Microbial ecologists once had the luxury of no one caring about their work. My colleagues and I had been busy showing that there are more microbes than stars in the Universe, that the genetic diversity of bacteria and viruses is mind-boggling, and that microbes run nearly all reactions in the carbon cycle and other cycles that underpin life on the planet. Then came the heat waves, wildfires, droughts and floods, and other unignorable signs of climate change. Now everyone should care about microbes to appreciate the whole story of greenhouse gases and to understand how the future of the biosphere depends on the response of the smallest organisms.
As a microbial ecologist, I didn’t need to be convinced that microbes make all life on Earth possible. I knew that Falkowski, a preeminent biological oceanographer, would be a trustworthy guide in the microbial world. What makes this book so much fun to read is how Falkowski mixes science with snippets of history, both his own and of early scientists.
Yet, the science is the main story here and is fascinating. Microbes, specifically cyanobacteria, are the engines that first put oxygen in the atmosphere around 2.4 billion years ago, which set the stage for the evolution of more complicated lifeforms, including, eventually, Homo sapiens. Microbes are also the ancestral source of what Falkowski calls nanomachines, which continue to power all organisms today. Falkowski convincingly argues that microbes are what make life on Earth possible.
For almost four billion years, microbes had the primordial oceans all to themselves. The stewards of Earth, these organisms transformed the chemistry of our planet to make it habitable for plants, animals, and us. Life's Engines takes readers deep into the microscopic world to explore how these marvelous creatures made life on Earth possible--and how human life today would cease to exist without them. Paul Falkowski looks "under the hood" of microbes to find the engines of life, the actual working parts that do the biochemical heavy lifting for every living organism on Earth. With insight and humor, he explains…
Working with the natural world has long been my life’s compass. I have been dedicated to conservation, education, and management of terrestrial and marine ecosystems for my entire career. I strongly believe we must approach the crisis that we now live in with humor, joy, and devotion, and we must be able to fall in love with this world over and over again, even if it breaks our hearts. This is why I write, and this is how I live. I love reading science books that allow this connection, that lead me
into the complexities of why we must never stop feeling wonder at this
magnificent world.
This book is absolutely fascinating. This author makes me wish that I could take her classes. She provides the sweet release of wonder, the gloriousness of the deep sea, the alien, and the mysterious and the magical.
She walks us through the world of the unknown, the struggle of the scientist to try to understand something we can never truly know. She also shatters us with the many ways that we must watch this world disappear, even when we never really knew it existed in the first place. We get a tiny glimpse as humans into the Wild West that is the deep, and yet our impact reaches far beyond our knowledge. We are destroying something so rich and vast it’s akin to outer space.
Break my heart, but keep putting it back together.
The deep sea is the last, vast wilderness on the planet. For centuries, myth-makers and storytellers have concocted imaginary monsters of the deep, and now scientists are looking there to find bizarre, unknown species, chemicals to make new medicines, and to gain a greater understanding of how this world of ours works. With an average depth of 12,000 feet and chasms that plunge much deeper, it forms a frontier for new discoveries.
The Brilliant Abyss tells the story of our relationship with the deep sea - how we imagine, explore and exploit it. It captures the golden age of discovery…
I have a confession: I became an award-winning science communicator for kids sort of by accident. Well, the science part wasn’t an accident… I just didn’t know what I was doing had a name: science communication. I only knew that I had questions! So I set out to approach my questions with facts, humor, empathy, and critical thinking; to interview professionals-in-the-field and to share what I learned from them with kids. For my germs book (I’m Trying To Love Germs), I spoke with professionals in the fields of virology, epidemiology, microbiology, and medicine, and read every kids' germ book I could get my hands on.
This is the 4th STEM picture book from the Fishman/Greenberg duo and every one of them is worth a read.
Up Your Nose does a great job helping younger readers connect the invisible world of microbes with things their grown-ups say: phrases like “Wash Your hands!”, “Take A Bath!” and more. Playful illustration showcases the different types of microorganisms that live in, on, and around us, and even shows us where they like to hide (spoiler alert: it’s kinda everywhere.)
I especially like the part about the barriers our body uses to keep germs at bay: stuff like our skin, tears, and even mucus!
What exactly are germs? And what do they do? The acclaimed and award-winning author and artist of A Hundred Billion Trillion Stars have created a timely—and funny!—introduction to germs and the human body’s natural response to the microscopic (sometimes) organisms. An informative and accessible choice for fans of Andrea Beatty’s Ada Twist, Scientist and Kimberly Derting and Shelli R. Johannes’s Loves Science series.
Did you know that there are quadrillions of germs in the world? And that hundreds of billions of germs may be in the room around you—and inside you as well?
Acclaimed creators Seth Fishman and Isabel Greenberg…
I was that child who always took things apart to see how they worked. I was always interested in new gizmos and technology, but found myself most drawn to raw materials – how does this make that, and how can I make that better? Eventually, this led me to engineering school and the aerospace industry. Along the way, I got interested in beer and asked, “why didn’t this work?” That question, vehemently directed at my first batch of homebrew, lead to the first edition of How to Brew. Thirty-something years later, I'm the Chief Editor for the Master Brewers Association – an international professional organization for brewers founded in Chicago in 1887.
