :
Proceedings of the 6th European Woodcock and Snipe Workshop – Ed. Wetlands International –
International Wader Studies 13 , 2006 Edited by Y.Ferrand , 2006
-
Simon D. – Population estimates and trends of the world’s Woodcocks and Snipes
with special reference to globally threatened species – p.1
Biokhin Yu.Yu. e coll. – Woodcock hunting bag statistibs in Russia since 1996 –
p.10
Cau J.F. e coll. – Assesment of the abundance of woodcock over the last ten
hunting season in France – p.24
Duriez O. e coll. – Individual wintering strategies in the Eurasian Woodcock –
p.27
Ferrand Y. e coll. – What census method for migrating and wintering Woodcock
population ? – p.37
Blokhin Y.Y. e coll. – National roding census in Russia - p.44
Hoodless A. e coll. –Development of a survey method for breeding Woodcock and
its application to assessing the status of the British population – p.48
Duriez O. e coll. – Winter survival rates of Eurasian Woodcock in western France
, with reference to hunting . – p.55
Bauthian I. e coll. – Survival rates of Russian Woodcocks – p.62
Lauer E. e coll. –Identification test of suitable Woodcock breeding habitats in
mountain areas (Isere dept.France) –p.66
Julliard R. e coll. – The origins of Woodcocks wintering in France (abstract) –
p.71
Clausager I. –Wing survey of Woodcock and Snipe in Denmark – p.108
VŠĮ Vilniaus Universiteto Leidykla: Institute of Ecology
-[
(Cestoda : Hymenolepididae), a Parasite of the Woodcock, Scolopax rusticola Linnaeus, and Its
Life-cycle // Systematic Parasitology. 2005, 61: 53-63 p. ...
www.leidykla.eu/scientific-report/scientific-report-2005/institute-of-ecology/?type=1 - 65k
Syst Parasitol. 2006 Mar ;63 (1):45-50 16699927 (P,S,E,B)
Aploparaksis kornyushini n. sp. (Cestoda: Hymenolepididae), a parasite of the woodcock
Scolopax rusticola (L.), and its life-cycle.
Svetlana Bondarenko, Vytautas Kontrimavichus
Institute of Ecology, Vilnius University, Akademijos 2, Vilnius, LT-2600, Lithuania,
[email protected].
Aploparaksis kornyushini n. sp. is described from a woodcock Scolopax rusticola L. from
Lithuania, Russia (Tver' Region) and the Ukraine. Initially, one specimen of this tapeworm was
described and figured by Kornyushin (1975) as A. scolopacis Yamaguti, 1935 together with
another specimens belonging to the latter species. A. kornyushini n. sp. and A. scolopacis are
morphologically very similar species. They can be distinguished by the slightly different length of
the rostellar hooks and by the shape of the cirrus, which lacks basal bulbus in the new species. A.
kornyushini can be readily distinguished from the remaining species of Aploparaksis Clerc, 1903
from woodcocks by the structure of its fully-developed embryophore, which has polar thickenings
and two large or a few smaller lateral projection; this combination of characters is unknown for
embryophores other Aploparaksis spp. (except for A. scolopacis). The life-cycle of A. kornyushini
was studied under experimental conditions in Lithuania. The metacestodes were located under
the chlorogogenous tissue of the intestine of Dendrobaena octaedra (Lumbricidae). The
metacestode exhibits a pattern of postembryonal development typical for the cysticercoid
modification termed an 'ovoid diplocyst'.
Other papers by authors:
Syst Parasitol. 2005 Nov 21; : 16362196 (P,S,E,B)
Aploparaksis kornyushini n. sp. (Cestoda: Hymenolepididae), a parasite of the woodcock
Scolopax rusticola (L.), and its life-cycle.
Svetlana Bondarenko, Vytautas Kontrimavichus
Institute of Ecology, Vilnius University, Akademijos 2, Vilnius, LT-2600, Lithuania,
v.kontrimavichius@ takas.lt.
Syst Parasitol. 2005 May ;61:53-63 15928992 (P,S,E,B)
Aploparaksis demshini n. sp. (Cestoda: Hymenolepididae), a parasite of the woodcock Scolopax
rusticola Linnaeus, and its life-cycle.
Svetlana Bondarenko, Vytautas Kontrimavichus
A REVISION OF APLOPARAKSIS CRASSIROSTRIS AND A. SINENSIS (CESTODA:
HYMENOLEPIDIDAE)
S. K. Bondarenko, V. L. Kontrimavichus, C. Vaucher
Key words: Cestoda, Hymenolepididae, Aploparaksis, Lumbricidae, life cycle, matacestode, tailed
diplocyst.
