Spoonbill

Spoonbill

Platalea leucorodia
Spoonbill, Paul Hillion

Introduction

Spoonbill is one of a number of species expanding their breeding range northwards as a result of climate change, and the species is becoming a more familiar sight to birdwatchers.

Spoonbills breed in very small numbers at just a handful of locations in England, the most successful of which is a colony on the north Norfolk coast. Spoonbills tend to breed in mixed colonies, alongside herons and inland-breeding Cormorants. In summer plumage the yellow tip to the adult's spoon-shaped bill and the crest plumes make this a very attractive bird.

Atlas data highlight the current southerly distribution in Britain & Ireland, particularly evident in the winter months.

Spoonbill, Paul Hillion

Key Stats

Status
Scarce
Scarce
Weight
Weight
1.5kg
Eggs
Eggs
3-4
BTO Records
BTO Records
76k records
Population and distribution stats for:

Movement

Information about Spoonbill 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 Spoonbill, including statistics on nesting, eggs and lifespan based on BTO ringing and nest recording data.

Productivity and Nesting

Nesting timing

Typical (exceptional) number of broods
1

Egg measurements

Typical length x width
67x46 mm
Mass (% shell)
76g (9%)

Clutch Size

Typical number
4-3 eggs
Observed minimum and maximum
3-7 eggs

Incubation

Incubation by
Male + Female
Typical duration
25-21 days

Fledging

Type of chick
Altricial, downy
Typical duration
50-45 days

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.

Classification, names and codes

Taxonomy, names and species codes for Spoonbill

Classification and Codes

  • Order: Pelecaniformes
  • Family: Threskiornithidae
  • Scientific name: Platalea leucorodia
  • Authority: Linnaeus, 1758
  • BTO 2-letter code: NB
  • BTO 5-letter code: SPOON
  • Euring code number: 1440

Alternate species names

  • Catalan: becplaner comú
  • Czech: kolpík bílý
  • Danish: Skestork
  • Dutch: Lepelaar
  • Estonian: luitsnokk-iibis
  • Finnish: kapustahaikara
  • French: Spatule blanche
  • Gaelic: Gob-leathann
  • German: Löffler
  • Hungarian: kanalasgém
  • Icelandic: Flatnefur
  • Irish: Leitheadach
  • Italian: Spatola
  • Latvian: karošknabis
  • Lithuanian: paprastoji girnove
  • Norwegian: Skjestork
  • Polish: warzecha (zwyczajna)
  • Portuguese: colhereiro-europeu
  • Slovak: lyžiciar biely
  • Slovenian: žlicarka
  • Spanish: Espátula común
  • Swedish: skedstork
  • Welsh: Llwybig

Research

Interpretation and scientific publications about Spoonbill from BTO scientists.

Causes of Change and Solutions

Causes of change

The re-colonisation of the UK follows a range expansion across Europe. The reasons for this are unclear although it is possible that climate change may have been a factor. In the Netherlands, it has been suggested that local population growth may have levelled off at some sites as a result of density dependent effects caused by limited food supply (Oudman et al. 2017), which may potentially be a driver of the ongoing range expansion.

More Evidence

More evidence from Conservation Evidence.com

Partners

Birdfacts is based on data collected by volunteers participating in surveys that are organised and funded by BTO, RSPB, Esmée Fairbairn Foundation, JNCC and other partners.
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