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Review: Oceanic Birds of the World: a Photo Guide by Steve Howell and Kirk Zufelt

Howell Zufelt front cover 

Introduction

Those who watched seabirds at sea and from the shore back in the 1980s and 1990s (like I did) would have used one or both of Peter Harrison’s two seabird books; the iconic guide of 1983, and the photo guide that followed it in 1987, to help them with their IDs.  Quite a lot has changed with seabirds and their study since then, for just one example think digital cameras with stabilized lenses that allow such crisp photographs that they can be used to score wing moult in birds flying alongside a ship at sea.  There have also been significant changes in the classification of birds with a tendency of late to give specific status to more populations; so more species are now out there to photograph and describe in their various age classes.  Time then for new guides for the seabirder’s shelf and backpack.

For photo guides the gap has been nicely filled with last year’s publication by Steve Howell and Kirk Zufelt of Oceanic Birds of the World: a Photo Guide.  Before getting too far into a review, let’s see what the authors consider is an “oceanic bird” - and what are not.  The true “pelagics” are all included, the whole tubenose order Procellariiformes (albatrosses, petrels and their kin), as are all the penguins, with 19 species recognized.  Among the Pelecaniformes in go the frigate birds, tropic birds and sulids (gannets and boobies) but no marine cormorants or pelicans get a look in.  Farther along in the book we can find the skuas (jaegers) and alcids (auks and allies), but only 19 species of gulls, terns and noddies among the 50+ larids in the world, the majority of which are marine birds.  Surprisingly to me, both Arctic and Antarctic Terns, which migrate across vast swathes of open ocean far from land, are not included.  Here’s the rub then, that every author of a seabird book has come up against: define by taxonomy or habitat?  Every seabird book I know has got into a muddle over this, mixing both approaches, including the book under review, leading to some oddities.  For example the African and Galapagos Penguins occur closer to the land than do the missing terns mentioned above when migrating, and do not really go farther offshore than the equally missing marine cormorants and pelicans  One way out of this conundrum might have been to have a photo guide purely for the tubenoses.  However, it is only fair to say that the authors address the thorny issue in their preface, admitting the “inevitably subjective nature” of choosing which species to include.

Albatrosses and Petrels

A total of 213 pages of the 358-page book is devoted to the albatross and petrel order; the rest of the “more than 270” seabirds covered get only 82 pages in the main species accounts section.  The tubenoses need all this space as there are a lot more albatrosses and petrels to depict and describe than Peter Harrison had.  This has come about by ‘splitting’ (now 22 albatross species in four genera, as opposed to 13 and only two back in the 1980s), but also by new discoveries (for example Bryan’s Shearwater Puffinus bryani first described in 2011).  Howell and Zufelt are nothing but up to date with their new species.  In fact, an intriguing four-page section towards the back of the book is entitled “Recently described and provisionally split species” where you will find a bunch of new tubenoses, some not yet formally described, with suggested names; “Darwin’s Storm-petrel” being just one example.  The authors consider themselves birders “free from the bureaucratic molasses that taxonomists have created for themselves” who can “catch up later”!

For each bird in the main text you will find LOTs of photos (the book’s back-cover ‘blurb’ says over 2200).  I counted no less than 36 (may well have missed some) for the Wandering Albatross Diomedea exulans (called ‘Snowy Wandering’ by the authors).  In contrast the Harrison photo guide has only two!  Nearly all of these 36 Wanderer photos depict birds in flight, a feature throughout the book.  Even Bryan’s Shearwater gets three photos – and one imagines there would be more if the authors get a chance to photograph it themselves.  Along with the plethora of photos comes the usual field guide information on identification, especially in flight with attention to age classes and gender differences where such apply.  You also get information on size, distribution (with maps) and on moult.

Howell Zufelt

Some Thoughts

Field guides are taken into the field, in this case to sea.  They need to survive rough treatment, including getting wet.  Howell and Zufelt’s Oceanic Birds is a soft cover printed on glossy paper to help with moisture from sea spray on a ‘pelagic’ trip.  The sections are stitched but only time will tell how well the book stands up.  As now pretty much an armchair marine ornithologist my own copy is not getting properly tested so someone younger than myself can report in a couple of years perhaps.

Overall, the book has a distinctly ‘crowded’ look with bled photos and narrow margins top and bottom – but that means you get bang for your buck”, as the North American authors might say.  There’s a lot more I’ve not mentioned to be found in Oceanic Birds.  Gotta be an essential in any reasonable seabird library!

Reference:

Howell, Steve N.G & Zufelt, Kirk 2019.  Oceanic Birds of the World: a Photo Guide.  Princeton & Oxford: Princeton University Press.  358 pp.  Over 2200 individual colour photographs arranged in 368 plates, 114 maps.  ISBN 978-0-691-17501-0.  Soft Cover, 15 x 21 cm, UK£30.00 / USA$35.00.

