A pandemic is probably a good moment to understand how vaccines are developed and how they work. This short and educational primer offers relevant background information on viruses and the immune system, and goes into much more detail on vaccines than other recent introductory books. How to Make a Vaccine is written by immunologist John Rhodes who brings to the table both his background in academic research on vaccines and his experience working for GlaxoSmithKline from 2001-2007. His narrative approach of choice is to tell the story of viruses, immunology, and vaccines through the history of scientific discovery.
Last year August, science writer Ed Yong put it very nicely: “you see, the immune system is very complicated”. Yet, understanding it is important to understanding how the COVID-19 pandemic might evolve, why we are faced with certain public health measures, and how we can hope to combat the pandemic with tests and vaccines. In this brief book, physics and chemistry professor Arup K. Chakraborty and immunologist Andrey S. Shaw offer a general introduction to how our immune system reacts to viruses, and how our medical inventions help out.
What is the price of humanity’s progress? The cover of this book, featuring a dusty landscape of tree stumps, leaves little to the imagination. In the eyes of French journalist and historian Laurent Testot it has been nothing short of cataclysmic. Originally published in French in 2017, The University of Chicago Press published the English translation at the tail-end of 2020.
Early on, Testot makes clear that environmental history as a discipline can take several forms: studying both the impact of humans on the environment, and of the environment on human affairs, as well as putting nature in a historical context. Testot does all of this in this ambitious book as he charts the exploits of Monkey – his metaphor for humanity – through seven revolutions and three million years.
The best way to introduce this book is to quote the first sentence of the blurb: “Techno-Fix challenges the pervasive belief that technological innovation will save us from the dire consequences of the 300-year fossil-fuelled binge known as modern industrial civilization“. Stinging, provocative, and radical, Techno-Fix puts its fingers on many a sore spot with its searing critique.
More from Less makes the optimistic case that our impact on the planet is diminishing. We are past “peak stuff” and thanks to continued technological innovation our economy is dematerializing. That is to say, economic growth has become decoupled from resource consumption. Or, as the title puts it succinctly, we are getting more from less.
I was initially sceptical when I learned of this book. My outlook on the state of the world is not nearly as optimistic. So, from the blurb’s counterintuitive claim that “we’ve stumbled into an unexpected balance with nature”, to Steven Pinker’s triumphant endorsement that those who think we’re doomed by overpopulation and resource depletion are wrong – I was ready to go bananas on this book. But I would be a poor reviewer if I let my prejudices get the better of me.
If the end of the world is something that keeps you up at night you might want to skip this book. Some might snigger at the “rogue robots” in the book’s subtitle, but End Times is a serious look at so-called existential risks. Former foreign correspondent, reporter, and editor with TIME magazine Bryan Walsh takes an unflinching look at the various disasters that could wipe out humanity, the people whose jobs it is to seriously think through catastrophic threats, and how, if at all, we can prepare ourselves.
In Algae We Trust. That might just as well have been the subtitle of this book. In Slime (published in the UK as Bloom, but I read the US version), author Ruth Kassinger writes of the many fundamental, often eye-opening roles that algae play in our ecosystems. But she also travels around the world to talk to farmers, scientists, and inventors. From food to plastics to fuel, entrepreneurs are discovering that these little green powerhouses hold immense biotechnological potential.
Food and food production have become incredibly divisive topics. Industrialised agriculture exacts a heavy toll on our environment and a lot of the cheap, processed convenience food on supermarket shelves is not what you would call nutritious. But Toronto-based writer and journalist Rebecca Tucker is troubled by the response. A hazy conglomerate of “good food”, encompassing trendy phenomena such as farmers’ markets, locavorism, organic produce, and whole foods is being pushed as the only pathway to sustainable salvation. In this short book, she pulls no punches and roundly criticises the guilt-tripping, moralising, fanatical side of the foodie movement, while also exploring some alternatives. And it’s about time, because, as she shows, feeling good is not the same as doing good.
Aaah, GMOs. Was there ever a topic comparable to genetically modified organisms that riled people on either side of the debate this much? Written by an organic farmer and plant geneticist, Tomorrow’s Table is a marvellous work that walks the middle road, asking: Why should we not combine the best that organic farming and genetic engineering have to offer? Along the way, it exposes the often illogical, contradictory and, frankly, infuriating attitudes and opinions of the anti-GMO movement, politely smothering them with facts, while also teaching the technology cheerleaders a lesson or two. I love this book.
Fake news, alternative facts, misinformation. These buzzwords have been making headlines all too regularly in the last few years. Who to trust and how to tell apart well-executed science from bunk has become increasingly challenging amidst the information overload of our internet era. The edited collection Pseudoscience: The Conspiracy Against Science brings together 22 contributions that examine the problem of pseudoscience from a variety of perspectives. The unbelievable things people believe in may be easy to mock, but, as this book makes clear, they are no laughing matter.