Skip to content Skip to a section
🦅 Birds

🪽Albatross

Dynamic-soaring ocean birds whose metres-long wings and baited longlines now share the same latitudes.

Also called: diomedeid · mollymawk · wanderer

35 min read Atlas rankings
Albatross -- Wikimedia lead image
Jlfutari at English Wikipedia · CC BY 2.5
At a glance
Score intensity

Darker cells mean a higher score for this topic on that metric.

Score profile

Each bar is a 0-100 atlas score for this topic, not a timeline.

765497234055
Ecological role
Relative scale
Speed
76
Timeline

Milestones in order. This is history, not a weekly activity grid.

c. 30 Ma Early diomedeids1798 The Rime of the Ancient Mariner1956 Wisdom banded1960s Industrial longline rise1991 CCAMLR conservation measure 29/X2001 ACAP signed2006 Midway lead-paint work2010s Gough mouse plans2018 Wisdom still breeding2021 Gough eradication attempt
  1. Early diomedeids
  2. The Rime of the Ancient Mariner
  3. Wisdom banded
  4. Industrial longline rise
  5. CCAMLR conservation measure 29/X
  6. ACAP signed
  7. Midway lead-paint work
  8. Gough mouse plans
  9. Wisdom still breeding
  10. Gough eradication attempt
Explore
Compare
18 min read

Last reviewed Sources & creditsMedia creditsMethodology

Pin anatomy against behaviour

Pick one anatomy system and one operating fact already on this species page. A reading pair — not a winner board.

Browsing aid inside this atlas. Field biology and local law decide any real encounter. No live feed.

Compare species

Quick facts

to 3.5 mWingspan
Dynamic soaringMode
Squid / fish / offalForage
Longline / miceThreat
50–70+ yrLongevity
birdsFamily

Albatross is one of 24 types in this animals atlas. The pages treat it as a full system -- history, anatomy, operating principles, culture, icons, future pressure and market shape -- not a ranking of a best species.

Scores compare the albatross with the other 23 types on speed, intelligence, range, resilience, cultural impact and ecological role. They are relative editorial marks. Resilience high means more secure; low means threatened. Most of the 22 species are threatened; longline bycatch and introduced mice dominate the Red List cards.

Seven chapters follow: origins, systems, how the animal works, cultural life, named icons, what conservation can still change, and how tourism, conflict, fisheries and parks move money.

Deep introduction

Deep dive: Albatross

Albatross is not a single postcard animal. It is a set of populations, subspecies and human rules inside the birds family of this atlas.

Diversity, bodies, culture and ranges — plus a lens tuned to this language region.

Diversity inside the type

Field guides collapse many lineages into the word albatross. Subspecies, flyways and captive lines do not share one fate.

This atlas picks a Wikipedia title as the hero image and then keeps the rest of the grade in view so a recovered stock cannot launder a Critically Endangered cousin.

Life in the landscape

The longest avian wings, a locked elbow in glide, and tube nostrils that dump salt. Dynamic soaring is a wing-and-wind machine more than a muscle one.

Squid, fish and fishery offal taken at the surface. Cheap travel, expensive landing — breeding islands are the rare pause.

Culture and meaning

Culture met the albatross through film, law, heraldry, zoos and local story. Those portrayals move money and sometimes take; they are not a field census.

The culture chapter dates posters and statutes so a 1975 film or a 1961 logo cannot pretend to be a 2020s Red List.

Conservation and money

Most of the 22 species are threatened; longline bycatch and introduced mice dominate the Red List cards.

Tourism, conflict payments, quotas and captive loans are dated economic bands in the market chapter -- not live prices and not a best-species prize.

Life-science deep dive

Biology deep dive: Albatross

Albatross biology is a stack of structure, energy, sensing and hard limits. The four sections below are the same headings used across the atlas so types can be compared without a best-species frame.

Anatomy, senses, behaviour and limits — plus field language for this region.

