Sunday AM Art & Science

Drawing is learning: the birds of the subantarctic

September 12, 2025 Bonnie Koopmans

(Some) Penguins of the Subantarctic. Watercolour and gouache on toned paper, 30 x 23cm. Credit: Bonnie Koopmans.

Visit the remote, windswept islands of the subantarctic with scientific illustrator Bonnie Koopmans. Here she shares her artworks of a few of the extraordinary birds that call this harsh yet majestic environment home. This article originally appeared in the Cosmos Print Magazine in December 2024.

Between Tasmania and Antarctica, there are a series of tiny, isolated islands on the cusp of the Southern Ocean. Many people don’t even realise they exist, but these frigid and windswept islands host a surprising diversity of seabirds.

Last summer, I was awarded a Heritage Expeditions True Young Explorer Scholarship to visit this remarkable region. My time in the subantarctic included visiting 4 of the island groups in the region: The Snares, the Auckland Islands, and Campbell Island (belonging to New Zealand) and Macquarie Island (belonging to Australia).

As a keen naturalist and natural history illustrator, I jumped at the chance to experience an area so remote, expensive and difficult to access. Additionally, as a keen birder, the subantarctic represented an opportunity to see some stunning birds in the most beautiful, harsh and unique environment.

Mother and chick king penguins.
FEED ME. King penguin (Aptenodytes patagonicus) in gouache on toned paper, 23 x 30cm. Credit: Bonnie Koopmans.

As an illustrator and visual learner, drawing is one of my methods of learning about something, whether it’s internalising technical species differences or figuring out the general shape and character of an animal.

Field studies and drawing from life, especially, allow an artist to deeply observe and capture behaviour and colours in a way that is otherwise very difficult to achieve. The illustrations featured in this article are a mixture of studies done in the field, and finished paintings I completed once I was back home.

Flipping through a bird field guide, the seabird section often seems remarkably… grey. For me, it was finally seeing these birds in the flesh that made me realise how special they are.

While seabird identification can be complicated (groups such as prions are notoriously difficult to identify), observing them in person can provide other avenues to assist the process, as even aspects such as manner of flight can help with distinguishing species.

Albatross with their immense unflapping wingspan, and their endearing rambling stride on land. Petrels following the ship almost the entire journey, arcing left and right past the stern. Penguins effortlessly rocketing through the water, only to reach land and be slowed to a shuffle by their own tiny legs.

Certainly, the highlight of the trip were the penguins, with 6 species seen on the trip, each absolutely bursting with personality and charm. To see a breeding colony of penguins is an unforgettable sight (and sound!) and, if anything, it’s a wonder to see immense congregations of penguins at all considering the history of whaling and sealing in the subantarctic.

Various kin penguin and chick illustrations and colour tests.
King Penguin Studies. King penguin (Aptenodytes patagonicus) in watercolour and ink, 20 x 20cm. Credit: Bonnie Koopmans.

A devastating history

During the 1800s and into the early 1900s, whaling and the subsequent products of oil and baleen were critically important to the newly industrial world. Whale oil – and later seal and penguin oil – provided crucial lubricants for machinery, and fuel for lighting. The subantarctic was heavily targeted.

Besides the obvious and huge impact these activities had on whale, seal and penguin numbers, another long-term conservation issue was the introduction of livestock and establishment of stowaway predators. These affected the local populations of seabirds, especially.

Once the whale and seal populations were low enough that it was no longer financially viable for whalers to remain on the islands, they turned their livestock loose, and pigs, cows, cats, and stowaways such as rats were left to run rampant.

As many of the seabirds breeding on these islands had never had to contend with land-based predators, the introduction of cats and rats devastated their populations. Surprisingly voracious predators which were, similarly, introduced as a food source were weka – flightless rails endemic to New Zealand.

As ground dwellers, the rails could easily eat chicks of ground burrowing seabirds such as common diving petrels and blue petrels. Additionally, livestock such as pigs and cows caused environmental damage and drastically changed the composition of habitat through grazing and trampling.

Various shag illustrations and colour tests.
Shag Studies. Watercolour and ink on cotton rag, 35 x 28cm. Credit: Bonnie Koopmans.

Today’s birdlife

Beyond the obvious seabird residents, these islands are home to a wide variety of other bird species, from red-crowned parakeet and New Zealand falcon, to several species of passerines (‘perching birds’) such as tomtit, New Zealand bellbird and tūī.

Being so isolated, the islands tend to have a high level of endemism, meaning they are unique to the location. Several species of shags, ducks and snipe have diverged evolutionarily between the islands over time.

Campbell teal (Anas nesiotis) represent the impact introduced predators can have, but are also an incredible success story. This charismatic flightless duck was presumed extinct following the introduction of brown rats to Campbell Island during the period of whaling. A precariously small population was discovered on Dent Island, which rats hadn’t managed to reach, and in 1987 some of the teal were removed from the wild to establish a captive breeding program and ensure the preservation of the species.

Various campbell teal illustrations and colour tests.
Campbell Teal Studies. Campbell Teal (Anas nesiotis) in graphite and watercolour, 20 x 20cm. Credit: Bonnie Koopmans.

Due to the significance of the New Zealand and Australian subantarctic islands in terms of unique habitat, flora and importance for the fauna that eke out an existence in the region, there have been some incredibly successful efforts to remove predator species and rehabilitate these islands.

Macquarie, Enderby, and Campbell Islands are now free of introduced pests, with New Zealand’s Department of Conservation aiming to embark on their most ambitious pest eradication yet, targeting Auckland Island at 46,000ha.

Campbell teal have been reintroduced to Campbell Island as of 2004, and bird populations generally have been improving with lessened pressure from predation.

The precariousness of life on these tiny specks of land in the middle of a vast ocean makes them so unique and important to the creatures that thrive there.

All 4 of these island groups are now protected as UNESCO World Heritage Sites for outstanding universal value.

True Young Explorer scholarship applications open each year in spring for summer voyages. You must be aged 18–30 and share your experience of the subantarctic.

Southern royal albatross in environment (cliffs, ocean, purple flowers).
A Room with a View. Southern royal albatross (Diomedea epomophora) in watercolour and ink on cotton rag, 35 x 28cm. Credit: Bonnie Koopmans.

Originally published by Cosmos as Drawing is learning: the birds of the subantarctic

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Friday Science!

‘I Look Like an Expert’: The Sexologist Testifying Against Trans Youth Care [WATCH]

This article is long but worth the read.  This expert refuses to talk to trans people and has never treated a trans person.  His knowledge is from what he believes to be true color by his biases, so he also ignores the views of the majority of medical societies opinions and views.    The so called expert refuses to accept that anyone at any age felt they were trans without someone putting the idea in their head someway.  To him it is not natural so it can’t exist.  He thinks being gay is wanting to be the other sex, so a gay male wants to be female and he questions if they can be any happier as the other sex.  And he is a gay man himself.  This is who the anti-trans Christian haters hire to lie about trans issues so that they have cover to make bans on needed gender-affirming medical care.   Plus he is a real prima donna wanting the center stage and being the star.   Hugs

 No. See? It’s not either one. The tiny fraction of repris- One in tens of thousands who, at this point, kind of essentially born gay, but so gay, they really are happier living as the other sex. Won’t know it until later in life, but they exist.

 No 8-year-old ever said that. Eight-year-olds repeat what they’re told, and what they are getting told are from activists. It’s not credible to say that all of this existed, this was so extreme and obvious, and nobody ever noticed it, including the experts doing the research on it who could have gone either way. But everybody all of a sudden noticed it at exactly the same time when smartphones got invented and hit 15 percent. That’s just a coincidence that the demographic who is doing this the most are exactly the same demographic most given to other social contagion issues. Usually young adolescent females, the same group most likely to report suicidality. Not actual suicide, but suicidality. Most likely to report eating disorders. Most likely to dislike their bodies. All sheer coincidence!

But what about so there’s 8-year-olds can’t say that? Sure, I understand that argument. But there’s 14-year-olds, 17-year-olds, 25-year-olds, 40-year-olds. There are people of every single age.

JC:Find me one who didn’t get it from the website.

SM: Who didn’t get being transgender from a website?

JC: Ah ah ah.The “my rights, you’re hurting us,” the “suicide.” Verbatim they are all saying the same thing. None of these are their words. These are words that they’re repeating because of everybody else in their social group.

SM: I want to be clear, because I want to make sure we characterize everything accurately. Do you believe that all transgender people are trans due to social contagion?

JC: No.

SM:. So you believe a lot of people are born trans and feel that way from birth?

JC: 

SM: But you said one in 10,000—

JC:We also have a cluster who, until they’re in their 40s or 50s, are just turned on by the idea of being female. They’re attracted to women. They’re not gay. They’re always men. So we have one in tens of thousands and one in tens of thousands. And then we have this 5% of the entire population which came out of nowhere when smartphones were invented. They are dominating the conversation. They, except for one in ten thousand, they are not trans. They just hate their own bodies and here’s a narrative that’s close enough that says, “It’s not me, it’s everybody else on the planet and somebody else, no effort to me, I just have to lie there, the doctor will come and fix me. It’s not that I have issues to work on because I hate my body.” Taking the easy way out.

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https://www.unclosetedmedia.com/p/i-look-like-an-expert-the-sexologist

James Cantor, who has never treated a trans kid, has testified in dozens of cases concerning gender-affirming care for minors in the U.S.

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For Science!

Scientists Discover 866 New Creatures — Hidden Marvels Facing Extinction

March 20, 2025 Written by Matthew Russell

In a groundbreaking global mission, researchers have identified 866 new marine species, offering fresh insights into ocean biodiversity. The discovery comes after a two-year collaboration among scientists, governments, and research institutions.

This large-scale effort combines data from 400 institutions and more than 800 scientists to accelerate the cataloguing of life beneath the waves. The study confirms that much of the ocean remains unexplored, with only about 10% of marine species currently documented, leaving a vast number of creatures to be discovered, Faharas reports.

Photo YouTube / Your Wyoming Link

The Guitar Shark was found 200 meters deep off Africa.

Breakthrough Discoveries: Guitar Shark and Venomous Harpoon Snail

Among the newly identified species, the Guitar Shark stands out. Found at depths of approximately 200 meters off the coasts of Mozambique and Tanzania, this elusive shark adds to a critically endangered group, Afloat.ie reports. With only 38 known guitar shark species worldwide and a significant proportion threatened, its discovery sparks urgent calls for conservation measures.

Equally intriguing is the discovery of a venomous marine gastropod, Turridrupa magnifica. This creature, encountered in the South Pacific near New Caledonia and Vanuatu, possesses a specialized predatory mechanism. It employs harpoon-like teeth to inject toxins into its prey, a feature that opens potential avenues for developing novel pain relief and cancer treatments, according to Ocean Census. The promising medical applications of these peptides highlight the unforeseen benefits that emerging species can offer.

Photo YouTube / Your Wyoming Link

Scientists discovered 866 new marine species.

A Collaborative Effort Across the Globe

The ambitious mission, led by the Nippon Foundation and Nekton, kicked off in April 2023. It involved 10 global expeditions and 8 Species Discovery Workshops, creating an international network dedicated to marine research, IFL Science reports. By deploying divers, remotely operated vehicles, and submersibles, teams explored depths ranging from near-surface waters to nearly 5,000 meters below sea level. Such an extensive range allows researchers to capture a diverse snapshot of ocean life, from colorful reef fish to mysterious deep-sea creatures that dwell in near-total darkness.

The traditional process of species registration is lengthy, sometimes taking up to 13.5 years. This delay means that many species face extinction before they can be formally documented. Accelerated efforts, like the Ocean Census, aim to reduce this gap and develop conservation strategies rapidly, CBS News reports. The initiative has already facilitated a series of Species Discovery Awards, encouraging taxonomists worldwide to share their findings and enrich our understanding of marine ecosystems.

Photo YouTube / Your Wyoming Link

Discoveries inspire hope for future biotechnology advances.

Implications for Marine Conservation

The revelations extend beyond the thrill of new discoveries. They serve as a stark reminder that the ocean still holds many secrets critical to the health of our planet. With climate change, overfishing, and pollution increasingly threatening marine environments, the need for protective measures has never been more urgent.

A unified treaty reached by over 100 nations now aims to conserve 30% of the world’s oceans by 2030, CBS News reports. This commitment underscores the pivotal role that newly discovered species play in advancing marine conservation, as each new creature contributes to the broader ecological balance.

The comprehensive data gathered during these expeditions are now accessible through an online biodiversity platform. This initiative not only supports ongoing research but also informs policy decisions aimed at safeguarding marine habitats, according to Faharas. As more species become known, conservationists can design more effective strategies to protect fragile ecosystems. The discovery of species such as the Guitar Shark and Turridrupa magnifica becomes a clarion call for further exploration and immediate action to preserve oceanic life.

Charting a Course for Future Discoveries

This monumental effort in marine exploration opens the door to new scientific questions. Researchers now face the challenge of studying the biology, behavior, and ecological roles of these species. The data collected will fuel future expeditions and drive technological innovations in underwater research. A sustained commitment to cataloguing and conserving ocean life will help protect the planet’s largest ecosystem against ongoing environmental threats.

The Ocean Census project represents a major step forward in understanding marine biodiversity. Its findings remind us that the ocean remains a vast and vibrant frontier, rich with life forms that continue to captivate scientific curiosity and drive innovation. As nations work together to expand marine protected areas, these discoveries will serve as a cornerstone for global conservation efforts.

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