Snipe

Snipe

Gallinago gallinago
Snipe, Graham Clarke

Introduction

A long-billed wader; describing its plumage as 'basically brown' does severe injustice to the exquisite patterning that provides its camouflage.

A 'lover of swamps and quagmire overgrown' (to quote John Clare's poem on the species), the first many know of a Snipe's presence is when it explodes from damp ground surprisingly near one's feet. Their collective term 'wisp' perfectly describes the unpredictable, jinking, flight of a small flock taking off.

Snipe breed throughout Britain, although in smaller numbers in the south and east following the drainage of much of our lowland wet grassland. Numbers are, however, much greater in the winter when we receive birds from as far east as Russia.

  • Our Trends Explorer gives you the latest insight into how this species' population is changing.
Snipe, Graham Clarke

Key Stats

Status
Common
Common
Weight
Weight
108.2g
Eggs
Eggs
4-4
BTO Records
BTO Records
580k records
Population and distribution stats for:

Identification

Curated resources to aid in the identification of Snipe

ID Videos

This section features BTO training videos headlining this species, or featuring it as a potential confusion species.

Common and Jack Snipe

Songs and Calls

Listen to example recordings of the main vocalisations of Snipe, provided by xeno-canto contributors.

Song:

Call:

Flight call:

Other:

Movement

Information about Snipe movements and migration based on online bird portals (e.g. BirdTrack), Ringing schemes and tracking studies.

Britain & Ireland movement

View a summary of recoveries in the Online Ringing Report

Foreign locations of birds ringed or recovered in Britain & Ireland

Dots show the foreign destinations of birds ringed in Britain & Ireland, and the origins of birds ringed overseas that were subsequently recaptured, resighted or found dead in Britain & Ireland. Dot colours indicate the time of year that the species was present at the location.

  • Winter (Nov-Feb)
  • Spring (Mar-Apr)
  • Summer (May-Jul)
  • Autumn (Aug-Oct)
Foreign locations of birds ringed or recovered in Britain & Ireland

European movements

EuroBirdPortal uses birdwatcher's records, such as those logged in BirdTrack to map the flows of birds as they arrive and depart Europe. See maps for this species here.

The Eurasian-African Migration Atlas shows movements of individual birds ringed or recovered in Europe. See maps for this species here.

Biology

Lifecycle and body size information for Snipe, including statistics on nesting, eggs and lifespan based on BTO ringing and nest recording data.

Productivity and Nesting

Nesting timing

Average (range) fo first clutch laying dates
30 Apr (31 Mar-24 Jun)
Typical (exceptional) number of broods
1

Egg measurements

Typical length x width
40x28 mm
Mass (% shell)
16.5g (5%)

Clutch Size

Typical number
4-4 eggs
Average ±1 standard deviation
3.9±0.35 eggs
Observed minimum and maximum
2-5 eggs

Incubation

Incubation by
Female
Typical duration
20-18 days

Fledging

Type of chick
Precocial, downy
Typical duration
20-19 days
Visit our Trends Explorer for trend graphs and country statistics.

Survival and Longevity

Survival is shown as the proportion of birds surviving from one year to the next and is derived from bird ringing data. It can also be used to estimate how long birds typically live.

View number ringed each year in the Online Ringing Report.

lifespan

Typical life expectancy of bird reaching breeding age
3 years with breeding typically at 2 years
Maximum age from a ringed bird
16 years, 19 days (set in 1993)

Survival of adults

All adults
0.481±0.054

Survival of juveniles

All juveniles
0.48 (in first year)
Visit our Trends Explorer for trend graphs and country statistics.

Biometrics

Wing length and body weights are from live birds (source).

Wing length

Average ±1 std deviation; range and sample size in brackets.
Juvenile
136.1±4.1 mm
(130-142 mm, N=661)
All adults
136.1±3.9 mm
(129-142 mm, N=754)

Body weight

Average ±1 std deviation; range and sample size in brackets.
Juvenile
136.1±4.1 mm
(130-142 mm, N=661)
All adults
136.1±3.9 mm
(129-142 mm, N=754)
Visit our Trends Explorer for trend graphs and country statistics.

