The Scottish wildcat is one of Britain’s most threatened wild mammals. Legend and lore tell of a fierce animal capable of taking down a man if cornered. Once common, only a small remnant population survives in the Highlands of Scotland and now faces the unlikely threat of genetic dilution by hybridisation. Tracking the Highland Tiger sees nature writer Marianne Taylor go in search of this mysterious cat. But it quickly becomes apparent that the book’s title can be interpreted on several levels.
In popular discourse, the theory of evolution has become a victim of its own success, reduced to sound-bites such as “survival of the fittest”. Biologists will of course quickly point out that this is an oversimplification, though philosopher Daniel S. Milo takes things a few steps further. Good Enough is a thought-provoking critique of the dominance of adaptationist explanations. He argues that, while natural selection is important, it is not the only, possibly not even the default mechanism, in evolution. No, Milo claims, the mediocre also survive and thrive.
“Why, of all the species that have ever existed, have only us humans reached this unparalleled level of social organisation?” Sounds familiar? I indeed opened my review of E.O. Wilson’s recent book Genesis: On the Deep Origin of Societies with almost these exact words. Where that book (quite literally) fell a bit short of the intended mark, biologist Mark W. Moffett here delivers a sprawling big history book that considers almost the same question. Perhaps this should not come as a surprise, for Wilson has been Moffett’s mentor.
Are science and art strange bedfellows? The answer to this tricky question will hinge on your definition of art. Science and illustration certainly are not. American palaeoartist John Gurche has spent three decades studying ape and human anatomy and making reconstructions of early humans. Amidst all this professional work, he has been quietly building a private portfolio of more artistic images as a creative outlet. After 27 years, this body of work is gathered here in Lost Anatomies. It is an exceptional and beautiful collection of palaeoart that occasionally ventures into slightly psychedelic territory, without ever losing sight of the underlying science.
The problem with many history books is that they are written long after the facts, sometimes when the original protagonists are no longer alive. Historians or journalists often have no choice but to puzzle together the pieces of their story from eyewitness testimony or archival sources. Kin: How We Came to Know Our Microbe Relatives is a welcome exception to this rule. Written by emeritus microbiology professor John L. Ingraham, currently 94 years young, this book gives an intellectual history of the discipline of microbiology based on over seven decades of first-hand involvement and observation.
After I read and reviewed Who We Are and How We Got Here: Ancient DNA and the New Science of the Human Past, I thought I knew about the changes to the story of human evolution based on studies of DNA. And given that Ancestors in Our Genome was published a few years before that book, I was curious what it could add to what I had been reading so far. As it turns out, a lot. As with my previous review, I should preface this one with the same warning that things are about to get complicated…
In my review of Kemp’s The Lost Species: Great Expeditions in the Collections of Natural History Museums, I highlighted the importance of naming species and the rich vein of undiscovered species hiding in museum collections around the world. But how does the naming of species work? And what complications can arise? With The Art of Naming, Michael Ohl has written a surprisingly engaging book on the potentially stuffy topic of taxonomical nomenclature that beautifully complements Kemp’s work.
Planet Earth is home to a staggering number of species. A 2011 article in PloS Biology gave an educated guess of 8.7 million known species of eukaryotes (this is the domain of life to which all multicellular life forms – plants, insects, fungi, mammals etc. – belong, but excludes single-celled life forms such as bacteria). More staggering still is that this probably is only 10-12% of all existing species, with an estimated 86% of terrestrial species and 91% of marine species as of yet undiscovered.
So, scientists describe new species of plants and animals all the time. This much you probably know. What might come as a surprise, however, is that many of these discoveries are not made in the field, but in the massive natural history collections housed in museums around the world. In The Lost Species, Christopher Kemp takes the reader on a tour through the collections to reveal the stories behind some of these discoveries.