Structure

The longest avian wings, a locked elbow in glide, and tube nostrils that dump salt. Dynamic soaring is a wing-and-wind machine more than a muscle one.

Load paths and tissues (not metals) are expanded in the anatomy chapter.

Energy and foraging

Squid, fish and fishery offal taken at the surface. Cheap travel, expensive landing — breeding islands are the rare pause.

The how-it-works diagrams reduce that budget to a six-node loop.

Senses and control

Olfaction is stronger than in most birds; a surface slick can be smelled before it is seen. Magnetic and wind cues steer basin-scale loops.

Control here means the animal steering itself -- not a machine dashboard.

Limits

A hooked bait is an evolutionary mismatch. Mice on nursery islands and plastic in the gyre are the other two ceilings.

Resilience scores encode those limits relative to the other 23 types.

Visual field notes

Licensed photographs of this species — heroes, eras and icons on one wall.

Albatross -- Wikimedia lead image
Jlfutari at English Wikipedia
Albatross
Jlfutari at English Wikipedia
Wandering albatross -- Albatross
JJ Harrison ( https://www.jjharrison.com.au/ )
Wisdom (albatross) -- Albatross
John Klavitter/U. S. Fish and Wildlife Service
Samuel Taylor Coleridge -- Albatross
Samuel Cousins / After Washington Allston
Chandler Robbins -- Albatross
Barbara Dowell
ACAP -- Albatross
Fabio Olmos/BirdLife. This is a low res version supplied with permission. Fabio Olmos retains copyright to hi-res version.
Northern royal albatross -- Albatross
JJ Harrison ( https://www.jjharrison.com.au/ )
Black-browed albatross -- Albatross
JJ Harrison ( https://www.jjharrison.com.au/ )
BirdLife International -- Albatross
BirdLife International

The profile

765497234055
Speed 76
Intelligence 54
Range 97
Resilience 23
Cultural impact 40
Ecological role 55

Pin anatomy against behaviour

Pick one anatomy system and one operating fact already on this species page. A reading pair — not a winner board.

Browsing aid inside this atlas. Field biology and local law decide any real encounter. No live feed.

Seven chapters on this species

Head-to-head

Same family, different scores — pick a duel.

Frequently asked questions

How does dynamic soaring let an albatross fly cheaply?
The bird climbs and dives through wind-speed gradients above waves, converting shear into airspeed. Heart-rate loggers show travel costs closer to rest than to flapping flight.
Who is Wisdom the Laysan albatross?
A female banded in 1956 by Chandler Robbins at Midway. She has fledged chicks into her seventh decade — a longevity record that made a single band number famous.
Why are longlines the central threat?
Baited hooks look like squid. One set can kill dozens of birds. Night setting, weighted lines and tori lines cut the kill when fleets actually use them.
What did Coleridge actually do to the bird?
The 1798 Rime made killing an albatross a moral crime. The poem outran the biology and still titles newspaper bycatch stories.
Why is Taiaroa Head important?
The northern royal albatross colony near Dunedin is a mainland breeding site with public hides — rare for a family that usually needs remote islands.
Do mice really eat albatross chicks?
On Gough and some other islands, introduced house mice attack chicks of albatrosses and petrels. Eradication attempts are now as central as hook rules.
Is Midway only a battle history?
The atoll is also the world’s largest Laysan albatross colony. Plastic and lead paint joined the WWII ruins as management files.
How many albatross species are threatened?
BirdLife assessments have long placed a majority of Diomedeidae in threatened categories — an unusual concentration for a small family.

Role, not a winner

Choose what to keep for Albatross. No winner board.

The resilience mark to keep is 23.

Conservation literacy. Not a live IUCN fetch.

Embed this ranking

Paste this code into your blog or site — the ranking stays up to date.

Similar species

Closest neighbours on the six atlas axes — speed, intelligence, range, resilience, culture and ecological role.

More in Birds