Ring Size

C or C2 (pulli D or D2)

Classification, names and codes

Taxonomy, names and species codes for Snipe

Classification and Codes

  • Order: Charadriiformes
  • Family: Scolopacidae
  • Scientific name: Gallinago gallinago
  • Authority: Linnaeus, 1758
  • BTO 2-letter code: SN
  • BTO 5-letter code: SNIPE
  • Euring code number: 5190

Alternate species names

  • Catalan: becadell comú
  • Czech: bekasina otavní
  • Danish: Dobbeltbekkasin
  • Dutch: Watersnip
  • Estonian: tikutaja e. taevasikk
  • Finnish: taivaanvuohi
  • French: Bécassine des marais
  • Gaelic: Naosg
  • German: Bekassine
  • Hungarian: sárszalonka
  • Icelandic: Hrossagaukur
  • Irish: Naoscach
  • Italian: Beccaccino
  • Latvian: merkazina, perkonkaza
  • Lithuanian: paprastasis perkuno oželis
  • Norwegian: Enkeltbekkasin
  • Polish: (bekas) kszyk
  • Portuguese: narceja-comum
  • Slovak: mociarnica mekotavá
  • Slovenian: kožica
  • Spanish: Agachadiza común
  • Swedish: enkelbeckasin
  • Welsh: Gïach Cyffredin
  • English folkname(s): Snippick, Gowk

Research

Interpretation and scientific publications about Snipe from BTO scientists.

Causes of Change and Solutions

Causes of change

The reasons for the decline are unknown.

Further information on causes of change

During the decline in wet meadows in England and Wales between 1982 and 2002, birds were more likely to persist where soils remained soft and wet (Wilson et al. 2005); however the fact that Snipe have continued to decline, despite soil conditions being improved for them at many lowland wetland reserves, suggests that other key aspects of habitat quality, such as prey abundance, are more likely to be driving the decline (Smart et al. 2008). Buchanan et al. ( 2017) found that a varied vegetation composition was important and that abundance increased with higher vegetation height. In Scotland at least, agri-environment schemes can benefit this species (O'Brien & Wilson 2011).

Increases in Snipe numbers at Langholm Moor between 2008 and 2017 were attributed to predator control (Ludwig et al. 2019). However, this study was at a single site only and further research is needed to investigate whether predation may have contributed to the wider decline of this species. In contrast, nest record scheme data, although based on a low sample size, show that daily failure rates at the egg stage appear to have more than halved since 1967 suggesting predation is not a cause of decline, at least at the nest.

Information about conservation actions

This species is now restricted mainly to key sites such as nature reserves where conservation management for waders is undertaken; however, numbers are still declining even where suitable management occurs (Smart et al. 2008) and therefore further research may be required to confirm the reasons for the decline before lasting solutions can be identified.

In the meantime, managing fields to provide wet and soft soil conditions is likely to enable Snipe to continue to persist at existing sites. This can be achieved through decreased grazing pressure and increasing surface flooding, e.g. by raising water levels (Smart et al. 2008). Opening up rush patches by cutting and grazing, digging scrapes and heightening water levels increased breeding snipe numbers at a site in Cumbria (Holton & Allcorn 2006) although it is unclear which of the actions were most important. Snipe breeding in upland Britain depend on unimproved marginal grassland and wet habitats (Hoodless et al. 2010), and hence it is important that such areas are retained or made available as part of the habitat mosaic.

A long-term conservation strategy will need to provide suitable wet habitat across the wider countryside to enable Snipe to recolonise away from key sites. However, a study in Northern Ireland suggested that intensive pastoral farming and ongoing activities such as drainage and peat extraction was likely to further reduce the suitability of open habitats (Henderson et al. 2002). Conservation policies may therefore be required here and elsewhere in the UK to encourage and enable the protection and provision of Snipe habitat.

Publications (2)

Loss of breeding waders from key lowland grassland sites in Northern Ireland

Author: Booth Jones, K.A., O’Connell, P., Wolsey, S., Carrington-Cotton, A., Noble, D.G., McCulloch, N. & Calladine, J.R.

Published: 2022

Between the mid-1980s and 2018–2019, Northern Ireland’s lowland wet grasslands saw a 73% decline in their breeding wader populations, from 1,296 to 354 pairs across 74 surveyed sites.

18.07.22

Papers

More Evidence

More evidence from Conservation Evidence.com

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