This book was a difficult choice because there are a plethora of great books on various beer styles and ingredients that make for engaging reading. But this book is notable for pulling back the veil of mystery around a whole class of beers that most people are not familiar with, and those are sour beers. These beers are produced by fermentation with both yeast and bacteria, instead of yeast alone. Sour beers are not new, they have, without doubt, been around as long as beer itself, with many different techniques for producing them. These techniques often took years to produce a consistent and palatable product. This book documents the renaissance of sour beer production in American craft brewing and teaches you how to brew delicious sour beers yourself.
One of the most exciting and dynamic segments of today's craft brewing scene , American-brewed sour beers are designed intentionally to be tart and may be inoculated with souring bacteria, fermented with wild yeast or fruit, aged in barrels or blended with younger beer. Craft brewers and homebrewers have adapted traditional European techniques to create some of the world's most distinctive and experimental styles. This book details the wide array of processes and ingredients in American sour beer production, with actionable advice for each stage of the process. Inspiration, education and practical applications for brewers of all levels are provided…
Having studied diet and behavior for forty years, I realized that I had ignored obesity. However, after eventually considering the topic, I found that the actions of both politicians and the food industry had been spectacularly unhelpful. Why are so many people allowed to suffer? If politicians and the food industry are ineffective, there is a third group that could engineer change: the general public. It is scandalous that so many have been condemned to an early death following decades of ill-health. Something needs to change.
There is a saying, “ For every complex problem, there is a solution that is clear, simple, and wrong.” This view summarizes almost all attempts to control obesity. There has been a failure to acknowledge the multitude of risk factors for obesity and the large number of calories that need to be removed from the diet before obesity is beaten.
I am, therefore, always delighted when simple views concerning obesity are shown to be mistaken. A fascinating book describes how bacteria in the gut influence the tendency to be slim or obese. You learn that if you eat the right food, you will have 100 trillion friends to help you stay slim.
'The Diet Myth is fascinating, and now I'm obsessed with microbes!' Nigella Lawson
Why do most diets fail? Why does one person eat a certain meal and gain weight, while another eating the same meal loses pounds? Why, despite all the advice about what to eat, are we all still getting fatter?
The answers are much more surprising - and fascinating - than we've been led to believe. The key to health and weight loss lies not in the latest fad diet, nor even in the simple mantra of 'eat less, exercise more', but in the microbes already inside us.…
I first adopted a vegan diet for the animals and then shifted to a plant-based vegan "for my health" in my mid-20s. I felt fabulous for the next 10-15 years. Then, in my mid-30s, I suddenly developed severe and chronic GI symptoms. I was severely bloated, nauseous, and constipated, which didn't make sense given how much fiber I was eating. After diagnosis and treatment for H Pylori (a bacterial infection), I was left with a "broken belly" (severe dysbiosis). I've spent the last few years reading every book on gut health and hormones to learn how to heal myself since traditional medicine has failed me.
Best, most succinct, and comprehensive book I’ve read on the topic of gut health by far. It's also written in a friendly, conversational tone (not overly dry or academic). Things I like: The authors provide a specific daily fiber recommendation (29-35g minimum) for gut health; they discuss how antibiotics and antibiotic soap/cleaner affects microbes, the impacts of glycemic load and industrial flour, and most importantly: they provide evidence so the reader can draw their own conclusions as to what’s best for them diet-wise instead of using fear-mongering.
Note: This book is not "pure vegan" (the authors suggest dairy in some situations).
The groundbreaking science behind the surprising source of good health
Stanford University's Justin and Erica Sonnenburg are pioneers in the most exciting and potentially transformative field of human health and wellness, the study of the relationship between our bodies and the trillions of organisms representing thousands of species to which our bodies play host, the microbes we call the microbiota. The Sonnenburgs argue that the microbiota determines in no small part whether we're sick or healthy, fit or obese, sunny or moody-and that the microbiota has always been with us, coevolving with humans and entwining its functions with ours. They…
I'm enchanted by ecology – how life on Earth is both a web and a seamless continuum. In my first book, Corpse, I explored the organisms that colonize the human body after death. In Good Germs, Bad Germs, I immersed myself in our symbiotic relationship with the ever-present bacteria that live in us and on us. I’m passionate about understanding how we evolved to survive in a bacterial world and how we must take the long-term view of surviving – and thriving – in their ever-present embrace. My joy has been in exploring the world of science and translating this joy into lay-accessible stories that entertain as well as educate.
I know I’m double dipping here with another of Carl’s books. I love how he takes one, ubiquitous micro-inhabitant of the human body and uses it to explore what it means to be alive and interconnected with the life in and around us. I love how Carl flips away our human perspective to “view” the word through the chemical-sensing molecules of a single-celled organism – E. coli. Superb, fun science writing.