SUMMARY
Based on the examination of specimens of Aploparaksis crassirostris deposited in the Museum of
Zoology in Copenhagen and the Museum of Natural History in Geneva and cestode material
from other collections, we have carried out the revision of this species, designated the lectotype
and paralectotypes, made its redescriptions, enumerated synonyms, showed the only host of this
species in the snipe Gallinago gallinago, and more precisely mapped the distribution range of the
parasite.
The investigation of the type series of A. sinensis, the parasite of the woodcock Scolopax
rusticola, deposited in the Museum of Natural History in Geneva, confirmed the validity of this
species, earlier considered as synonym of A. crassirostris. The lectotype and paralectotypes of A.
sinensis were designated. Some data on its life cycle have been obtained. It was also found by the
experimental invasion that five species of oligochaetes of the family Lumbricidae are
intermediate hosts. The metacestodes of this species belong to the tailed diplocyst modification
and possess a characteristic feature, the bifurcation of tail.
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Aploparaksis kornyushini n. sp. (Cestoda: Hymenolepididae), a parasite of the
woodcock Scolopax rusticola (L.), and its life-cycle
Authors: Bondarenko, Svetlana1; Kontrimavichus, Vytautas
Source: Systematic Parasitology, Volume 63, Supplement 1, March 2006 , pp. 45-50(6)
Abstract:
Aploparaksis kornyushini n. sp. is described from a woodcock Scolopax rusticola L. from
Lithuania, Russia (Tver' Region) and the Ukraine. Initially, one specimen of this tapeworm was
described and figured by Kornyushin (1975) as A. scolopacis Yamaguti, 1935 together with
another specimens belonging to the latter species. A. kornyushini n. sp. and A. scolopacis are
morphologically very similar species. They can be distinguished by the slightly different length of
the rostellar hooks and by the shape of the cirrus, which lacks basal bulbus in the new species. A.
kornyushini can be readily distinguished from the remaining species of Aploparaksis Clerc, 1903
from woodcocks by the structure of its fully-developed embryophore, which has polar thickenings
and two large or a few smaller lateral projection; this combination of characters is unknown for
embryophores other Aploparaksis spp. (except for A. scolopacis). The life-cycle of A. kornyushini
was studied under experimental conditions in Lithuania. The metacestodes were located under
the chlorogogenous tissue of the intestine of Dendrobaena octaedra (Lumbricidae). The
metacestode exhibits a pattern of postembryonal development typical for the cysticercoid
modification termed an 'ovoid diplocyst'.
Document Type: Research article
DOI: 10.1007/s11230-005-5527-2
Affiliations: 1: Email: [email protected]
Titre du document / Document title
Habitat selection of the Eurasian woodcock in winter in relation to earthworms availability
Auteur(s) / Author(s)
DURIEZ Olivier (1 2) ; FERRAND Yves (3) ; BINET Francoise (4) ; CORDA Eve (3) ;
GOSSMANN Francois (5) ; FRITZ Hervé (6) ;
Affiliation(s) du ou des auteurs / Author(s) Affiliation(s)
(1) Laboratoire
d'Ecologie, UMR 7625, bâtiment A, 7éme étage, case 237, 7 quai St Bernard,
Université Paris 6, 75005 Paris, FRANCE
(2) Office National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, Station de
Chizé, Beauvoir-sur-Niort, 79360 Villiers-en-Bois, FRANCE
(3) Office National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, 5 rue de
St-Thibaut, BP 20 St-Benoist, 78612 Le-Perray-en-Yvelines, FRANCE
(4) CNRS - Université de Rennes 1, UMR 6553, Ecobio 263 avenue du Général Leclerc, Campus
de Beaulieu, Bât 14B, CS 74205, 35042 Rennes, FRANCE
(5) Office National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, 53 rue
Russeil, 44000 Nantes, FRANCE
(6) CNRS - Centre d'Etudes Biologiques de Chizé, UPR 1934, BP 14, 79360 Beauvoir-sur-Niort,
FRANCE
Résumé / Abstract
The Eurasian woodcock (Scolopax rusticola) is a game species experiencing high hunting
pressure, long-term modifications of its habitats, and with questions regarding its current
conservation status. Winter is a season of highest concentration of birds and hunting pressure
but woodcock precise habitat requirements are poorly known. It is crucial to assess threats and to
develop sustainable management options for the conservation of woodcock populations. During
three consecutive winters, we monitored 65 individual woodcocks fitted with radio-tags in
Brittany, France. Habitat selection was analysed using GIS and compositional analysis, in
relation to vegetation types, soil variables (humus types) and the abundance of their main prey
(earthworms). Woodcocks used different habitats diurnally and nocturnally, generally preferring
areas with high earthworm biomass. Diurnal habitat selection in forests was associated with
humus type (preference for mulls, rich in earthworms) and dense shrub strata (better protection).
