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.
The legendary British broadcaster and natural historian Sir David Attenborough needs almost no introduction. From his first appearance on our television screens in 1954, he has gone on to a long and distinguished career presenting and narrating groundbreaking nature documentaries. And he shows no sign of slowing down. His voice and style have become so iconic that he has been dubbed the voice of nature. Over the years, he has increasingly expressed concern over the state of the natural world, and in A Life on Our Planet Attenborough fully engages with this topic. However, when you turn to the title page you will notice the name of a co-author, Jonnie Hughes, who directed the Netflix documentary tying in with this book. As Attenborough explains in his acknowledgements, Hughes has been particularly instrumental in the writing of the third part of the book, together with substantial assistance of the Science Team at WWF. This is Attenborough’s witness statement, yes, but whose vision of the future is it?
Growth as a process is ubiquitous. It is the hallmark of every living organism. It motivates much of what we as humans do, as often unspoken as it is outspoken. It is the narrative lens through which we examine societies and civilizations past and present. And it is the altar at which economists worship. You would think that nobody in their right mind would write a book that tries to encompass all of the above. Leave it to a deep thinker such as Vaclav Smil to prove to you otherwise.
The robot apocalypse has become a well-worn trope that will elicit laughter more than concern. But there is a far more direct threat from artificial intelligence or AI: economic disruption. Technology can and has taken jobs away from humans. I first started taking this idea more seriously after watching CGP Grey’s short documentary Human Needs Not Apply. If you enjoyed that video, this book is the must-read follow-up. Economist and historian Carl Benedikt Frey provides a soundly argued and clearly written book on the history of technological revolutions and what lessons these hold for future job security.
The story of human progress is intimately entwined with that of energy. Pulitzer-prize winning author Richard Rhodes here takes the reader on a 400-year tour of energy generation, shining a light on the many forgotten figures whose ingenuity and inventions were instrumental in the many energy transitions.
Fossils fuels have powered civilization since the Industrial Revolution, and their consumption has exploded in the last few decades. But for all the prosperity that coal, gas, and oil have brought, there are many downsides, not least amongst these climate change. So how did we get here? Usual explanations point at individual consumption and population growth, and I would be quick to agree. With Burning Up, Simon Pirani, a visiting research fellow at the Oxford Institute for Energy Studies, basically says “not so quick, things are not that simple” and provides a deeply researched history of fossil fuel consumption.
If you have used a compass, you will know our planet has a magnetic North and South pole. You might even be aware that the geographical and magnetic poles are not exactly in the same location. The magnetic poles have a tendency to wander with time. They can even swap places, and we have evidence of a long history of such geomagnetic reversals in the rock record. But how does this happen? And what would the consequences be if this happened today? Earth’s magnetic field offers protection against radiation from outer space, primarily from the sun, so if this field weakens or changes, what will happen to us and our electrical infrastructure? Join science journalist Alanna Mitchell as she explores this topic and delves into the history of electromagnetism.
From the perspective of biology, the rules for the game of life are simple: acquire energy, avoid becoming food for someone else in the process, and pass on your genetic information. This simple theme has given rise to an incredibly rich and diverse panoply of approaches and solutions. Strange Survivors, written by Puerto Rican biologist Oné R. Pagán, is a love letter to the many wonders that biology has to offer. I am sure he would approve if I said: “Prepare to be amazed!”