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The Hidden Half of Nature: The Microbial Roots of Life and Health Reprint Edition, Kindle Edition
"Sure to become a game-changing guide to the future of good food and healthy landscapes." —Dan Barber, chef and author of The Third Plate
Prepare to set aside what you think you know about yourself and microbes. The Hidden Half of Nature reveals why good health—for people and for plants—depends on Earth’s smallest creatures. Restoring life to their barren yard and recovering from a health crisis, David R. Montgomery and Anne Biklé discover astounding parallels between the botanical world and our own bodies. From garden to gut, they show why cultivating beneficial microbiomes holds the key to transforming agriculture and medicine.
- ISBN-13978-0393353372
- EditionReprint
- PublisherW. W. Norton & Company
- Publication dateNovember 16, 2015
- LanguageEnglish
- File size4559 KB
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| Dirt | The Hidden Half of Nature | Growing a Revolution | What Your Food Ate | |
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| Also by David R. Montgomery and Anne Biklé | An engaging natural and cultural history of soil that sweeps from ancient civilizations to modern times, Dirt: The Erosion of Civilizations explores the compelling idea that we are―and have long been―using up Earth's soil. | The Hidden Half of Nature reveals why good health―for people and for plants―depends on Earth’s smallest creatures. | In Growing a Revolution, geologist David R. Montgomery travels the world, meeting farmers at the forefront of an agricultural movement to restore soil health. | What Your Food Ate is a must-read for farmers, eaters, chefs, doctors, and anyone concerned with reversing the modern epidemic of chronic diseases and mitigating climate change. |
Editorial Reviews
Review
― Dan Barber, chef and author of The Third Plate
"The Hidden Half of Nature offers a wonderfully fresh and exquisitely informed approach that could change how we relate to ourselves, our diets, our gardens and our world."
― Tim McNulty, Seattle Times
"One of the year’s best books on gardens and health."
― Jim McCausland, Sunset Magazine
"Reads like a fast-paced novel but tells the true story of the workings of soils, and even our own bodies."
― Neil Shubin, author of The Universe Within
"A stunningly clever book that connects the tiny dots of the microbial world. I will never ignore my microbes again."
― Kirk Johnson, Sant Director, Smithsonian National Museum of Natural History
"[A] beautifully synthesized scientific memoir."
― Barbara Kiser, Nature
"A wonderful read! The Hidden Half of Nature not only explores the workings of the microbial world, but also the people and the methods used to advance our knowledge of it."
― Jeff Lowenfels, author of the Teaming With series
"[A] transformative read."
― Tom Philpott, Mother Jones
"An ingenious idea! The Hidden Half of Nature draws a straight line from the microbes that live in healthy soil to those that live in healthy guts, skillfully blending the personal and the scientific. This is a must-read for anyone concerned with their own health."
― Amy Stewart, author of The Drunken Botanist
"Amazingly detailed and well-researched. … [The Hidden Half of Nature] lays out the beautiful connection between the microbial garden in our bodies and the microbial garden in the Earth."
― Sally Peterson, Oregon Live
"A great read, opening up for nonscientists the microbial world that underlies all life. You will see your body and the world around you in exciting new ways."
― Sandor Ellix Katz, author of The Art of Fermentation
About the Author
Anne Biklé is a biologist and environmental planner. Her career spans the fields of environmental stewardship, habitat restoration, and public health. The Hidden Half of Nature is her first book.
David R. Montgomery is a professor at the University of Washington and a 2008 MacArthur Fellow.
Product details
- ASIN : B00TMA91YU
- Publisher : W. W. Norton & Company; Reprint edition (November 16, 2015)
- Publication date : November 16, 2015
- Language : English
- File size : 4559 KB
- Text-to-Speech : Enabled
- Screen Reader : Supported
- Enhanced typesetting : Enabled
- X-Ray : Not Enabled
- Word Wise : Enabled
- Sticky notes : On Kindle Scribe
- Print length : 315 pages
- Best Sellers Rank: #456,069 in Kindle Store (See Top 100 in Kindle Store)
- #18 in Colorectal Cancer (Books)
- #18 in Horticulture (Kindle Store)
- #78 in Botany (Kindle Store)
- Customer Reviews:
About the authors

David R. Montgomery studied geology at Stanford University before earning his Ph.D. in geomorphology at UC Berkeley. He teaches at the University of Washington where he studies the evolution of topography and how geological processes shape landscapes and influence ecological systems. He loved maps as a kid and now writes about the relationship of people to their environment, regenerative agriculture, and other things that interest him. In 2008 he was named a MacArthur Fellow. He lives with his wife Anne Biklé in Seattle, Washington.

