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.
In 2016, the scuba-diving philosopher Peter Godfrey-Smith wrote Other Minds where he explored the mind of the octopus – I reviewed it right before reading this book. Its bestseller status, including translations in more than 20 languages, was not entirely unpredictable. Octopuses are a sexy topic. Four years later, he explores animal minds further with Metazoa, with the tour now also including sponges, corals, shrimp, insects, fish, and mammals. Godfrey-Smith convinced me he is no one-trick pony when it comes to writing a good book, though this one is more cerebral than its predecessor.
Peter Godfrey-Smith is popularly known as the scuba-diving philosopher and has just published his new book Metazoa, in which he plumbs the evolutionary origins of minds. In preparation for reviewing that book, I am (finally) turning my attention to his initial 2016 bestseller Other Minds. Here he beholds the octopus, only to find that, behind those eight tentacles, an intelligence quite unlike ours beholds him in turn.
Say fossils and what comes to mind are the big, the bad, and the sexy: dinosaurs, pterosaurs, marine reptiles – in short, macrofossils. But perhaps more important and certainly more numerous are the microfossils. Fossils so small that you need a microscope to see them. In this richly illustrated book, French geologist and micropalaeontologist Patrick De Wever offers bite-sized insights into a discipline that rarely gets mainstream attention but undergirds many human endeavours.
This is the final of three reviews of MIT Press books in The Vienna Series in Theoretical Biology dealing with convergent evolution, something I consider to be one of evolutionary biology’s most exciting topics. Are evolutionary changes happy accidents, i.e. contingencies? Or is there a law-like repeatability underneath, explaining why some traits evolve time and again, i.e. convergence? Is it even a matter of either-or? And what lessons does this hold for life elsewhere in the universe? Philosopher Russell Powell wrestles with these questions in a manner that is as rigorous as it is intellectually rewarding. Evolutionary biologists will want to give this excellent book a very close read.
Planet Earth might just as well be called Planet Water. Not only is our planet mostly ocean, life also started out here. Following his 2011 book Convergent Evolution, palaeobiologist George R. McGhee returns to MIT Press and The Vienna Series in Theoretical Biology to expand his examination to oceanic lifeforms, with the tantalising promise of applying the insights gained to astrobiology. I was particularly stoked for this second of a three-part dive into what I consider one of evolutionary biology’s most exciting topics.
Communicating the complexities and abstractions of scientific findings is not easy. Anyone who has ever slogged through yet another dense paper or muddled presentation will acknowledge this. Our universe, it seems, cares not for the human quest of understanding it. One of the things, then, that makes popular science books such a treat is that they infuse scientific findings and speculation with a certain lyricism and good storytelling. This is why we flock to authors such as Nick Lane, Richard Dawkins, Richard Fortey, and many others besides. This is why Richard Feynman and Carl Sagan remain household names decades after their death. The latter’s Pale Blue Dot segment still gives me goosebumps. With Evolutions: Fifteen Myths That Explain Our World, science historian Oren Harman boldly turns the concept on its head: rather than bringing poetic flair to a pop-science book, he brings scientific flair to an epic poem.