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1 December 2005 Variation in Timing of the Siberian Knot Calidris c. canutus Autumn Migration in the Puck Bay Region (Southern Baltic)
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Abstract

The first stage of the Siberian Knot's autumn migration between its breeding grounds in Taimyr, Siberia and the W European tidal flats is still poorly understood, despite our expanding knowledge of this species. This paper analyses data (1988–1995) on the numbers of Knots and the timing of their migration in the Puck Bay region of the Baltic Sea (N Poland). The timing varied greatly between seasons. The timing of adult migration is linked to breeding success. In seasons with low breeding success both males and females leave the breeding grounds earlier, and the correlation between the mean date of adult migration and the number of juveniles is consistent with this phenology. The differences between the departure dates from the Taimyr breeding grounds provided by published sources and the dates of arrival at Puck Bay suggest that Knots cross the northern tundra regions very quickly (at least, the earliest birds to arrive do so). The numbers of juvenile Knots turning up on the Polish coast appear to depend not only on the lemming cycle in the breeding grounds, but also on other factors, like local weather conditions, which could influence the number of juveniles observed.

REFERENCES

1.

N. Anthes , I. Harry , K. Mantel , A. Müller , H. Schielzeth , J. Wahl 2002. Notes on migration dynamics and biometry of the Wood Sandpiper (Tringa glareola) at the sewage farm of Münster (NW Germany). Ring 24: 41–56. Google Scholar

2.

ARCTIC BIRDS 2005. Breeding conditions survey. (Online database). M. Soloviev, P. Tomkovich (eds).  http://www.arcticbirds.ruGoogle Scholar

3.

S. Blomqvist , N. Holmgren , S. Åkesson , A. Hedenström , J. Pettersson 2002. Indirect effects of lemming cycles on sandpiper dynamics: 50 years of counts from southern Sweden. Oecologia 133: 146–158. Google Scholar

4.

G. C. Boere 1976. The significance of the Dutch Waddenzee in the annual cycle of arctic, subarctic and boreal waders. Part 1. The function as a moulting area. Ardea 64: 210–291. Google Scholar

5.

U. Brenning 1986. Zum Durchzug nordischer Watvogel (Limicolae) auf der Insel Langenwerder (Wismar-Bucht). Tiere der polaren Regionen: 86–96. VEB Gustav Fischer Verlag. Jena. Google Scholar

6.

V. Dierschke 1994. Phänologie und Fluktuation des Rastvorkommens der Strandläufer Calidris-Arten auf Helgoland. Vogelwarte 115: 59–68. Google Scholar

7.

J. Frikke , K. Laursen 1992. Occurrence of the Knot Calidris canutus in Denmark, with special reference to Danish Wadden Sea. Wader Study Group Bull. 64, Suppl.: 155–160. Google Scholar

8.

U. N. Glutz von Blotzheim, K. M. Bauer, E. Bezzel 1975. Handbuch der Vögel Mitteleuropas. 6. Akademische Verlagsgegellschaft. Wiesbaden. Google Scholar

9.

B. Ganter , H. Boyd 2000. A tropical volcano, high predation pressure, and the breeding biology of Arctic waterbirds: a circumpolar review of breeding failure in the summer of 1992. Arctic 53: 289–305. Google Scholar

10.

J. Gromadzka 1987. Migration of waders in Central Europe. Sitta 1: 97–115. Google Scholar

11.

J. Gromadzka 1992. Knots on the Polish Baltic coast. Wader Study Group Bull. 64, Suppl: 161–166. Google Scholar

12.

Y. I. Kokorev , V. A. Kuksov 2002. Population dynamics of lemmings, Lemmus sibirica and Dicrostonyx torquatus, and Arctic Fox Alopex lagopus on the Taimyr peninsula, Siberia, 1960–2001. Ornis Svec. 12: 139–143. Google Scholar

13.

I. Lilja 1964. [Der Zug der Gattungen Calidris, Crocethia und Limicola an der Kuste bei Pori in den Jahern 1951–1960]. Ornis Fennica 41: 81–93. Google Scholar

14.

A. Lindström 1991. Maximum fat deposition rates in migrating birds. Ornis Scand. 22: 12–19. Google Scholar

15.

W. Meissner 1992. Knots' autumn migration in the western part of the Gulf of Gdansk, Poland: preliminary results. Wader Study Group Bull. 64, Suppl: 167–171. Google Scholar

16.