Anne Biklé is trained in biology and natural history and has worked in the fields of environmental stewardship and planning as well as public health. Through writing and public speaking she explores humanity’s tangled relationship with nature through the lens of agriculture, medicine, and microbiomes. She is particularly enthralled with the botanical world and its influence on humanity throughout history. With the help of mulches and microbes, she has developed gardening practices that build and safeguard soil health and led to coaxing many an edible or ornamental plant into rambunctious growth or nursing them back from the edge of death.
Her writing has appeared in various print and digital media and on radio and her gardening practices have been featured in independent and documentary films.
Her latest book, What Your Food Ate: How to Heal the Land and Reclaim our Health, explores connections between soil health and human health and builds on themes from her first book, The Hidden Half of Nature: The Microbial Roots of Life and Health.
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Top reviews
Top reviews from the United States
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Montgomery and Bikle begin with an enjoyable story of how, much to their own surprise, they were able to rapidly turn their dead soil into a living and productive garden by focusing on naturally building soil organic matter using things like mulch and composts. They then use this window and their scientific backgrounds to go on a rigorous journey about how all of this works. We learn that much of this insight was hypothesized long ago, but true scientific understanding has only emerged in recent years. I found the chapter on “Underground Allies” especially informative about the metabolic interconnectedness of root exudates with soil bacteria and fungi.
We then pick up where other recent ‘human microbiome’ authors have left off (e.g. Blaser’s “Missing Microbes” and Velasquez-Manoff’s “Epidemic of Abesnce”) to explore how microbial communities in our gut are not only essential for our own health, but function using the exact same principles as the soil system ecology. It’s not just an analogy, its sign of much more fundamental evolutionary principles at work.
The implications of the book are both practical and profound. In personal health, the book can be seen as providing the scientific basis for Michael Pollan’s famous tag line “Eat real food, mostly plants, not too much.” But it also helps us understand that the health of all of that "real food" begins with the functioning microbial ecosystem in the soil – without which, not only do the plants not grow, but they are short in the vital micronutrients that make you healthy.
Whereas ‘germ theory’ was a boon to 20th century civilization, Montgomery and Bikle now help us understand that whether through antibiotics or agri-chemicals, killing everything in order to kill a few things we can't see is a path to our ultimate destruction. Furthermore, many of the things we have been doing (e.g. synthetic fertilizers, eating *refined* grains) have been unintentionally killing more things than we realized. But they also offer a different and more prosperous path – options to intervene in the system in way to boost the things that allow the system to keep it’s own balance so that everything thrives.
The root of it all is, quite literally, soil organic matter. Build it, and we all prosper. Degrade it, and we all suffer… at least in the long run. I highly recommend this book so that we can all open our eyes to the (previously) hidden half of nature.
Top reviews from other countries
Ever since I read “Drawdown”, I am fascinated by nature, agriculture and in particular soil. I am also now of the firm opinion that chemical fertilisers should be banned immediately. It is like giving plants hard drugs, delivers false growth and nutrition, and it kills no only soil but also poisoning our water and us.
The hidden half of nature
Read “The Hidden Half of Nature: The Microbial Roots of Life and Health”. Telling the story that our planet— plants, animals, and people—is completely covered, inside and out, with microorganisms.
Complex microbial communities drive many things we depend upon, from soil fertility to a healthy immune system. And all together, microbes are estimated to make up half the weight of life on Earth. More bacteria live in a handful of rich fertile soil than the number of people who live in Africa, China, and India combined.
Invisible life
An unfathomably vast array of invisible life—bacteria, protists, archaea, and fungi—thrives on us and in us, as do innumerable viruses (which are not considered alive). Their cells outnumber our cells by at least three to one, and many say ten to one.
And we should mind them because they are essential for our health and the health of the planet. The fundamental truth about the terrestrial ecosystem is that microbial life is the foundation supporting them all.
Part of us
It is a part of us, not apart from us. Microbes drive our health from inside our bodies. Their metabolic by-products form essential cogs of our biology. And the tiniest creatures on Earth forged long-running partnerships with all multicellular life in the evolutionary fires of deep-time. All around us they literally run the world.
Everything is connected
Think animal husbandry, gardening and health management on a microscopic scale. Soil soup, hyphae (the internet of trees), extracting nutrients plants need from rocks, catalysing the global carbon and nitrogen cycles, geobiology, symbiogenesis and all kinds of other very complicated concepts that I not understand. In very short, everything on earth is connected. Biological quantum physics.
We are killing the soil
The key message is that we are killing our soil with chemical fertilisers. It is like putting plants on crack cocaine. Now known as “the great nutrient collapse”. We are and will be paying a heavy price. In disease (plants and humans), yield and cost.
You are what you eat
Because we are what we eat. When we eat plants, the micronutrients in their tissues become part of our bodies. And those nutrients, combined with bacteria, protists, archaea, fungi keep us healthy.
We need to move away from chemistry. And go back to biology as the foundation of modern agriculture. It is not that we did not know.
