If you asked ten scientists what made them choose their profession, would you get ten different answers? My instinct tells me that curiosity is an overriding factor for many. It certainly was for palaeontologist Richard Fortey. Published just days after his 75th birthday, A Curious Boy reflects on his earliest years and was such a disarming and enjoyable memoir that I finished it in a single day.
This is the second of a two-part dive into the story of oceans on Earth and elsewhere, following my review of Ocean Worlds. That book gave a deep history of how our oceans shaped Earth and life on it and briefly dipped its toes into the topic of oceans beyond Earth. Alien Oceans is the logical follow-up. How did we figure out that there are oceans elsewhere? And would such worlds be hospitable to life? Those are the two big questions at the heart of this book. If there is one person fit to answer them, it is Kevin Peter Hand, a scientist at NASA’s Jet Propulsion Laboratory and their deputy chief for solar system exploration.
Life most likely originated in the oceans, and it is to oceans that astronomers are looking to find life elsewhere in the universe. With the publication last year of Kevin Peter Hand’s Alien Oceans, I decided this was the right time to finally review Ocean Worlds, a book that I have been very keen to read ever since buying it some years ago. This, then, is the first of a two-part dive into the story of oceans on Earth and elsewhere.
I will make no secret of my love of J.R.R. Tolkien’s works. Equally, I am always entertained by books looking at the science behind fictional worlds depicted in books, movies, and TV series. The Science of Middle Earth is a remarkable undertaking, with three editors bringing together contributions on a wide range of topics, from humanities such as sociology and philosophy, to natural sciences such as geomorphology, chemistry, and evolutionary biology. Tying it together are Arnaud Rafaelian’s beautiful drawings that immediately draw your attention. Both a serious appreciation of Tolkien’s world and an entertaining work of popular science, this book hit the sweet spot.
Making groundbreaking scientific contributions on a shoestring budget has become a challenge in the 21st century. But there are still opportunities. Take American entomologist Walter R. Tschinkel. With little more than scrap metal, homemade portable kilns, and one almighty spade, he has been researching the architecture of ant nests, pouring molten metal into tiny holes in the ground and digging up the resulting casts. The beautifully illustrated Ant Architecture provides a glimpse into his unusual methods but also shows the many fascinating findings and questions his research is throwing up. Supremely interesting, this is unlike any book on insects you have seen before and is already a firm candidate for my top five favourite books of 2021.
Advances in medical research mean we have come to grips with numerous diseases and health conditions over the decades. But, like a game of whack-a-mole, you solve one set of problems to only have other, often more complex problems take their place. There is valid criticism to be had of medicine and its reductionist approach and What Is Health? sees neurobiologist Peter Sterling offer a critique grounded in physiology.
Can we predict what aliens will look like? On some level, no, which has given science fiction writers the liberty to let their imagination run wild. On another level, yes, writes zoologist Arik Kershenbaum. But we need to stop focusing on form and start focusing on function. There are universal laws of biology that help us understand why life is the way it is, and they are the subject of this book. If you are concerned that consideration of life’s most fundamental properties will make for a dense read, don’t panic, The Zoologist’s Guide to the Galaxy is a spine-tingling dive into astrobiology that I could not put down.
You would think that science and monsters are strange bedfellows. And yet, there are plenty of science geeks, myself included, who get a good giggle out of pondering the science behind mythical beings and worlds. Clearly, somebody at the Royal Society of Chemistry has a similar sense of humour, for they have just published Vampirology. Here, chemist and science communicator Kathryn Harkup trains a scientific lens on the fanged fiend—not so much to ask whether vampires do or do not exist, but whether they could exist given our scientific understanding today.
Rivers and oceans are easily neglected when it comes to pollution. Out of sight, out of mind and all that. Except that the oceans do not forget. Of all the water pollution problems, oxygen loss is probably one of the more abstract ones. Even the words used to describe it, hypoxia and anoxia, will be meaningless to those without a background in biology. In Dead Zones, marine scientist and microbiologist David L. Kirchman provides a general introduction to the problem of oxygen loss and why it matters.
So far, most of the books I have read on the COVID-19 pandemic have either been of the backwards-looking, how-did-we-get-here type, or have dealt with practical virological, epidemiological, or immunological details. I picked up Apollo’s Arrow as it promised a forward-looking perspective while drawing parallels with past pandemics. Nicholas A. Christakis, a physician and sociologist directing the Human Nature Lab in Yale, got drafted into working on the pandemic from the start, tracking the spread of the virus, and sat at the bedside of many dying patients while working as a hospice doctor in New York. I believe we need to hear these frontline stories.
The Inquisitive Biologist