A Best Book of the YearSeed Magazine • Granta Magazine • The Plain-DealerIn this fascinating and utterly engaging book, Carl Zimmer traces E. coli's pivotal role in the history of biology, from the discovery of DNA to the latest advances in biotechnology. He reveals the many surprising and alarming parallels between E. coli's life and our own. And he describes how E. coli changes in real time, revealing billions of years of history encoded within its genome. E. coli is also the most engineered species on Earth, and as scientists retool this microbe to produce life-saving drugs and clean fuel,…
I'm enchanted by ecology – how life on Earth is both a web and a seamless continuum. In my first book, Corpse, I explored the organisms that colonize the human body after death. In Good Germs, Bad Germs, I immersed myself in our symbiotic relationship with the ever-present bacteria that live in us and on us. I’m passionate about understanding how we evolved to survive in a bacterial world and how we must take the long-term view of surviving – and thriving – in their ever-present embrace. My joy has been in exploring the world of science and translating this joy into lay-accessible stories that entertain as well as educate.
If you can get past the sensational (fear-mongering?) title, Tony Harts' slender volume is a delight of colorful micrographs of the bacterial, viral and fungal microbes that cause human infections. His phenomenal microscopy brings the world of “germs” alive – often against the eerie landscape of our own cells and tissues. Not just a picture book, Hart provides succinct, accurate, and lay-accessible information on the spectrum of important, disease-causing microbes and the hazards they pose when they show up in the wrong place at the wrong time.
Despite the confident strides of modern science, the threat of deadly unseen organisms such as viruses, bacteria and fungi still grip the imagination with their ferocious intensity.
For instance, resistant strains of bacteria can now survive the strongest antibiotics and deadly new biological weapons are being cooked up in laboratories worldwide.
Microterrors explores these threats as well as humanity's greatest living rivals that have been on the planet far longer than we have.
The introduction covers terms, definitions and a brief natural history, including the role of viruses in human evolution, as well as bioengineering…
Microorganisms have bewitched me since childhood when I remember seeing floating dust particles glinting in sunbeams and wondering what they were and if they were alive. Decades later, my research has included experiments on the amazing mechanisms that shoot fungal spores into the air to form part of that dust, which is one of several odd coincidences in my life. As an educator (Miami University in Ohio) and science writer my interests in biology go beyond the fungi, but I never stray too far from my obsession with the smallest organisms. Microbes are everywhere and will outlive us by an eternity.
Viruses and bacteria attract all the attention from microbiologists and fungi are given short shrift in most textbooks. This needs to change because fungi are bona fide microbes that grow as budding yeast cells and colonies of slender threads and spin the planet’s carbon cycle. There are plenty of popular books on fungal biology, but John Ramsbottom’s Mushrooms and Toadstools, first published in 1953, has not been bettered. It captivates the reader with a succession of marvelous stories without losing grip on the science. This book is a great place to begin a lifetime of learning about fungi.
Britain's neglect of fungi as table delicacies has perhaps been responsible for our surprising ignorance of the natural history of such fascinating plants. This edition is exclusive to newnaturalists.com
Britain's neglect of fungi as table delicacies has perhaps been responsible for our surprising ignorance of the natural history of such fascinating plants. Puff-balls, more than a foot in diameter; mouls in jam-pots; dry rot; truffles; these are examples of the wide range of the Group, comprising over 100,000 species.
Many are of economic importance - for example, the rusts that attack wheat and other crops, and the yeasts which ferment…
I have a confession: I became an award-winning science communicator for kids sort of by accident. Well, the science part wasn’t an accident… I just didn’t know what I was doing had a name: science communication. I only knew that I had questions! So I set out to approach my questions with facts, humor, empathy, and critical thinking; to interview professionals-in-the-field and to share what I learned from them with kids. For my germs book (I’m Trying To Love Germs), I spoke with professionals in the fields of virology, epidemiology, microbiology, and medicine, and read every kids' germ book I could get my hands on.
Inside Your Insides does a nice job of taking a journey through the body and exploring which microbes live at the stops along the way.
After a brief intro into the microbiome and a distinction between helpful (“Some Of Your Microbes Are Good Guys”) and harmful (“Some of Your Microbes Are Bad Guys”) little fellas, the book focuses on different areas of the body: skin, mouth, lungs, gut… and dives into information and anecdotes about the microbes that call that region home.
Playful germ-jokes and fun-facts dance along the edges of the pages and the book closes out with tips to treat your microbiome with care.
“Wherever you go, tiny hitchhikers tag along for the ride,” this intriguing illustrated nonfiction book begins. “The hitchhikers are actually microbes --- tiny living things so small that you need a microscope to see them. And every person carries around trillions and trillions of these critters.” Six of the most common “critters” that live in and on our bodies are introduced here: bacteria, archaea, viruses, fungi, protists and mites. Each one has its own preferred environment, and readers will be startled (and likely a little grossed out!) by the many places they live, including the hair follicles on our faces,…
