Category Archives: Birds

Don Binney 1940 – 2012

Don Binney, 1977-79?, Auckland. Marti Friedlander. Purchased 2007. Te Papa

In the recent death of Don Binney New Zealand art has lost a major contributor to its diverse tradition of landscape painting.  Binney began painting his stylized images of birds in the landscape in the early 1960s.  These unique and startling images quickly established his reputation.  The ‘oversized’ birds combined a personal take on hard-edged abstraction with conservationist and painterly concerns.  The design and structure of his paintings emphasised the shape and contour of the bird while integrating it with similar forms in the landscape. A dynamic tension was established between these elements which underlined a complex interaction between stasis and implied movement, latency and potential. The style worked with and against the energy it both created and contained. 

Hard edges did not preclude emotional and spiritual depth however – the cry of the tui from McCahon’s Northland Panels is given a startlingly physical presence in Tui over Te Henga 1964 or Colonial garden bird 1965. 

Colonial garden bird, 1965, Auckland. Don Binney. Purchased 1971. Te Papa

Colonial garden bird, 1965, Auckland. Don Binney. Purchased 1971. Te Papa

While a central place is now occupied by the bird images in Binney’s oeuvre, his practice also embraced the landscape itself and its particular New Zealand characteristics. He integrated these with political concerns relating to settlement and ownership in the decade of the 1980s.  The wider Pacific context also appeared in paintings such as Pacific frigate bird I 1968 in a treatment akin to that in Rita Angus’s Rutu 1951 and was referenced again in works in the 1990s.   Stylistically his work maintained a continuum with nineteenth century topographical artists John Kinder and Alfred Sharpe and earlier twentieth century artists such as Christopher Perkins. Binney was a contemporary of Rita Angus, Bill Sutton, Michael Smither, Robin White and Michael Illingworth.   He, like them, combined in his work a passionate engagement with the landscape with exploration of its formal and symbolic capacity. 

Te Papa’s collection of Don Binney’s work will help to inform future generations of the important position this artist holds in the crucial period when international modernism was becoming integrated into the fabric of New Zealand’s visual and artistic heritage. 

The art team and the staff at Te Papa  would like to extend our deepest sympathy and aroha to Don’s family and friends in this time of loss and sadness for the New Zealand art community. 

Fatbird, 1964, Auckland. Don Binney. Purchased 2002. Te Papa

Fatbird, 1964, Auckland. Don Binney. Purchased 2002. Te Papa

-Tony Mackle, Collection Manager Works of Art on Paper

Farewell Don Binney

We are saddened to hear that contemporary New Zealand artist Don Binney has passed away.  Our thoughts are with Don’s family and friends.

Don Binney, 'Pacific frigate bird', 1968, Te Papa

Don Binney, ‘Pacific frigate bird’, 1968, Te Papa

When did little spotted kiwi become extinct on the New Zealand mainland?

Little spotted kiwi  only occur in New Zealand, where there are around 1500 individuals remaining.  They are the smallest kiwi species, about the size of a bantam hen, and are very susceptible to predation by introduced mammals, such as stoats and dogs.  Today they survive on predator-free offshore islands and the fenced mainland sanctuary Zealandia in Wellington.

Little Spotted Kiwi, Apteryx owenii, collected no data, New Zealand. Gift of the The Hawke's Bay Art Gallery and Museum, 1949. Te Papa

Little Spotted Kiwi, Apteryx owenii, collected no data, New Zealand. Gift of the The Hawke’s Bay Art Gallery and Museum, 1949. Te Papa

Although little spotted kiwi currently have a very restricted distribution, deposits of bones (e.g., in caves) indicate that they used to occur throughout New Zealand.  When did little spotted kiwi disappear from the mainland?

Little spotted kiwi in the North Island were already very rare when Europeans settled New Zealand. Only one or two live birds have ever been collected from the North Island mainland for museum collections, both in the 19th century.

In contrast, little spotted kiwi were common on the west coast of the South Island at this time.  When exactly they disappeared from the South Island is unclear, with misidentification with the related great spotted kiwi adding to the confusion.  However, it has been widely reported that South Island little spotted kiwi went extinct in the 1930s.  Other researchers disagree and think that little spotted kiwi were present on the west coast for much longer.

Our recent study has shed light on this debate.  We used DNA to identify to species three dead kiwi found in the South Island that post-date the 1930s.  These kiwi are now held in Te Papa’s bird collection.

