In Lab Girl, scientist Hope Jahren has cleverly weaves a memoir of her own life with passages about the lives of plants, her scientific passion. From her childhood in a small town in Minnesota to her current position as a Professor at the University of Hawai’i, she gives a candid account that includes some of the adventures, funny incidents, obstacles, and shifts in her scientific thinking that happened along the way. The book is a fascinating window into the life of a gifted, passionate, yet (reassuringly) human scientist. If you haven’t read it yet, then I highly recommend you get your hands on a copy.
If you aren’t convinced by my mini-review, then I suggest you check out this longer review from the NY times.
Image by S. Shailes.
In The Ash Tree, Oliver Rackham writes about the rich history and ecology of the European Ash (Fraxinus excelsior). One of the commonest trees in the UK, ash provides a home to many other species of wildlife and has long been used by humans for fuel, building, and for making wheel rims, ploughs and tools.
Amazingly, Rackham wrote the first draft of this book during a short hospital stay in Texas, drawing on his extensive knowledge of trees and woodlands without any notes to hand (the facts were double-checked later). Written in response to increased interest in ash when ash dieback disease hit the headlines in the UK, Rackham discusses this disease and other threats to ash including deer grazing and the emerald ash borer beetle. Drawing on other examples of tree diseases, Rackham argues that our current practice of transporting trees and wood products around the world is the biggest single threat to all our trees because it exposes them to new pests and diseases they have little or no resistance to.
I really enjoyed reading this book and would highly recommend this book to anyone with an interest in trees, woodlands or plant pathology.
The Ash Tree was published by Little Toller Books in 2014 Find out more: http://littletoller.co.uk/bookshop/monographs/ash/
I’ve recently written about the potential threat to ash trees from the emerald ash borer beetle, which is currently causing devastation to North American ash trees and is now marching into Europe from Russia. Read more here.
I’ve also written about how Ash Dieback disease is affecting an ancient woodland in my local area.
Seed of the purple owl’s foot clover with its honeycomb seadcoat shown in pink (Castilleja exserta subsp. latifolia) Image credit: Stuppy, Kesseler and Harley.
Seeds are the plant equivalent of an armoured vehicle. They carry the offspring of plants out into the dangerous world and protect them until the time is right for them to grow into new plants. There is huge variety in the size and shapes of seeds, ranging from tiny orchid seeds weighing only 1-10 μg to the enormous seeds of the Seychelles nut that weigh 20 kg.
The amazing variety in seeds is explored in the book Wonders of the Plant Kingdom: a Microcosm Revealed. The book is the result of a collaboration between two botanists—Wolfgang Stuppy and Madeline Harley—and the artist Rob Kesseler. Most of the images in the book have been taken using an electron microscope, which provides a higher level of magnification than traditional light microscopy. These images were originally in black-and-white, but Kesseler has skillfully added colour to help bring them to life. Continue reading
I originally posted this review in the summer on the Book Reviews page but I am reposting it now as I think it–or one of the other books I have read recently–would make a good Christmas present.
In The End of Plagues, John Rhodes guides the reader through the history of fighting infectious diseases. Much of the book focusses on story of Edward Jenner who developed the first vaccine to immunise people against smallpox in 1796. The global fight against smallpox to its eradication in the 1970’s is a fascinating tale played out over several hundred years with many impressive feats. John Rhodes telling of the story introduces the reader to the people involved and provides biological explanations along the way. The book also covers the successes, difficulties and controversies in producing vaccines for other infectious diseases including polio, tuberculosis, whooping cough and flu.
I would highly recommend this book to anyone with an interest in the history of medicine. For a more in depth review follow this link.
In The Compatibility Gene, Daniel M. Davis takes us through some of the major discoveries that have helped us to understand how our immune system can target invaders while leaving our own cells alone. The way the immune system identifies “self” and “non-self” has important implications for fighting disease, transplant success and other aspects of life including brain function and pregnancy. Davis focusses on the MHC genes–which code for proteins that sit on the surface of our cells and interact with white blood cells–and features the personal stories of some of the scientists who have studied them.
For me, this book was a reminder of some of the stuff I learnt about the immune system as an undergraduate student, but it also took me into new territory, including our emerging understanding of the role of the MHC genes in brain function and pregnancy. I would highly recommend this book to anyone with an interest in human biology.
For an in-depth review please follow this link.
In Cells to Civilizations: The Principles of Change that Shape Life, Coen presents evolution, development, learning and culture as transformational processes that share seven fundamental principles. To start with it felt strange to read about familiar concepts in terms of Coen’s seven principles, but I liked how it made me think about the processes in a different way. I enjoyed Coen’s explanations of his processes and the diagrams were clear and very useful. However, while it was clear why it can be useful to think about evolution, development and learning using a set of shared principles, I wasn’t quite so convinced of the relevance of thinking about cultural transformations in the same terms as the biological processes. With famous works of art featuring in many of Coen’s explanations throughout the book, the book is an unusual, but quite interesting mix of science, philosophy and art.
All in all, I enjoyed reading this book and would recommend it to anyone with an interest in evolution, development and learning. To get the most out of the diagrams in the book I would suggest reading a print copy as I found referring to diagrams on my kindle a bit cumbersome. For a more in depth review follow this link.
Image by Richard Cooper (CC BY-NC 2.0)
The Simpsons and their Mathematical Secrets is a light-hearted look at the mathematics hidden in the popular animated TV shows The Simpsons and Futurama. The author Simon Singh — a big fan, and best selling author of books including Fermat’s Last Theorem — highlights some of the many mathematical story lines and jokes that appear in the shows, taking care to explain the concepts for a general audience. The surprisingly large volume of mathematics in both shows is due to the mathematical backgrounds of many of the writers involved, many of whom worked in academia before joining the shows. For me, the book was a fun reminder of mathematics I had previously learnt and an introduction to other concepts I had not come across before. I really enjoyed reading this book and would highly recommend it to anyone who enjoys watching the shows. For an in depth review follow this link.
Check out reviews for other books I have read recently on my book reviews page.