Hedges with a high density of trees and shrub were also important habitat. At night, grazed
meadows were the preferred habitat, containing five times higher biomass of earthworms
compared to cultivated fields. Sustainable management of populations requires protection and
management of habitats that incorporates food and cover. Forestry practices should preserve rich
humus types and coppices by choosing tree species that ameliorate the soil and soil tilling.
Changes in landscapes and intensive agricultural practices are current threats to woodcock
populations: destruction of hedges, decrease of permanent grazed meadows, impoverishment of
soils fauna biomasses from ploughing and chemical applications. However, woodcocks may
benefit from the recent development of set-asides, grass field-borders and simplified farm
practices (no-tillage and direct sowing).
Revue / Journal Title
Biological conservation (Biol. conserv.) ISSN 0006-3207 CODEN BICOBK
Source / Source
2005, vol. 122, no3, pp. 479-490 [12 page(s) (article)] (2 p.)
Abstract
To understand the ecological effects of the Chernobyl reactor accident, we investigated
radiocesium ${}^{137}\text{Cs}$ levels in Eurasian woodcock (Scolopax rusticola), earthworms
(Lumbricidae), litter (dead organic materials lying on the ground), humus (beneath litter 2 cm
deep), and mineral soil samples (3-6 cm deep) from a heavily effected (20-60 kBq/$\text{m}^{2}$
[1 Bq = 1 nuclear fission/sec]) area in Norway. The highest concentrations measured in
earthworms (1988 median = 142 Bq/kg) and woodcock (1986 median = 730 Bq/kg) were below
levels that should affect animal health. Values above the European Economic Community's limit
for human food (600 Bq/kg fresh mass) only were found in woodcock during 1986. Radiocesium
concentrations decreased (P < 0.001) in earthworms (40%) and woodcock (95%) from 1986 to
1990. There was no reduction in total radiocesium in soil over the same period. The relatively
high radiocesium concentrations in woodcock during 1986 and the decreasing radiocesium ratio
in woodcock to earthworms during the first years following fallout could have been caused by
woodcock ingesting abiotic radiocesium with earthworms. The decrease in radiocesium in
woodcock and earthworms during the study (1986-90) probably resulted from decreasing
bioavailability of radiocesium during the first years after fallout rather than by radiocesium
disappearing from the ecosystem.
Radiocesium (${}^{137}\text{Cs}$) from the Chernobyl Reactor in Eurasian Woodcock and
Earthworms in Norway
John Atle Kalas, Simen Bretten, Ingvar Byrkjedal, Oddvar Njastad
The Journal of Wildlife Management, Vol. 58, No. 1 (Jan., 1994), pp. 141-147
doi:10.2307/3809560
Habitat selection of the Eurasian woodcock in winter in relation to earthworms availability
Olivier Durieza, b, , , Yves Ferrandc, , , Françoise Binetd, Eve Cordac, François Gossmanne
and Hervé Fritzf
aLaboratoire d’ Ecologie, UMR 7625, bâtiment A, 7éme étage, case 237, 7 quai St Bernard,
Université Paris 6, 75005 Paris, France
bOffice National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, Station de
Chizé, Beauvoir-sur-Niort, 79360 Villiers-en-Bois, France
cOffice National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, 5 rue de St-
Thibaut, BP 20 St-Benoist, 78612 Le-Perray-en-Yvelines cedex, France
dCNRS – Université de Rennes I, UMR 6553, Ecobio 263 avenue du Général Leclerc, Campus de
Beaulieu, Bât 14B, CS 74205, 35042 Rennes Cedex, France
eOffice National de la Chasse et de la Faune Sauvage, CNERA Avifaune Migratrice, 53 rue
Russeil, 44000 Nantes, France
fCNRS – Centre d’Etudes Biologiques de Chizé, UPR 1934, BP 14, 79360 Beauvoir-sur-Niort,
France
Received 27 February 2004; revised 20 July 2004; accepted 5 August 2004. Available online 17
November 2004.
Abstract
The Eurasian woodcock (Scolopax rusticola) is a game species experiencing high hunting
pressure, long-term modifications of its habitats, and with questions regarding its current
conservation status. Winter is a season of highest concentration of birds and hunting pressure
but woodcock precise habitat requirements are poorly known. It is crucial to assess threats and to
develop sustainable management options for the conservation of woodcock populations. During
three consecutive winters, we monitored 65 individual woodcocks fitted with radio-tags in
Brittany, France. Habitat selection was analysed using GIS and compositional analysis, in
relation to vegetation types, soil variables (humus types) and the abundance of their main prey
(earthworms). Woodcocks used different habitats diurnally and nocturnally, generally preferring
areas with high earthworm biomass. Diurnal habitat selection in forests was associated with
humus type (preference for mulls, rich in earthworms) and dense shrub strata (better protection).