Link to our study

We were able to show that a kiwi specimen found in 1952 from central Westland and two other kiwi specimens found in 1978, from NW Nelson and south Westland, were all little spotted kiwi (as opposed to juvenile great spotted kiwi).  This suggests that little spotted kiwi survived, and were widespread, in the South Island until much more recently than generally accepted.

Map of the locations where three post-1940 little spotted kiwi were found (names in black type). Today’s little spotted kiwi all derive from birds that survived on Kapiti Island (red type). Base map supplied by Geographx (http://www.geographx.co.nz/).

Map of the locations where three post-1940 little spotted kiwi were found (names in black type). Today’s little spotted kiwi all derive from birds that survived on Kapiti Island (red type). Base map supplied by Geographx (http://www.geographx.co.nz/).

Little spotted kiwi today all originate from a few individuals from Kapiti Island and are highly inbred with very little genetic diversity.  This may mean they have reduced resistance to new diseases and an increased risk of genetic defects.  If there was more certainty about the identity of the remaining mainland birds in the 1970s perhaps more effort could have been made to locate and move surviving little spotted kiwi to predator-free islands.  This would likely have boosted the genetic diversity surviving in this species today.

This result demonstrates how little we know about our native species, even the prominent ones like our (unofficial) national bird, the kiwi.  If so little was known about kiwi, then what about other reclusive members of our fauna thought to be recently extinct, such as South Island kokako, or less charismatic but equally interesting species, such as our greater short-tailed bat (Mystacina robusta)?

Learn about South Island kokako.

Learn about the greater short-tailed bat.

Albatrosses in competition for best looks

Over the next month, Te Papa is working with the community of enthusiasts and researchers on seabirds – albatrosses and petrels in particular – to showcase the unique work of this group, and to allow a glimpse of the beauty, vulnerability, and amazing adaptations of these birds and unique environments they inhabit.

Our focus on this group of birds relates to the need for conservation efforts needed to arrest declines in several key populations – at present, the albatross group is the under threat at a higher level than any other group of birds, with a high proportion of species listed as globally threatened with extinction, and the rate of change of species status higher than other groups.

Learn more with the Global Seabird Programme of BirdLife International

In conjunction with the organisers of the 5th International Albatross and Petrel Conference, Te Papa launched the initiative on 13 July. The competition is open to anyone to contribute images via the Te Papa website. Several other groups have helped to sponsor the competition and prizes including Woolf Photography, Albatross Encounter, Te Papa Press, Friends of Te Papa and the Ornithological Society of New Zealand.

Access the competition website

Edit: The competition is now closed, but the photos are still available

Images have come in from across the globe, and include some of the world’s rarest and most endangered species. Some particularly stunning images include shots of birds on the nest with their young, and pictures of the incredible habitats in which the birds spend their time at sea, or where they nest.

Father & Son (Indian yellow-nosed albatross), 2012, Amsterdam Island, by Jeremie Demay. © Jeremie Demay

Father & Son (Indian yellow-nosed albatross), 2012, Amsterdam Island, by Jeremie Demay. © Jeremie Demay

In particular, we were seeking to engage with the community of researchers and bird-lovers, many of whom work on a voluntary basis to do conservation and population monitoring studies. Others are dedicated professionals; all have unique moments to share of their experience with albatrosses and petrels. The documenting of people at work with birds often is difficult…researchers try to minimise the impact of their studies on species, and extra time to take photos in the midst of pressured work programmes can be lacking, but we’re really delighted that some of these field biologists have take the time to share special moments.

Arms wide open (Wandering albatross), 2011, Antipodes Island, by James C. Russell ©  James C. Russell

Arms wide open (Wandering albatross), 2011, Antipodes Island, by James C. Russell © James C. Russell

It was particularly impressive to have uploads of images direct from field sites dotted around the Southern Ocean.  Amsterdam Island is one of the remotest islands on the planet, more than 1000 km from any continent; it is plum in the middle of the Indian Ocean. Yet it harbours a keen group of researchers who over-winter as part of a French research programme. And several are apparently keen photographers!

Delicate touch (White-faced storm petrel), 2007, Mokohinau Islands, by James C. Russell ©  James C. Russell

Delicate touch (White-faced storm petrel), 2007, Mokohinau Islands, by James C. Russell © James C. Russell

Among my favourite birds to see at sea (when not being blown-away by the splendour of large, white, glamorous albatrosses), are the tiny storm petrels, nicknamed ‘Jesus Birds’ for their ability to patter their feed on the water. One entry portrays the fragility and delicacy of these enigmatic little species expertly as it skips above the water surface. Another shows how small and delicate they are in the hands of an expert handler.

