Toward the end of his life, E. O. Wilson called for setting aside half of the world’s surface as untouchable.Photograph by Steven Senne / AP
When I read the obituary of E. O. Wilson published in the New York Times, written by one of the science writers we link to the most frequently, it was full of surprises–I had not been aware of the many controversies cited.
I was also surprised to see no mention of biophilia, the concept that first drew my attention to the scientist’s work.
Tom Lovejoy spent most of the past forty years trying to preserve the Amazon rain forest.Photograph by Lev Radin / Shutterstock
Then, this morning, I read the tribute by another of our favorite writers, and had a different surprise: we have featured stories referring to conservation biologist Tom Lovejoy only four times previously. It seems a fitting way to start a new year by correcting an old mistake.
Thanks to Elizabeth Kolbert for Honoring the Legacy of E. O. Wilson and Tom Lovejoy:
Eurythenes atacamensis, a giant new crustacean endemic to the Peru-Chile ocean trench, identified by scientists in 2021. Photograph: Weston et al 2021
The work of species discovery continues, even as extinction continues unabated:
‘Hell herons’, metallic beetles, tiny shrimp – scientists have been busy describing unusual creatures despite Covid restrictions
Two newly described species of spinosaur dinosaurs discovered on the Isle of Wight, named ‘hell heron’ and ‘riverbank hunter’. Photograph: Anthony Hutchings
Six new dinosaurs, an Indian beetle named after Larry the cat, and dozens of crustaceans critical to the planet’s carbon cycle were among 552 new species identified by scientists at the Natural History Museum this year.
In 2021, researchers described previously unknown species across the tree of life, from a pair of giant carnivorous dinosaurs known as spinosaurs – nicknamed the “riverbank hunter” and “hell heron” – to five new snakes that include the Joseph’s racer, which was identified with the help of a 185-year-old painting. Continue reading
Hotspots of mycorrhizal fungi are thought to be under threat, from agriculture, urbanisation, pollution, water scarcity and changes to the climate. Photograph: Biosphoto/Alamy
We featured three articles by Fiona Harvey, Environment correspondent for the Guardian, each in 2016 on quite different topics, and then we did not see her again until today. Our attention to fungi has been constant since Milo got the topic started in 2011, and SPUN’s mapping project counts as good news:
Project aims to help protect some of trillions of miles of the ‘circulatory system of the planet’
Vast networks of underground fungi – the “circulatory system of the planet” – are to be mapped for the first time, in an attempt to protect them from damage and improve their ability to absorb and store carbon dioxide. Continue reading
Researchers describe this as the most complete fossilized crab ever discovered. Credit: Lida Xing/China University of Geosciences, Beijing
Crabs started as marine creatures, and eventually evolved into land creatures as well. How it happened is an essential question and resin may be the best clue:
Crustacean trapped in fossilized tree resin offers clues into evolution of creatures, when they spread
Artistic reconstruction of the new fossil dubbed Cretapsara athanata, “the immortal Cretaceous spirit of the clouds and waters.”
Artwork by Franz Anthony, courtesy of Javier Luque/Harvard University
Javier Luque’s first thought while looking at the 100-million-year-old piece of amber wasn’t whether the crustacean trapped inside could help fill a crucial gap in crab evolution. He just kind of wondered how the heck it got stuck in the now-fossilized tree resin? Continue reading
This book, about a scientist who has featured in plenty of posts on this platform, is introduced by one of our favorite writers with some juicy gossip from the halls of academia. I had no idea that the biology department at Harvard divided along the lines described here; the how is the juicy part and the why makes some sense–all for the best–knowing what we know now. As an aside, having taken my first calculus course as a doctoral student at age 30, with undergrads as classmates, I had a jolt of painful memory that made me even more respectful of this biologist’s determination.