W. Meissner 1996. Timing and phenology of autumn migration of Common Sandpiper (Actitis hypoleucos) at the Gulf of Gdańsk. Ring 18: 59–72. Google Scholar

17.

W. Meissner 1997. Timing and phenology of autumn migration of Wood Sandpiper (Tringa glareola) at the Gulf of Gdańsk. Ring 19: 75–91. Google Scholar

18.

W. Meissner 2004. Variability in the size of juvenile Red Knots Calidris canutus canutus. Wader Study Group Bull. 103: 71–74. Google Scholar

19.

W Meissner , P. Kamont 2005. Seasonal changes in body size and mass of Red Knots Calidris canutus during autumn migration through southern Baltic. Ornis Svec. 15: 97–104. Google Scholar

20.

W. Meissner , M. Remisiewicz 1998. Wader studies of the Waterbird Research Group KULING in 1983–1998. Ring 20: 31–33. Google Scholar

21.

W. Meissner , A. Sikora 1995. [Spring and autumn migration of waders (Charadrii) on the Hel Peninsula.] Not. Ornitol. 36: 205–239.  Google Scholar

22.

W. Meissner , M. Ściborski 2002. Autumn migration of the Bartailed Godwit (Limosa lapponica) in the Gulf of Gdańsk region. Ring 24: 3–15. Google Scholar

23.

W. Meissner , A. Włodarczak 1999. Autumn migration of Sanderling (Calidris alba) in the Puck Bay region (southern Baltic coast). Ring 21: 57–67. Google Scholar

24.

R. I. G. Morrison , J. R. Wilson 1992. Observations of Knot migration in Iceland 1970–1972. Wader Study Group Bull. 64, Suppl: 101–109. Google Scholar

25.

S. Nebel , T. Piersma , J. van Gils , A. Dekinga , B. Spaans 2000. Length of stopover, fuel storage and sex-bias in the occurrence of Red Knots Calidris c. canutus and C. c. islandica in the Wadden Sea during southward migration. Ardea 88: 165–176. Google Scholar

26.

H.-W Nehls 1987. Does the Nearctic Knot Calidris canutus islandica migrate through the south-western Baltic? Wader Study Group Bull. 51: 53–55. Google Scholar

27.

T. Piersma , P. Prokosch , D. Bredin 1992. The migration system of Afro-Siberian Knots Calidris canutus canutus. Wader Study Group Bull. 64, Suppl: 52–63. Google Scholar

28.

StatSoft Inc. 2001. STATISTICA (data analysis software system), version 6. Google Scholar

29.

A. Teichmann , U. Conrad 1984. Zum Limikolenzug am südlichen Greifswalder Bodden auf der Grundlage von Planbeobachtungen. Orn. Rundbrief Meckl. 27: 8–35. Google Scholar

30.

L. Tomiałojć , T. Stawarczyk 2003. [The avifauna of Poland. Distribution, numbers and trends]. PTPP “pro Natura”. Wrocław. Google Scholar

31.

P. S. Tomkovich 1998a. Breeding conditions for waders in Russian tundras in 1992. International Wader Studies 10: 117–123. Google Scholar

32.

P. S. Tomkovich 1998b. Breeding conditions for waders in Russian tundras in 1993. Int. Wader Studies 10: 124–131. Google Scholar

33.

P. S. Tomkovich , M. Y. Soloviev 1996. Distribution, migrations and biometrics of Knots Calidris canutus on Taimyr, Siberia. Ardea 84: 85–98. Google Scholar

34.

L. G. Underhill 1987. Changes in the age structure of Curlew Sandpiper populations at Langebaan Lagoon, South Africa, in relation to lemming cycles in Siberia. Trans. Roy Soc. S. Afr. 46: 209–214. Google Scholar

35.

D. von Knorre, G. Grün , R. Günther , K. Schmidt 1986. Die Vogelwelt Thüringens. VEB Gustav Fischer Verlag. Jena. Google Scholar

36.

A. K. Yurlov 1998. Breeding conditions for waders in Russian tundras of the USSR in 1990. International Wader Studies 10:105–110. Google Scholar

37.

J. H. Zar 1996. Biostatistical Analysis, 3rd editon. Prentice-Hall. London. Google Scholar
Włodzimierz Meissner "Variation in Timing of the Siberian Knot Calidris c. canutus Autumn Migration in the Puck Bay Region (Southern Baltic)," Acta Ornithologica 40(2), 95-101, (1 December 2005). https://doi.org/10.3161/068.040.0205
Received: 1 August 2005; Accepted: 1 November 2005; Published: 1 December 2005
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