White-bellied storm-petrel, 2010, Lord Howe Island group, by Sarah Jacob. © Sarah Jacob

White-bellied storm-petrel, 2010, Lord Howe Island group, by Sarah Jacob. © Sarah Jacob

As well as the birds going about their daily business, there is a focus on interactions between humans and birds at sea, with the often positive comradeship of sea-going humans and birds portrayed delightfully in some shots themselves.

Constant campanions (Salvin's Albatross), 2011, Kaikoura, by Peter Langlands © Peter Langlands

Constant campanions (Salvin’s Albatross), 2011, Kaikoura, by Peter Langlands © Peter Langlands

In short, there’s something for everyone on this web-page. Either for the photographer to encourage them to explore the lighting, dynamic tension, and rare circumstances that lead to ‘just the right shot’ or for the lovers of sea-creatures and birds. For albatross and petrel boffins, a visit to this web page is rather like having too much cake for tea!

Access the competition website

Edit: The competition is now closed, but the photos are still available

West Coast Fern Fieldwork 2012, 6 – animal miscellany

Here are a few, token animal photos to finish this account of our fieldwork.

South Island fernbird, Bowdleria punctata punctata, in manuka bordering tangle fern (Gleichenia)-dominated pakihi near Westport. This was the first fernbird I have ever seen/noticed, but we saw/heard several others elsewhere during our trip. Unfortunately my camera is optimised for close-ups (since plants don’t run away), and has a terrible zoom – hence this blurry picture. Photo Leon Perrie. © Te Papa.

A western weka, Gallirallus australis australis, making a mess of DOC’s lawn. Enchanting birds, but somewhat of a road hazard, and evidently careless gardeners. Tauranga Bay, Cape Foulwind, near Westport. Photo Leon Perrie. © Te Papa.

c. 10 cm long slug, Stockton. I nearly stepped on it during my excitement of finding a couple of uncommon ferns. The slug’s impressive size was enough to distract me from the ferns, momentarily. Photo Leon Perrie. © Te Papa.

Mammals impersonating slugs – seals at Tauranga Bay, Cape Foulwind, near Westport. Photo Leon Perrie. © Te Papa.

South Island robins, Petroica australis australis, are regular companions during forest walks in many parts of the South Island. Photo Leon Perrie. © Te Papa.

Other blog posts about our West Coast fern fieldwork cover:

What we were doing.

Where we went.

Sticherus (umbrella ferns).

New, problematic, and interesting species.

Favourite photos.

Using DNA forensics to determine the past distribution of the brown kiwi species rowi.

Yesterday was a special day for 20 rowi (a species of the flightless kiwi) who were flown from the South Island to their new home on Mana Island, near Wellington. It was reported that this was the first time that this species of kiwi had been in the North Island for over a century.

So how do we know that rowi used to be in the North Island?

Kiwi researcher Kristina Ramstad holding a rowi. Photo by Rachael Abbott.

Kiwi researcher Kristina Ramstad holding a rowi. Photo by Rachael Abbott.

Today kiwi are absent from large areas of New Zealand, including the southern North Island (North Island brown kiwi occur from the central North Island northwards).  We know that kiwi used to occur in the southern North Island because their bones have been found in caves and other deposits.  However, trying to identify kiwi species just by looking at the shape and size of their bones is tricky.

Little spotted kiwi is the only species that can be identified from its bones because they are much smaller than the other kiwi species.  The bones of great spotted kiwi and the three species of brown kiwi (rowi, North Island brown kiwi and tokoeka) can’t be identified to species because they overlap in size and shape.

This is the kind of puzzle that DNA can solve. As part of my PhD I examined the past distribution of each kiwi species by sequencing DNA from kiwi bones that had been collected from throughout New Zealand.  Some of these bones were up to several thousand years old, but they still contained small amounts of DNA!

Surprisingly I found that the bones in the southern North Island were most closely related to rowi, rather than the geographically closer North Island brown kiwi.  Today rowi only naturally occur in one small population at Okarito on the West Coast of the South Island and they are the rarest species of  kiwi.  My DNA work showed that they used to occur as far north as the southern Hawke’s Bay. You can read the published results here.