John Cooper, ACAP Information Officer, 05 October 2020

The seabird paintings of Brett Jarrett: Australian wildlife artist and illustrator

Brett Jarrett 9 Southern Ocean Wanderer 

“Big birds deserve to be painted BIG and a 12-kilogram Wandering Albatross with her 3.3 metre wingspan needs a substantial canvas.  Here is 'Southern Ocean Wanderer' on a 170 x 120 cm stretch canvas, painted with a building storm as a background”

Brett Jarrett is a wildlife artist and illustrator based in Narrawong, a small town in Victoria, Australia, where he paints in oils on canvas and exhibits in his own gallery ‘Bay of Whales’ – which doubles as a coffee shop.  Brett's first Antarctic expedition was with the Australian Antarctic Division in 1996, working with Weddell Seals.  In subsequent expeditions he has worked as an artist and wildlife guide, collectively working on and around the Antarctic Continent for nearly three years.  Brett was the main artist for A Complete Guide to Antarctic Wildlife written by Hadoram Shirihai and published in 2002, with a second edition in 2007, producing all but three of the 35 full-page plates of seabirds, seals and cetaceans.  With the number of images on each plate they were painted quite large, with most being 74 x 53 cm.

  Brett Jarrett 12

Brett Jarrett works on a pair of Silver Gulls in his gallery

Brett Jarrett Shy Albatrosses

Thalassarche mollymawks by Brett Jarret from A Complete Guide to Antarctic Wildlife

Brett has written on his website:

“Since childhood, observing the natural world and the everyday lives of animals and birds has forged a course forward that I'll never return from.  The emotion of being so immersed in nature and having developed a self-taught skill that records my ideas and imagination is in itself a chance to be a voice for nature.  There is something incredibly exciting about creating a piece of fine art that moves people.  As with all my artwork, it is born from the initial love of a subject that ultimately leads to a field trip, whether that be a day excursion or a full-blown month-long expedition.  My imagination often runs wild with all the possibilities of how these intended paintings will turn out.”

 Brett Jarrett 3 IYNA

Indian Yellow-nosed Albatross by Brett Jarrett

This year Brett has been producing ‘head and shoulders’ portraits of procellariiform tubenoses, such as the Indian Yellow-nosed Albatross illustrated here.  More portraits, including of several gadfly petrels can be viewed on his Facebook page.  His paintings of three Antarctic tubenoses (Antarctic Fulmar, Antarctic Petrel and Snow Petrel) in this series were done from his own photographs taken on visits to the continent.

Reference:

Shirihai, Hadoram 2007.  A Complete Guide to Antarctic Wildlife.  The Birds and Marine Mammals of the Antarctic Continent and the Southern Ocean.  Second Edition.  Illustrated by Brett Jarrett with John Cox.  London: A&C Black Publishers.  544 pp.

John Cooper, ACAP Information Officer, 02 October 2020

Resources on avoiding seabird bycatch and releasing bycaught birds from New Zealand’s Department of Conservation

Black Petrel off Mercury Islands NZ Kirk Zufelt

At risk to longliners: a Vulnerable Black Petrel Procellaria parkinsoni at sea in New Zealand waters, photograph by Kirk Zufelt

The Conservation Services Programme of New Zealand’s Department of Conservation monitors the impact of commercial fishing on protected species, studies species populations and looks at ways to mitigate bycatch.  For the last, it provides online information for fishers that sets out mitigation measures, as well as identification and handling guides for marine species, including threatened seabirds.  Four separate downloadable documents give information on mitigation measures for fishing vessel crew involved in longline, trawl, net and recreational fisheries.  They contain short videos describing the mitigation measures and their deployment, including bird-scaring lines, bafflers and hook shielding.  Light (at night) and discard management are also covered.

Bird-scaring lines explained for New Zealand longliners

Individual identification guides (downloadable as PDFs) cover seabirds, marine mammals, fishes and reptiles, and corals.  The seabird guide covers 26 procellariiform species – 17 which are ACAP listed - that commonly occur in New Zealand territorial and EEZ waters, each with photographs and a summary text covering description, range, breeding, diet and threats.  The seabird guide is available in seven other languages commonly spoken by fishers from Europe and Asia.  The resource package is completed with a guide – in six languages - for fishers to access information on best-practice handling and treatment of seabirds and other animal groups that may come aboard fishing vessels.

With thanks to Igor Debski, Department of Conservation.

John Cooper, ACAP Information Officer 01 October 2020

UPDATED - Safe arrival. Albatross researchers sail for sub-Antarctic Marion Island on a yacht

UPDATE:  After an eight-day voyage the Pelagic Australis arrived at Marion Island last week and safely landed the researchers and film crew via rubber dinghy on Boulder Beach.  It seems field observations commenced straight away (click here).

