This is the second of a two-part review about ancient biomolecules; think of them as the other fossil evidence. Having just reviewed Jones’s Ancient DNA which gave an intellectual history of this young scientific discipline, I now turn to Dale E. Greenwalt’s book Remnants of Ancient Life. Beyond DNA, his book discusses what we can learn about extinct life forms from traces of other molecules, such as proteins, pigments, and metals.
When I say fossils, bones will likely come to mind. However, scientists can also use traces of ancient biomolecules such as DNA, proteins, and pigments to reveal more about extinct organisms. In this two-parter, I will review Greenwalt’s Remnants of Ancient Life but I am beginning with Ancient DNA by science historian Elizabeth Jones. Join me for a truly excellent intellectual history that outlines how this discipline developed, spiced up with quotes from more than fifty interviews, scholarly context provided by science and media studies, and the enduring legacy of a blockbuster movie.
Books can be like buses: nothing is written on a topic for ages and then two books appear in quick succession. The subtitle of Life as We Made It resembles that of the recently-reviewed Life Changing. Both books indeed cover the same topic: how humans have shaped the genetics and evolution of plants and animals around them. Despite some inevitable overlap, Beth Shapiro draws on two decades of her career as a geneticist to make Life as We Made It a beast all of its own. I found myself both thoroughly enjoying her fantastic science communication while disagreeing with her outlook.
(more…)In the field of palaeoanthropology, one name keeps turning up: the Leakey dynasty. Since Louis Leakey’s first excavations in 1926, three generations of this family have been involved in anthropological research in East Africa. In this captivating memoir, Meave, a second-generation Leakey, reflects on a lifetime of fieldwork and research and provides an inspirational blueprint for what women can achieve in science.
When thinking of human ancestors, the name “Lucy” will likely come to mind. But a dedicated team of scientists spent decades labouring on the discovery of a species more than a million years older still, at 4.4 million years of age. Nicknamed “Ardi” and classified as Ardipithecus ramidus, it was finally revealed to the world in 2009. For a full decade, journalist Kermit Pattison immersed himself in the story of Ardi’s discovery to bring to life both the science and the scientists. The resulting Fossil Men is an incredibly well-researched book that tells the definitive insider’s story of how one of the most divisive fossils in palaeoanthropology was discovered by one of its most divisive characters: Tim White.
Where do humanity’s evolutionary roots lie? The answer has long been “in Africa”, but this idea is being challenged from various sides. I previously reviewed Begun’s The Real Planet of the Apes as a warming-up exercise before delving into this book. My conclusion was that its discussion of archaic ape evolution, although proposing that species moved back and forth between Africa and Eurasia, ultimately did not really challenge the Out of Africa hypothesis. Not so Ancient Bones. German palaeontologist Madeleine Böhme, With the help of two co-authors, journalists Rüdiger Braun and Florian Breier, firmly challenges the established narrative in an intriguing book that is as outspoken as it is readable.
The history of human evolution has become firmly wedded to the Out of Africa hypothesis: the idea that we evolved in Africa and from there spread around the world. Back in 2015, palaeoanthropologist David R. Begun gave the proverbial tree of life a firm shake with The Real Planet of the Apes, making the case that the picture is a bit more complicated than that. Providing an incredibly well-written overview of the deep evolutionary history of great apes and humans, an interesting picture emerges of species moving into and out of Africa over time. Some reviewers hailed it as provocative—but is it really?
Neanderthals have enjoyed quite the renaissance in the last decade or so, with research attributing skills and capacities to them once considered uniquely human. One of the most contested claims in this arena is language. Since (spoken) language does not fossilise, nor leave material traces in the archaeological record, the case for Neanderthal language relies on indirect evidence. In this book, linguist Rudolf Botha takes a hard-nosed look at why this matter is so controversial and offers a framework to properly tackle it.
Whatever mental image you have of our close evolutionary cousins, the Neanderthals, it is bound to be incomplete. Kindred is an ambitious book that takes in the full sweep of 150 years of scientific discovery and covers virtually every facet of their biology and culture. Archaeologist Rebecca Wragg Sykes has drawn on her extensive experience communicating science outside of the narrow confines of academia to write a book that is as accessible as it is informative, and that stands out for its nuance and progressive outlook. Is this a new popular science benchmark?
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.
The Inquisitive Biologist