Sir Albert Howard
Sir Albert Howard discovered the rejuvenating effects of organic matter on soil fertility. By 1910 I had learnt how to grow healthy crops, practically free from disease, without the slightest help from mycologists, entomologists, bacteriologists, agricultural chemists, statisticians, clearing-houses of information, artificial manures, spraying machines, insecticides, fungicides, germicides, and all the other expensive tools of industry.
He found out that using pesticides and herbicides to protect crops from pests made it harder to grow healthy crops—and increased the need for more poisons. Agrochemicals treated symptoms, not causes. Howard came to see chemical fertilisers as agricultural steroids, a way to enhance short-term performance at the expense of long-term soil fertility and plant health.
Ammunition and fertiliser
The reason that it was ignored is that ammunitions factories were easily transformed into fertiliser factories. At the end of WWII, governments around the world were looking for new uses for instantly obsolete munitions plants.
To keep those companies in business, we are now slowly poisoning the life of the soil by artificial manure. It is one of the greatest calamities which has befallen agriculture and mankind.
Long term versus short term
Long-term farming should be founded upon nature’s principle of recycling life’s hard-to-find ingredients. Soil fertility depends on the health of the soil microorganisms as much as the makeup of the soil itself. Healthy, living soil is the key to soil fertility, plant resilience, and disease resistance.
Soil ecology
The emerging view of soil ecology as the basis for soil fertility is not only undermining the chemical foundation of conventional agriculture. It is also changing how we see nature. We are starting to realise the role of microorganisms, fungi, bacteria, worms and fungal hyphae.
Wood Wide Web
Fascinating. Fungal hyphae, for example, are the largest life forms on Earth, forming a subterranean forest, with networks that extend for miles. A single teaspoon of fertile soil can contain a half-mile of fungal hyphae. The Wood Wide Web (one day someone is going to use hyphae for our internet). Trees and plants talk to each other. When beneficial microbes are present in the soil near roots, they send messages to plants that lead to an immune-like response called induced systemic resistance. There is an underground economy. The rhizosphere around plant roots is the site of countless trades between plants and soil microbes. Both fungi and bacteria consume plant exudates, and in exchange, they provide plants with nutrients and metabolites essential for growth and health.
The invisible recycling machine, As every living thing in the soil, eventually becomes something else’s meal, an endless cycle of eating, dying, and pooping builds fertile soil from which new life springs.
Your body
The human body is also one vast ecosystem. Actually, it’s more like an entire planet with a rich palette of ecosystems, as different as the Serengeti and Siberia, each hosting multitudes of microbes. For every one of your cells, your harbour at least three bacterial cells.
Bacteria alone bring about 2 million genes into our bodies, several hundredfolds more than the roughly 20,000 protein-coding genes of the human genome. Add the genomes of other members of our microbiome—viruses, archaea, and fungi—and the number of microbial genes in our bodies could be as high as 6 million.
Your gut
Your human gut in the neighbourhood of about 1,000 bacterial species and many different strains of these bacteria. Of all your bodily habitats, the richest in terms of abundance and diversity is your twenty-two-foot-long digestive tract. In particular, the last five feet—your colon—houses almost three-quarters of our gut microbiome, many trillions of denizens. 80 percent of your immune system is associated with the gut, in particular, the colon.
Gut management
That is exactly what we need to productively interact with microbes from across the tree of life. Environmental factors such as different food sources, or a new microbe entering or leaving the community, are among the reasons that bacteria change hats.
Like plants, we tap into the nature of our immediate environment to assemble and cultivate our microbiome. That means we need to immerse ourselves in the diversity of microbial life. Sterile is bad. We have never had sterile bodies free of microbial life. And if we were to achieve such a state we would be profoundly unhealthy.
Antibiotics
Globally, about 90 percent of all antibiotics used are given to animals with no apparent infection. The rapid spread of antibiotic resistance in microbes infecting both people. Antibiotics kill most of the microbes in your gut. With the result that more and more people have autoimmune diseases such as asthma, Crohn’s disease, irritable bowel and allergies. In the past fifty years, researchers have seen but a fortyfold increase incidence of gut dysfunctions, from one in 10,000 people affected to one in 250 people.
Everything is connected
Everything is connected. We need to look after the soil, and you need to look after your own microbes. You should use food as a vehicle for getting probiotics into the body. Prebiotics are fibre. A diet rich in complex carbohydrates yields the highest level of beneficial microbial metabolites. Wheat, barley, or rice, all have the basics—proteins, fats, and carbohydrates, along with many of the vitamins and minerals essential for health. Fermented food is good too. Eat your sauerkraut or kimchi.
I have started having Greek yoghurt with muesli for breakfast after reading this book. I am considering growing my own food in the future.
The business angle
What is the business angle? The importance of diversity, biomimicry, health and ethics.





