The medieval bubonic plague pandemic was a major historical event. But what happened next? To give myself some grounding on this topic, I previously reviewed The Complete History of the Black Death. This provided detailed insights into the spread and mortality caused by the Black Death, which was only the first strike of the Second Plague Pandemic. With that month-long homework exercise in my pocket, I was ready to turn back to the book that send me down this plague-infested rabbit hole in the first place: The World the Plague Made by historian James Belich. One way to characterise this book is that it retells the history of Europe from 1350 onwards as if the plague mattered.
11-minute read keywords: demography, epidemiology, history
Earlier this year, Princeton University Press published The World the Plague Made. Since I do not know all that much about the medieval plague pandemic known as the Black Death, I innocently said to myself: “let’s do some homework”. Coincidentally, Boydell Press recently published The Complete History of the Black Death by Norwegian emeritus professor of history Ole J. Benedictow, which is a substantially updated version of his 2004 book The Black Death 1346–1353: The Complete History. Just a little bit of homework… Little did I know that I would spend the next 38(!) days soldiering my way through this tome, which is an unprecedentedly long time for me. Did this exercise result in a deeper understanding of the plague? On many levels, yes, but with some caveats, and a note that this book is not light reading.
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.
One look at the title and you might be forgiven for quoting John Cleese. But rather than asking what the Romans can do for us, this book asks what we can do for the Romans. Walter Scheidel, who is a professor of humanities as well as classics and history, and a fellow in human biology, brings together a diverse cast of scientists. Their aim? To discuss what relatively young bioscientific disciplines can add to our picture of life in Ancient Rome as revealed so far by the more mature disciplines of history and archaeology. Which disciplines might these be? Prepare yourself for several mouthfuls as this book covers palaeoclimatology, archaeobotany, zooarchaeology, palaeopathology, population genetics, and the study of ancient DNA.
Somewhere in chapter 2, Kyle Harper remarks how historians have become unintentional beneficiaries of ongoing climate change, as scientists turn to palaeoclimatic records such as ice cores, tree rings, and sediments to understand fluctuations in earth’s climate. This bonanza of data allows historians a new way to look at past events. And thus was born the discipline of environmental history, which emphasizes the active role the natural environment can have on human affairs. In The Fate of Rome, Kyle Harper looks at one of those defining moments in human history, the decline and fall of the Roman empire, and the role of climate change and pandemics.