Te Papa Curator Visits to Yamashina Institute, champions of Short-tailed Albatross Recovery project

The Yamashina Institute of Ornithology in Abiko houses the largest collection of birds in Japan, with over 60,000 specimens, including the newly discovered Okinawan Rail Rallus okinawae, New Zealand Kakapo, and one of the world’s rarest species, the Short-tailed Albatross. The exchange with the Institute in Tokyo is part of a programme of work to develop a major exhibition at Te Papa on Albatross biology and conservation.

Kiyoaki Ozaki of the Yamashina Institute of Ornithology in Tokyo and Susan Waugh, Te Papa Senior Curator of Natural Environment discuss latest work on the Short-tailed Albatross recovery programme being conducted by the Institute. Te Papa

Kiyoaki Ozaki of the Yamashina Institute of Ornithology in Tokyo and Susan Waugh, Te Papa Senior Curator of Natural Environment discuss latest work on the Short-tailed Albatross recovery programme being conducted by the Institute. Te Papa

The visit was hosted by Kiyoaki Ozaki, Chief Researcher of the Division of Avian Conservation and Deputy Director General of the Institute. In addition to collections of birds, the Institute conducts novel and highly effective bird conservation programmes. An example is the project to restore the Short-Tailed Albatross to non-threatened status, currently listed as Vulnerable by the IUCN. These birds were once one of the most common albatrosses but over the late 19th and early twentieth centuries many millions of birds were harvested to make feather bedding, with most of the feathers exported fromJapan. This industry supported hundreds of workers, with a village of 300 living on the main breeding site Torishima Island, an active volcano, 500km remote from the Japanese mainland. The species was thought to be extinct in 1949 but was rediscovered breeding in 1951 on Torishima, its sole breeding site.

Since that time, efforts by many researchers have been deployed to safeguard the birds, which numbered only 6 birds in 1951. Methods were developed to attract birds to safer breeding sites, away from landslides and the potential of eruptions. Decoys and sound systems have been deployed, and a second breeding site on a more stable piece of land at Torishima has been established, with the numbers of breeding birds using this area steadily rising over the last few years. Almost all the birds in the breeding population are banded. The Short-tailed Albatrosses experienced rapid population growth at 6-8% per year in recent times, and now there are somewhere near 400 breeding pairs in the population.

Yamashina Institute of Ornithology researchers transfer chicks to Mukojima Island, using specially constructed crates. Photo: Yamashina Institute of Ornithology.

Yamashina Institute of Ornithology researchers transfer chicks to Mukojima Island, using specially constructed crates. Photo: Yamashina Institute of Ornithology.

Further efforts have been made to transfer chicks from Torishima to a new site in the Ogasawara (Bonin) Islands at Mukojima Island, some 850 km from mainland Japan. Specialist equipment was developed to transport the chicks, to ensure they were not overheated, and stress was minimal on the birds.

Read about the transfer of the Yamashina Institute of Ornithology’s website

Short-tailed albatross juvenile translocated and photographed at Mukojima Island.

Short-tailed albatross juvenile translocated and photographed at Mukojima Island.
Photo USFWS Endangered Species

Birds were hand-raised at their adoptive site for four months. Researchers Tomohiro Deguchi and others at Yamashina Institute studied how to do this most effectively for Short-tailed Albatrosses. New Zealand researcher Lyndon Perriman, who looks after Royal Albatrosses and sometimes hand-raises chicks at Taiaroa Head, Otago Peninsula was part of the team that undertook this study

Read the research abstract about this project

Previous experiments in the techniques had been trialled on the less-threatened Laysan and Black-footed albatrosses, with chick transfers being successfully conducted by the Yamashina Institute research team. Short-tailed Albatrosses from the transfers are starting to return to their adopted site, with around 50% of the chicks raised by hand, returning to Mukojima Islands. These birds are starting to take part in courtship displays, and it is hoped that they may start to breed in the next year.

What the adults look like – Short tailed albatross adult and chicks. Photo Jlfutari at en.wikipedia

What the adults look like – Short tailed albatross adult and chicks. Photo Jlfutari at en.wikipedia

The global penguin – Part 11. How old was the Peka Peka emperor penguin?

Te Papa’s curator of terrestrial vertebrates Dr Colin Miskelly tells the 11th instalment of the story of the emperor penguin that went where none had gone before. Previous blogs on the penguin were posted between 23 June and 12 September 2011.

One of the unknowns regarding the emperor penguin that came ashore at Peka Peka last June was how old it was. The bird did not have the jet-black chin and brightly-coloured auricular patches of a breeding adult, indicating that it was less than 4 years old. But its chin was darker than those in published images of fledgling and one-year-old emperor penguins, suggesting that it had completed at least one moult after fledging.

