7-minute read keywords: climate change, ecology, popular science
If you had asked me last week how animals and plants will respond to climate change, I probably would have told you that they are expected to move towards the poles, shifting their home ranges as temperatures rise. This is indeed one possible response, but the challenges and opportunities for organisms are far more diverse and unpredictable. Biologist Thor Hanson has previously written much-praised books on feathers, seeds, and bees. Here, he gives a well-structured and terribly interesting whistle-stop tour of the nascent field of climate change biology and some of the fascinating research that is underway.
When seeing the world through a deep-time lens, no landscape feature is permanent. The Sahara, for example, “only” came into existence some 7 million years ago. In that time, it has not always been the parched desert it is now but has been green and verdant numerous times, crisscrossed by rivers and home to hippos, turtles, fish and other animals and plants typical of wetter climes. In this book, retired earth scientist Martin Williams draws on a long lifetime of research and desert expeditions to give a very accessible introduction to the surprisingly complex geography of the Sahara, answering some very basic questions.
Scottish geologist Charles Lyell quipped that the present is the key to the past. To say that the reverse also holds is more than just circular reasoning. Felisa Smith, a professor in ecology and evolutionary biology, studies extinct mammals and applies this knowledge to the present. This book is a neatly crafted package that gives the reader all the required background knowledge, while its case studies make for fascinating reading. (Spoiler alert: packrat middens are my new favourite discovery.)
Writing a book about climate change is challenging due to the scale and many facets of the problem. With Our Biggest Experiment, climate campaigner, writer, and lecturer in science communication Alice Bell delivers a large book that tightly focuses on the history of both climate change research and our current fossil-fuel-dominated energy system. Driven largely by her curiosity about the people behind the data on climate change, this well-structured and easily readable book is full of remarkable stories. Bell excels in drawing your attention to the individual strands that make up the complex texture and weave of this huge history. As such, this is a highly recommended read for anyone interested in the backstory of how we arrived at our current predicament.
Life most likely originated in the oceans, and it is to oceans that astronomers are looking to find life elsewhere in the universe. With the publication last year of Kevin Peter Hand’s Alien Oceans, I decided this was the right time to finally review Ocean Worlds, a book that I have been very keen to read ever since buying it some years ago. This, then, is the first of a two-part dive into the story of oceans on Earth and elsewhere.
I will make no secret of my love of J.R.R. Tolkien’s works. Equally, I am always entertained by books looking at the science behind fictional worlds depicted in books, movies, and TV series. The Science of Middle Earth is a remarkable undertaking, with three editors bringing together contributions on a wide range of topics, from humanities such as sociology and philosophy, to natural sciences such as geomorphology, chemistry, and evolutionary biology. Tying it together are Arnaud Rafaelian’s beautiful drawings that immediately draw your attention. Both a serious appreciation of Tolkien’s world and an entertaining work of popular science, this book hit the sweet spot.