Pelagic Australis at Marion September 2020 Vrikkie van der Vyver

The Pelagic Australis in Transvaal Cove, Marion Island - watched by a Subantarctic Skua, photograph by Vrikkie van der Vyver

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Pelagic Australis Kim Stevens

The Pelagic Australis departs from Cape Town harbour for Marion Island, photograph by Kim Stevens

The world-wide COVID-19 pandemic has not stopped determined researchers heading south to spend the austral summer monitoring seabirds and marine mammals on South Africa’s sub-Antarctic Marion Island.  A governmental decision to halt all field work on the island this year due to the virus and not to replace the island’s researchers with a new team during the annual relief voyage in April/May caused concern that a break in long-term monitoring of individually marked animals would irreparably harm data analyses.  Good news then that a plan was hatched to get field researchers to the island by yacht this month, including four who will study seals and seabirds (click here).

OLYMPUS DIGITAL CAMERA

Wandering Albatrosses on Marion Island will no longer have a break in their over 40-year study, photograph by Michelle Risi

The yacht Pelagic Australis (a high-latitude expedition sailing vessel with years of service in both Arctic and Antarctic waters) left Cape Town harbour for Marion last Thursday with seven experienced researchers and a five-person film crew aboard.  Plimsoll Productions will make nature documentaries on the island.  The voyage is expected to take six days.

Strict procedures and protocols have been enforced by the South African Department of Environment, Forestry and Fisheries (DEFF) to mitigate against the risks of taking the Corona virus south and to ensure no new alien species reach the island.  These include quarantining and testing all the participants in Cape Town prior to sailing and inspecting and de-contaminating the yacht (click here).

Read more about the yacht trip here.

With best wishes to biologists Thando Cebekhulu, Danielle Keys, Yinhla Shihlomule and Frikkie van der Vyver for their Marion Island sojourn and thanks to Nico de Bruyn, Michelle Risi and Kim Stevens for their help.

John Cooper, ACAP Information Officer, 21 September 2020, updated 30 September 2020

Where to eat? Foraging behaviour of Marion Island’s albatrosses shows behavioural plasticity

 

 A breeding Grey-headed Albatross on Marion Island carries a back-mounted GPS logger, photograph by Kim Stevens

Tegan Carpenter‐Kling (Marine Apex Predator Research Unit, Nelson Mandela University, Port Elizabeth, South Africa) and colleagues have published open access in the journal Ecology and Evolution on aspects the foraging behaviour of four sub‐Antarctic albatross species.

The paper’s abstract follows:

“Seasonal and annual climate variations are linked to fluctuations in the abundance and distribution of resources, posing a significant challenge to animals that need to adjust their foraging behavior accordingly.  Particularly during adverse conditions, and while energetically constrained when breeding, animals ideally need to be flexible in their foraging behavior.  Such behavioral plasticity may separate “winners” from “losers” in light of rapid environmental changes due to climate change.  Here, the foraging behavior of four sub‐Antarctic albatross species was investigated from 2015/16 to 2017/18, a period characterized by pronounced environmental variability.  Over three breeding seasons on Marion Island, Prince Edward Archipelago, incubating wandering (WA, Diomedea exulans; n = 45), grey‐headed (GHA, Thalassarche chrysostoma; n = 26), sooty (SA, Phoebetria fusca; n = 23), and light‐mantled (LMSA, P. palpebrata; n = 22) albatrosses were tracked with GPS loggers.  The response of birds to environmental variability was investigated by quantifying interannual changes in their foraging behavior along two axes: spatial distribution, using kernel density analysis, and foraging habitat preference, using generalized additive mixed models and Bayesian mixed models. All four species were shown to respond behaviorally to environmental variability, but with substantial differences in their foraging strategies. WA was most general in its habitat use defined by sea surface height, eddy kinetic energy, wind speed, ocean floor slope, and sea‐level anomaly, with individuals foraging in a range of habitats. In contrast, the three smaller albatrosses exploited two main foraging habitats, with habitat use varying between years. Generalist habitat use by WA and interannually variable use of habitats by GHA, SA, and LMSA would likely offer these species some resilience to predicted changes in climate such as warming seas and strengthening of westerly winds. However, future investigations need to consider other life‐history stages coupled with demographic studies, to better understand the link between behavioral plasticity and population responses.”

Reference:

Carpenter‐Kling, T., Reisinger, R.R., Orgeret, F., Connan, M., Stevens, K.L., Ryan, P.G., Makhado, A. & Pistorius, P.A. 2020.  Foraging in a dynamic environment: response of four sympatric sub‐Antarctic albatross species to interannual environmental variability.  Ecology and Evolution doi.org/10.1002/ece3.6766.

John Cooper, ACAP Information Officer, 30 September 2020

The Agreement on the
Conservation of Albatrosses and Petrels

ACAP is a multilateral agreement which seeks to conserve listed albatrosses, petrels and shearwaters by coordinating international activity to mitigate known threats to their populations.

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