The emperor penguin on the beach at Peka Peka. Photos A & C, Colin Miskelly, Te Papa; B & D, Richard Gill, Department of Conservation

Most wild emperor penguins hatch in July and go to sea in December when about 5 months old. This first set of juvenile feathers last until the birds moult the following December-January, when about 17 months old. Because the Peka Peka bird came ashore in June, it would have been 11 months, 23 months or 35 months old. But which age class was it?

New light on this question has been shed by Lauren DuBois, assistant curator of birds at SeaWorld San Diego. Lauren has provided images of a captive bred bird that hatched in September 2010. By January 2012 (at 15 months old) this bird had completed its first moult, and looked the same as the adult that it is standing next to.

15-month-old emperor penguin (foreground) at SeaWorld, San Diego. Image: Lauren DuBois, SeaWorld, San Diego

Ten wild-caught juvenile emperor penguins from the July 2011 hatch were taken into captivity in December 2011. These birds came from the Cape Washington rookery on the western side of the Ross Sea, south of New Zealand. The ten birds were photographed in January 2012 when about 6 months old, and show a range of chin plumage colouration from the usual off-white through to birds as dark as the Peka Peka bird.

Based on these images, there is now little doubt that the emperor penguin that stepped ashore at Peka Peka on 20 June 2011 was about 11 months old.

Confirmation of his age supports the decision to release the bird near Campbell Island. A satellite-tracking study of fledgling emperor penguins in the Australian Antarctic sector in 1996 and 2007 managed to follow a few birds through to May and June, when they would have been 10-11 months old. One of these birds tracked as far north as 54.2 degrees south, and several others were not far behind. The last signal received from the Peka Peka emperor penguin after release was at 52.3 degrees south, within 200 km of the minimum latitude recorded in this small scale tracking study (17 birds), and 1250 km of latitude south of Peka Peka.

Also relevant is the sighting of three emperor penguins at sea east of Argentina by Maurice Rumboll on 15 September 1975. These birds were at 40.5 degrees south, which is slightly further north than Peka Peka.

When released, the Peka Peka emperor penguin was within the latitudinal zone of the Southern Ocean where juvenile emperor penguins live.

Previous blogs on this topic:

The global penguin – Part 1. How a lone emperor ventured into superstardom

The global penguin – Part 2. The young emperor penguin pushes the boundaries and is taken into care

The global penguin – Part 3. No latitude for error: a young emperor penguin a long way from home

The global penguin – Part 4. How to track a wandering emperor penguin

The global penguin – Part 5. The rocky road to fame

The global penguin – Part 6. Hitching a ride south

The global penguin – Part 7. The wandering emperor penguin enters the technological age

The global penguin – Part 8. Free at last!

The global penguin – Part 9. Heading home, or heading east?

The global penguin – Part 10. It’s only a game

For a later blog on this bird:

The global penguin – Part 12. The final word?

Precious and rare eggs – bird photography

Hollowed out and painted birds eggs were the first Easter eggs and, in Christian tradition, they symbolise new life.

Te Papa’s photography collection holds a large number of prints and negatives taken by naturalists and bird watchers with an enviable amount of enthusiasm and perseverance. These images show a variety of different eggs – and places birds choose to build their nests and lay and hatch their eggs.

In some cases the choice of spot is troubling. Can the white tern have really expected to hatch an egg in this spot? Or has the egg fallen from a nest higher up in the tree? Or perhaps it was placed there from somewhere else by the photographer?

White tern’s egg on branch, 1920s?, Kermadec Islands. Bell, Roy Sunday. Gift of Steven Corin, 2009. Te Papa

White tern’s egg on branch, 1920s?, Kermadec Islands. Roy Bell. Gift of Steven Corin, 2009. Te Papa

In fact this is actually where Roy Bell found this particular egg on Raoul Island and this is the kind of place white terns choose for their eggs. Once hatched the young cling to the tree with their claws.

Other photographs show meticulously crafted nests, full of eggs, protectively nestled in grass or ferns or under logs. Despite their careful positioning, it’s hard to not feel the vulnerability of these nests to ground based predators or a careless foot step.