Hedges with a high density of trees and shrub were also important habitat. At night, grazed
meadows were the preferred habitat, containing five times higher biomass of earthworms
compared to cultivated fields. Sustainable management of populations requires protection and
management of habitats that incorporates food and cover. Forestry practices should preserve rich
humus types and coppices by choosing tree species that ameliorate the soil and soil tilling.
Changes in landscapes and intensive agricultural practices are current threats to woodcock
populations: destruction of hedges, decrease of permanent grazed meadows, impoverishment of
soils fauna biomasses from ploughing and chemical applications. However, woodcocks may
benefit from the recent development of set-asides, grass field-borders and simplified farm
practices (no-tillage and direct sowing).
Keywords: Compositional analysis; Lumbricidae; Habitat changes; Scolopax rusticola;
Sustainable management
Corresponding authors. Tel.:
Fax: +33 1 30 46 60 99
+33 5 65 60 77 40
Biological Conservation
Volume 122, Issue 3, April 2005, Pages 479-490
Research Article
Modeling and Mapping Abundance of American
Woodcock Across the Midwestern and Northeastern
United States
WAYNE E. THOGMARTIN,1 United States Geological Survey Upper Midwest Environmental
Sciences Center, 2630 Fanta Reed Road, La Crosse, WI
54603, USA
JOHN R. SAUER, United States Geological Survey Patuxent Wildlife Research Center, 12100
Beech Forest Road, Laurel, MD 20708, USA
MELINDA G. KNUTSON,2 United States Geological Survey Upper Midwest Environmental
Sciences Center, 2630 Fanta Reed Road, La Crosse, WI
54603, USA
ABSTRACT We used an over-dispersed Poisson regression with fixed and random
effects, fitted by Markov chain Monte Carlo methods, to
model population spatial patterns of relative abundance of American woodcock
(Scolopax minor) across its breeding range in the United States.
We predicted North American woodcock Singing Ground Survey counts with a loglinear function of explanatory variables describing habitat,
year effects, and observer effects. The model also included a conditional
autoregressive term representing potential correlation between adjacent
route counts. Categories of explanatory habitat variables in the model included
land-cover composition, climate, terrain heterogeneity, and
human influence. Woodcock counts were higher in landscapes with more forest,
especially aspen (Populus tremuloides) and birch (Betula spp.)
forest, and in locations with a high degree of interspersion among forest, shrubs,
and grasslands. Woodcock counts were lower in landscapes with
a high degree of human development. The most noteworthy practical application of
this spatial modeling approach was the ability to map
predicted relative abundance. Based on a map of predicted relative abundance
derived from the posterior parameter estimates, we identified major
concentrations of woodcock abundance in east-central Minnesota, USA, the
intersection of Vermont, USA, New York, USA, and Ontario,
Canada, the upper peninsula of Michigan, USA, and St. Lawrence County, New York.
The functional relations we elucidated for the American
woodcock provide a basis for the development of management programs and the
model and map may serve to focus management and monitoring
Heyers D, Manns M, Luksch H, Güntürkün O, Mouritsen H (2007) A Visual Pathway Links
Brain Structures Active during Magnetic Compass Orientation in Migratory Birds. PLoS ONE
2(9): e937 doi:10.1371/journal.pone.0000937
INDICE di alcuni argomenti trattati in corso di rassegna bibliografica
@ CENSIMENTI – ANAGRAFE pag.7
@ VIE MIGRATORIE pag.10,59
@ DATI VENATORI pag.11-14,62-66,94,100
@ MIGRAZIONE pag.17,40,42,47
@ ANATOMO – FISIOLOGIA dell’ORIENTAMENTO e MIGRAZIONE
Pag.18-39,45,51,121
@ MIGRAZIONE “ITALIA” pag.54,56
@ TERRITORIO pag.66
@ VERMI pag.78
@ PREDAZIONE pag.75
@ PARASSITOLOGIA pag.80
@ DNA pag.41,46,56
@ PIANO EUROPEO ( EU) pag.84-91
@ CACCIA & TIPOLOGIE di CACCIA pag.92-104
@ HABITAT pag.69-75
@ HABITAT : INQUINAMENTO CHIMICO-FISICO pag.83,107
@ HABITAT MIGRATORIO : INQUINAMENTO da LUCE pag.111
@ HABITAT MIGRATORIO : INQUINAMENTO ELETTRO-MAGNETICO
Pag.119
@ PROSPETTIVE di RICERCA pag.6,53,55,128
- MONITORAGGIO SATELLITARE pag.129
- NANOTECNOLOGIE pag.135
- ECOGRAFIA pag.137
@ BIBLIOGRAFIA pag.140
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