The second book reviewed in this essay is one we have pointed to previously, and the research that led to it was also featured much earlier. The backstory presented in this essay brings the science to life, so do read through to the end:
In the summer of 1942, Ed Wilson, age thirteen, decided that it was time to get serious about research. He had already determined that he wanted to be an entomologist, a choice made partly out of interest and partly out of injury. As a child, he’d been fascinated with marine life. One day, he jerked too hard on a fish he caught, and one of its needlelike spines lodged in his right eye. The lens had to be removed, and, following the surgery, to see something clearly he needed to hold it up near his face. Insects were just about the only animals that submitted to this treatment. Continue reading
We linked to one of Richard Prum’s books more than four years ago, then he was mentioned in a couple posts, each with small quotes based on his expertise. Here he is in conversation with someone who clearly appreciates his work and who knows how to ask good questions:
Richard Prum really cares about birds. Growing up in rural Vermont, he didn’t know anyone else interested in birding his own age. The experience taught him to rely on his own sense of curiosity and importance when deciding what questions and interests are worth studying. As a result, he has pursued many different paths of research in avian biology — such as behavioral evolution, where feathers come from, sexual selection and mate choice — many of which have led to deep implications in the field. In 2017, Tyler agreed with several prominent outlets that Prum’s book The Evolution of Beauty was one of the best books of the year, writing that it “offers an excellent and clearly written treatment of the particulars of avian evolution, signaling theory, and aesthetics, bringing together some disparate areas very effectively.” Continue reading
During the most recent ice age, glaciers divided an ancestral population of crows; one group became all-black carrion crows, the other hooded crows with gray breasts and bodies. Illustrations by François-Nicolas Martinet / Alamy
Protecting species from extinction has been a running theme in our pages over the years. Underlying these many stories was an assumption, at least on our part, that defining boundaries between species is settled science. We will no longer take that for granted:
Thanks to Robert Moor for these reviews:
Two new books, Edith Widder’s “Below the Edge of Darkness” and Helen Scales’s “The Brilliant Abyss,” explore the darkest reaches and all that glows there.
In the deep sea, it is always night and it is always snowing. A shower of so-called marine snow — made up of pale flecks of dead flesh, plants, sand, soot, dust and excreta — sifts down from the world above. When it strikes the seafloor, or when it is disturbed, it will sometimes light up, a phenomenon known, wonderfully, as “snow shine.” Vampire squids, umbrella-shaped beings with skin the color of persimmons, float around collecting this luminous substance into tiny snowballs, which they calmly eat. They are not alone in this habit. Most deep-sea creatures eat snow, or they eat the snow eaters.
Until fairly recently, it was widely believed that the deep seas were mostly devoid of life. For centuries, fishermen hauled in deep-sea trawling nets filled with slime, not knowing that these were carcasses. Some animals, adapted to the pressure of the deep, are so delicate that in lighter waters a mere wave of your hand could reduce them to shreds. The myth of the dead deep sea, known as the Abyssus Theory, was disproved by a series of dredging and trawling expeditions in the 19th century, including a German scientific expedition in 1898 that pulled up the first known vampire squid. But the misconception nevertheless lingered. In 1977, a geologist piloting a submersible near the mouth of a hydrothermal vent, and finding it swarming with creatures, asked the research crew up above, “Isn’t the deep ocean supposed to be like a desert?” Continue reading
A deep-sea shrimp spews bioluminescent chemicals at its predator, a viperfish. EDITH WIDDER
Nothing like bioluminescence to take your mind off of other things for a while. Thanks to Yale e360 for this:
In an interview with Yale Environment 360, marine biologist Edith Widder talks about her pioneering research into the world of bioluminescent organisms in the deep oceans and warns of the dangers, from trawling to oil drilling, that imperil this hidden realm.
Atolla vanhoeffeni, a bioluminescent deep-sea jellyfish. EDITH WIDDER
Until recently, the depths of the world’s oceans remained almost entirely unexplored. But advances in submersible technology are increasingly giving scientists a window into this little-known universe. One of the leaders in this exploration is marine biologist Edith Widder, who has extensively studied bioluminescent, or light-producing, organisms that use this trait to communicate, defend themselves, and hunt in darkness. Among other things, Widder has worked with engineers to develop highly sensitive deep-sea light meters and special cameras, like the remotely operated Eye-in-the-Sea, which allow for real-time monitoring of the seafloor. Continue reading
The author has been featured in these pages multiple times over the years. The publisher makes it easy to find an option that suits your shopping preferences (our preference is obvious). Her new book has received plenty of praise, according to an email she sent us:
“ Readers everywhere will be fascinated and inspired to learn more about nature, and especially about how we need to conserve the world’s forests.” ―Jane Goodall, PhD, DBE, founder of the Jane Goodall Institute, and United Nations Messenger of Peace Continue reading
We were aware that birds will build nests out of just about anything they can find, and sometimes in the strangest places. But how they get the material is less familiar, and in the article below is a video of a bird plucking fur from a fox, about as fun to watch as anything we have seen recently, so click through to the full story:
It’s simple: Mammals have hair or fur. Birds want it.