Pukeko eggs, circa 1910, Hawke's Bay. Herbert Guthrie-Smith. Te Papa

Pukeko eggs, circa 1910, Hawke's Bay. Herbert Guthrie-Smith. Te Papa

Grey Duck eggs, circa 1910, Hawke's Bay. Herbert Guthrie-Smith. Te Papa

Grey Duck eggs, circa 1910, Hawke's Bay. Herbert Guthrie-Smith. Te Papa

South Island Saddleback eggs, 1911, Stewart Island. Herbert Guthrie-Smith. Te Papa

South Island Saddleback eggs, 1911, Stewart Island. Herbert Guthrie-Smith. Te Papa

All good reason to choose chocolate eggs!

Pukeokaoka / Jacky Lee Island – 1932 and 2012 – In the footsteps of Edgar Stead (Part 7)

Te Papa’s curator of terrestrial vertebrates Dr Colin Miskelly is researching the life and work of the Canterbury naturalist Edgar Stead (1881-1949). This includes re-taking Stead’s photos from the same photo-point, taking other images to illustrate his diaries, and describing how the ecology and wildlife of each of 10 islands has changed since Stead’s visits.

Jacky Lee Island (Pukeokaoka) is one of a cluster of islands lying off the north-east coast of Rakiura / Stewart Island. Edgar Stead became interested in the island after studying snipe on Big South Cape Island in 1931. Jacky Lee Island was the only other island off Stewart Island where snipe were known to occur; they had been seen there by John McLean and Herbert Guthrie-Smith in 1911.

The landing bay on the south side of Jacky Lee Island in 1932 and 2012, viewed from near the hut site (the hut is now derelict). Top image: Edgar Stead photograph 2001.59.382, Macmillan collection, Canterbury Museum. Below photo: Colin Miskelly, Te Papa

Unfortunately, weka had been introduced to Jacky Lee Island since McLean & Guthrie-Smith’s visit. Weka were abundant when Edgar Stead and Major Robert Wilson stayed on Jacky Lee Island in December 1932, as they were 79 years later when I visited. Weka predation caused the extirpation of snipe, mioweka (banded rail) and fernbird from Jacky Lee Island, and also huge reductions (if not extirpation) in populations of broad-billed prions, fairy prions and common diving petrels.

A weka fossicking among tidewrack on the shoreline of Jacky Lee Island, March 2012. Photo: Colin Miskelly, Te Papa

Stead found other bird species to attract his attention on Jacky Lee Island, particularly the abundant population of brown creepers (pipipi). Brown creepers are the main host of the long-tailed cuckoo in the South Island and Stewart Island, and Stead & Wilson found several brown creeper nests containing long-tailed cuckoo eggs and chicks. As a result, Stead was able to sort out long-standing confusion over what the egg of the long-tailed cuckoo looked like. This confusion resulted from Walter Buller having been given a pullet’s egg that was reported to be a cuckoo egg – possibly as a deliberate hoax.

A brown creeper on Jacky Lee Island, March 2012. Photo: Colin Miskelly, Te Papa

My visit to Jacky Lee Island was approved by the Rakiura Titi Islands Administering Body, with boat support provided by the Department of Conservation. Together they were assessing the feasibility of eradicating weka from the island.

The Maori name for Jacky Lee Island – Pukeokaoka – means ‘hill of stinging nettle’. The name is apt! As in Stead’s time, the island’s vegetation is a horrible tangle of tree nettle, Muehlenbeckia vine, bush lawyer and supplejack. I concur with Major Wilson’s observation that “it [is] the worst bush to get through of any island we have been on”.

A tangle of ongaonga (tree nettle) and pohuehue (Muehlenbeckia vine) on Jacky Lee Island, March 2012. Photo: Colin Miskelly, Te Papa

Other posts on this topic:
Taranga / Hen Island – 1933 and 2010 – In the footsteps of Edgar Stead (Part 1)
Nukuwaiata / Inner Chetwode Island – 1936 and 2011 – In the footsteps of Edgar Stead (Part 2)
KundyIsland – 1929 and 2011 – In the footsteps of Edgar Stead (Part 3)
Whenua Hou / Codfish Island – 1934 and 2011 – In the footsteps of Edgar Stead (Part 4)
Rerewhakaupoko / Solomon Island – 1931 and 2012 – In the footsteps of Edgar Stead (Part 5)
Taukihepa / Big South Cape Island – 1931 and 2012 – In the footsteps of Edgar Stead (Part 6)
Green Island – 1941 and 2012 – In the footsteps of Edgar Stead (Part 8)
Ruapuke Island – 1941 and 2012 – In the footsteps of Edgar Stead (Part 9)

Related topics:
Surveying snipe on Putauhinu Island
Are muttonbirds radio-active?

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