As anyone who has ever tried to eat french fries on a beach will attest, stealing is not an uncommon behavior among birds. In fact, many birds are quite skilled at bold and brazen theft. Continue reading
I missed this book when it was first published, but thankfully its author was invited onto a podcast I listen to regularly.
On the author’s own website she links an independent bookseller of her choice as the favored place to buy the book. Bravo.
Klein’s introduction to the conversation:
I’ve spent the past few months on an octopus kick. In that, I don’t seem to be alone. Octopuses (it’s incorrect to say “octopi,” to my despair) are having a moment: There are award-winning books, documentaries and even science fiction about them. I suspect it’s the same hunger that leaves many of us yearning to know aliens: How do radically different minds work? Continue reading
PHOTOGRAPH: KATIE ORLINSKY/NEW YORK TIMES/REDUX
Arctic bumblebees came to our attention nearly five years ago, and this story below reminds us that while climate change is not a zero sum game–it is more like a game of perpetual loss, which is more like what we have witnessed with bees in general–there are some winning adaptations in some locations:
Michelle Nijhuis is one of several science writers who have made our pages better in the 10 years since we started this platform. This essay is in good company:
As climate change intensifies and human activity impacts every corner of the planet, repairing our world increasingly means realizing that our fate is intertwined with that of other animal and plant species — not separate from theirs — and that we must think and act accordingly. Continue reading
Common black ant (Lasius niger) workers and three queens.
Any given day in Costa Rica the number of insects one is likely to encounter is too great to count. Ants are not automatically loved, but they are respected. Brooke Jarvis, whose writing we saw primarily in the New Yorker previously, has spectacular photography to accompany her text in this New York Times article in the Science section:
Even in the densest human habitations, there are orders of magnitude more ants than there are of us, doing the hard work of making our crumbs disappear.
It is telling, the entomologist Eleanor Spicer Rice writes in her introduction to a new book of ant photography by Eduard Florin Niga, that humans looking downward on each other from great heights like to describe the miniaturized people we see below us as looking “like ants.” By this we mean faceless, tiny, swarming: an indecipherable mass stripped of individuality or interest.
Daceton armigerum, male, from northern South America.
Intellectually, though, we can recognize that each scurrying dot is in fact a unique person with a complicated and interconnected life, even if distance appears to wipe away all that diversity and complexity. Continue reading
A Volta’s electric eel in the Xingu River in northern Brazil. L. Sousa
Our attention to eels is only occasional, but the mysteries keep coming. The article contains an amazing video of this pack-hunting phenomenon. Thanks to Annie Roth for this:
The behavior, used by wolves and orcas to run down fast prey, is rarely seen in fish.
In August 2012, Douglas Bastos, then a graduate student at Brazil’s Instituto Nacional de Pesquisas da Amazônia, was exploring a remote waterway in the Amazon rainforest when he came across a small lake teeming with electric eels. Continue reading
If you can suspend judgement for a moment the awe is overwhelming:
Odin, in Norse mythology, is an extremely powerful god who’s also a trickster. He has only one eye, having sacrificed the other for wisdom. Among his many talents, he can wake the dead, calm storms, cure the sick, and blind his enemies. Not infrequently, he transforms himself into an animal; as a snake, he acquires the gift of poetry, which he transfers to people, inadvertently.
The Odin, in Oakland, California, is a company that sells genetic-engineering kits. The company’s founder, Josiah Zayner, sports a side-swept undercut, multiple piercings, and a tattoo that urges: “Create Something Beautiful.” He holds a Ph.D. in biophysics and is a well-known provocateur. Continue reading
A recent analysis challenges the hypothesis that songbirds helped with a vital step in mistletoe evolution, the move from the ground to the treetops. Fabrice Cahez/Nature Picture Library/Alamy
Cara Giaimo, as ever providing surprising explanations of natural phenomena, has this biology lesson for a holiday tradition: