How Flowers Made Our World: The Story of Nature's Revolutionaries

by David George Haskell

An exquisite exploration of the power of flowers, placing them at the center of the story of how evolution created the world we know today

We live on a floral planet, yet flowers don’t get the credit they deserve. We admire them for their aesthetics, not their world-changing power. Inspired by the most up-to-date scientific research, David George Haskell observes, smells, and studies flowers such as magnolias, orchids, and roses, as well as fascinating but less well-known flowers such as seagrasses, to show us what we've been missing. 

Flowers are beautiful revolutionaries. When they evolved, they remade the natural They used beauty to transform former enemies into cooperative partners. They reinvented plant growth, sex, and motherhood. Through radical genetic flexibility, they turned past environmental upheavals into opportunities for renewal. This inventiveness allowed them to build and sustain rain forests, savannahs, prairies, and even ocean shores.

Without flowers, human beings would not exist. We are a floral species, dependent on flowers for food and our habitats, as well as using flowers for beauty, scent, and culturally important rituals. Looking to the future, flowers offer us lessons on resilience and creativity in the face of rapid environmental change. How Flowers Made Our World combines lyrical writing, sensual exploration, and scientific expertise to explore some of the most consequential life forms ever to have evolved, showing how our planet came to be and how it thrives today.

Genres: Nonfiction, Nature, Science, History, Environment, Gardening, Ecology

352 pages, Hardcover

Published March 24, 2026

About the author

David George Haskell is a writer and biologist acclaimed for his lyrical explorations of the living world. His most recent book, How Flowers Made our World, explores the creative powers of flowering plants. Haskell is a two-time finalist for the Pulitzer Prize in General Nonfiction, in 2012 for The Forest Unseen and in 2022 for Sounds Wild and Broken. His 2017 book, The Songs of Trees won the John Burroughs Medal. Other literary honors include an Award in Literature from American Academy of Arts and Letters, two-time finalist for the PEN/E. O. Wilson Literary Science Writing Award, winner of the Acoustical Society of America’s Science Communication Award, the National Academies’ Best Book Award, Iris Book Award, Reed Environmental Writing Award, and National Outdoor Book Award for Natural History Literature. Haskell has also written essays and multimedia experiences for The New York Times, Emergence Magazine, and other venues. He is a Fellow of the Linnean Society of London, a Guggenheim Fellow, and is Adjunct Professor of Environmental Sciences at Emory University. Haskell lives in Atlanta, Georgia.

Reviews

[Nel]

dnf. i really dont vibe with the writing style.

[Pam Hurd · Rating 5 out of 5]

After reading The Songs of Trees, I get excited when I see that David George Haskell has a new book out! I never know what I will learn, but I always come away enlightened. Highly recommend all his books.

[Caitlin · Rating 4 out of 5]

I love flowers. I love nature. So, it felt like a no-brainer to read this book. I really enjoyed it for the most part. I did think some places the author went off on a tangent from the subject at hand, but I didn't mind too much. It's also a stark reminder of what we are losing in this current age.

[Kerry · Rating 1 out of 5]

Something's up with the writing of this book. It's very of the age, if you know what I mean. Too many passages sound like LLM speak, and while I'm not accusing the author, the influence of this language was so strong it led me to put the book down because I was so distracted by the markers of the text extruding machines. And indeed, other readers were displeased with the purple prose. Some examples include:

"Goatsbeard is exceptional not because it doubled its chromosomes, but because it was caught in the act." <-- It's not so much the "It's not X, it's Y" construction but the "it was caught in the act," which does not logically follow the first part of the sentence and is unnecessarily, and oddly, abrupt and dramatic. A plant can't be "caught in the act" of doubling its chromosomes. Someone just noticed that it did.

"The innovators did many things, united by a theme: Flowering plants turned 'I' into 'we.'”<-- A remark seeming out of the blue, but also head scratching. In all of flowers' evolutionary journey, when were they ever "I" in order to be able to "turn into" "We"?

"The curious life cycle of the cranefly orchid is built, in all its parts, on specialization." <-- This would only feel more robotic if "quietly" was thrown in there.

"Grasslands may look uniform, but plants have made thousands of nooks and crannies.| <--- What???

"Evolution has built dependence on wheat, corn, and rice into some human DNA. Grass lives inside us." <--- "Grass lives inside us." No, no it doesn't. And nobody can shoehorn this imagery into a shape where it makes sense. This was the point I put the book down. It's ridiculous and insulting.

[Kam Yung Soh · Rating 4 out of 5]

A fascinating book that looks at flowers and flowering plants, which now make up the majority of plants in the modern world. The author shows the relationship between these plants and their pollinators, the ecology of plants, how plants feed us and enrich our lives, and what may be in store for plants in a world of rapid ecological change.

What follows is a summary of each chapter in the book.

The author first looks at Magnolias, one of the oldest known flowering plant. Like most flowering plants, it contains the male and female parts. The female parts mature first, accepting pollen bought by pollinating insects attracted by the magnolia's scent. The male parts then mature, and the magnolia makes a more powerful scent to attract more pollinators to bring the pollen to other plants. Once fertilised, the flowers turn into seeds and fruits to attract birds to disperse the seeds. Here, Magnolias shows the initial relationships between flowering plants and its pollinators.

Next, the author looks at Tragopogon, or Goatsbeard. It is a plant now introduced to many places. In some places, different species of Goatsbeard grow next to each other and produced fertile hybrids which have four copies of chromosomes, instead of the usual two. Modern Genetics has showed that in the past, flowering plants have duplicated their genomes several times, then pruned them back. These extra genes allowed plants to experiment with new features and adapt to new stressful environments. Many of today's crop plants are the result of hybrids with duplicate genomes.

Orchids are the subject of the next chapter. This is one of the most species rich plant family, with a tight dependence on pollinators and fungi to spread and grow. Some orchids are parasites of fungi, and also deceive their pollinators by appearing to offer nectar. Orchids do this because they are frugal plants, producing only a little pollen which they stick on specific pollinators. Orchid seeds are small, and depend on fungi to start growing. Because the seeds are small and hard to grow, horticulture orchids are usually grown from cuttings or cells. Since orchid pollinators are usually plant specific, mutations that cause changes in pollinators can rapidly give rise to new orchid species.

Next comes grass, small plants that grow on grasslands. Grass has a relationship with fire, for it removes trees that compete with it. Despite appearances, grasslands can be very biodiverse, supporting many species of plants, insects, birds and grazing mammals. Human also depends on grass: rice, maize, wheat are all grasses. Unlike orchids, grass provide their seeds with large amounts of nutrients to grow (endosperm), which we eat. Compared to other plants that protect their seeds with toxins and require processing to be eaten, grass can be easily eaten. Our crops are genetic mutations of grass that do not release their seeds when mature, making it easy to harvest. Some grasses also use the more efficient C4 photosynthesis, which converts more CO2 into nutrients.

Related to grass is seagrass, a plant that went back into the sea. Sea grasses build their own ecosystem by accumulating sediment, helping to protect the shores like salt marshes or mangroves. They can store carbon faster than land plants and serve as food for marine life and birds. They are also a nursery for young sea creatures. Descended from land plants, seagrass still have tiny flowers. They are use lignin, inherited from land plants, for strength, allowing them to withstand ocean storms. There are now efforts to restore sea grasses to help combat rising oceans and climate change.

The rose is the subject of the next chapter. Besides being pretty, roses and related plants give out scents that we find pleasing. This leads to the creation of perfumes, like in the Grasse region of France. Interestingly, perfumes got their start by scenting leather gloves, before becoming their own industry. Perfume smells are given off by volatile chemicals, originally used by plants as signals to coordinate growing, deter herbivores and to attract pollinators. These plant scents overlap with odours that people find attractive. Some scents have antibacterial and antifungal properties, leading to medicinal use.

Next, is a look at tea. This chapter tells the story of Carl Linnaeus and his idea for plant classification, based on the characteristic of flowers (number of male and female parts). This classification turns out to be useful: flowers are variable enough but not too variable, which allows plants to be put into various families without too many disputes. Linnaeus was more interested in the economic value of plants, and attempted to grow tea in Sweden. A consequent of these, and attempts by others to grow other commercial crops was colonialism, slavery by European powers eager to grow such cash crops.

The Pansy is covered in the next chapter. The author looks at flower breeding and floral display shows. While these shows delight the senses, may of the plants featured in such shows are devoid of pollinators, because they are hybrids with features we want, like more petals and extravagant flowers, features which deny access to pollinators. Such hybrids and other non-native flowers (which local pollinators may not like) are also taking over many areas, reducing biodiversity. Encouraging flower breeders and plant shows to feature native flowers may be one way to encourage more biodiversity.

In the last chapter, the author speculates on the future of flowers by looking at the future of plants in the immediate and far future. The spread of non-native plants and climate change is a concern. But some arid areas like Australia and Southern Africa are surprisingly biodiverse, showing it is possible to regain biodiversity even in extreme conditions. But this may only be possible if there are still places for plants to grow. In long term, plants may recover, but areas with high pollution, like mines, may take more time to recover.

The author closes the book with a supplement. It looks at ways people can experiment with and enjoy plants and the aroma of flowers in our homes or in our daily lives.

[jeremy · Rating 4 out of 5]

what does life do when things get hard? strew the world with flowers. challenging conditions ignite evolution’s creative powers. when our spirits are beaten down, when human destructiveness seems to know no bounds and despair floods in, it is good to remember this. we humans are causing a mass extinction, a collective act of stupendous harm and disrespect for the living earth. but we will not have the last word. flowers made our world, and they will remake a new one when the human frenzy of biotic annihilation is spent.

david george haskell’s how flowers made our world offers an edifying look at the colorful, life-giving array of flowering plants that have shaped both our planet and our very own evolutionary path. as full of wonder as the subjects themselves, haskell’s book is an absolute delight to anyone interested in what may well be earth’s most noteworthy achievement (their symbiotic friends, the hummingbirds, not far behind). it’s hard to get through even a single page of how flowers made our world without pausing to look up endless floral photos and ever more details about each species haskell writes about. special mention must be made of the book’s supplemental material, wherein haskell encourages several different activities and other “invitations to play with flowers.”

[Sonya · Rating 4 out of 5]

David George Haskell has a gift for making the natural world feel both intimate and astonishing. How Flowers Made Our World is deeply informative, beautifully written, and full of the quiet wonder that characterizes his work. I didn’t love it quite as much as The Forest Unseen: A Year’s Watch in Nature — still his masterpiece, in my opinion — but I found it on par with The Songs of Trees: Stories from Nature's Great Connectors: immersive and well worth the journey.

[Jim Gise · Rating 3 out of 5]

I’m here for a well-written science book by an author passionate about his subject, especially one that uses SAT words like “hirsute” (hairy) and “caprine” (goat-like) in the SAME SENTENCE. But this book lost points in the mandatory petulant last chapter discussing the “Anthropocene”, to wit: “Flowers will remake a new world when the human frenzy of biotic annihilation is spent.” Perhaps a bit dramatic?

[Magalie Robert · Rating 5 out of 5]

«We earn our livings only and always through the labor of many joined hands. The triumph of flowers is a culmination of this truth»

« Stored in dry cabinets, pressed plants can keep for centuries. Like frames in a stop-motion film, each preserved plant was a snapshot of evolution»


🌸🌼🌾🪸🌿🪻

[Patrick · Rating 4 out of 5]

This was a good audiobook to thematically accompany spring garden cleanup. Nothing that will knock your socks off but a nice survey of an appropriate seasonal topic. Accessible and rewarding. Orchids are amazing.

[Jenn · Rating 3 out of 5]

The first half was pretty boring to me, but I really enjoyed the second half.

[Tutankhamun18 · Rating 3 out of 5]

I really enjoyed the first four chapters of this and got a new appreciation of Sea Grass from reading this, but the second half of the book felt a bit more rambling, the facts and anecdotes in the chapters less specific on the plant species chosen and the through line was ultimately missing from the end.

Favourite Facts:

• Floral Heating: “In some other species of magnolia, though, the fertile flower warms above the ambient temperature by up to 10 degrees Celsius (18 Fahrenheit), especially when pollen is shed. V Like perfume on warm skin, this floral heat speeds the release of aroma to the air. A warm flower shouts louder to insects. Heat can be its own reward…In some species, flowers routinely get 10°C (18°F) above ambient, with a Meating few exceptional examples of temperature boosts of 34°C (61°F). They achieve these floral hot flashes by peppering their flowering stalk with sterile male flowers whose sole task is to pump their metabolisms at rates that rival those of hummingbirds.”

• Petal Types: “Most modern flowers have two types of petal, showy inner petals encircled by green protective ones called sepals. Magnolias have just one kind, known among botanists as tepals, a simple design that is perhaps a holdout from the earliest days of plant evolution.”

• Genome doubling (polyploidy) is when a plant gains one or more extra complete sets of chromosomes, giving it additional copies of every gene. These extra gene copies can evolve new functions while the original copies continue their normal roles, promoting adaptation and diversification. Genome doubling is very common in grasses and flowering plants and has played a major role in the evolution of many important crop species, including wheat.

• Genome doubling provides extra copies of genes, which can evolve new functions and contribute to the evolution of new traits in plants. In some plant lineages, subsequent evolutionary changes led to smaller cells, allowing more stomata and veins to fit on a leaf surface. These adaptations improved the movement of carbon dioxide and water through the leaf, supporting faster and more efficient photosynthesis.

• Orchids & fungi: “Every orchid depends on fungal partners, es pecially when the orchids are young. Orchid seeds have no food stores of their own and grow into seedlings with no green tissue. Rather than feeding on sunlight, as almost all plant seedlings do, orchid embryos turn into miniature potato-like structures that send welcoming chemical signals to fungi. Fungal strands weare between the orchids' cells, then slither inside, where they coil and knot. Orchids digest the knots, sucking up fungal nutrients. Even though they are getting eaten, fungi keep growing, worming new strands into the orchids' hungry bodies.
The diet of young orchids is therefore like that of a fungus-grazing ani-mal. Although many types of plants merge their root cells with fungi, the knot-and-ger-eaten pattern evolved only in the ancestors of orchids.”

•Chemicals and Nectar: “Citrus and coffee plants, for example, give their pollinators a shot of caffeine mixed in the nectar. A caffeine buzz improves bee learning, making them up to three times more likely to revisit flowers that smell the same as the barista flower. At first glance, this seems to benefit both bee and flower. But, although the flower gets better pollina-tion, the bees get hooked and stick with the caffeinated plants long after they would otherwise have switched to other, more profitable flowers.The flower has cast a spell on the bees' memories, creating an illusion of ample reward. The plants use just enough caffeine to stimulate the bees' nerves, but not enough for the bees to be put off by the bitter taste. The chemical relationship between flowers and insects is not all manipula-tive. Nectar sometimes also has traces of chemicals that kill the mites and other parasites that plague the bodies of many pollinators. Nectar is not just sugar water, it is a drug cocktail.”

• Grasses and their embryonic cells: “Keeping low protects grasses' embryonic cells. In all plants, new growth comes from meristems. These are botanical fountains of eternal youth, clusters of undifferentiated fresh cells that can divide and transform into any of the mature cells needed in plant stems, roots, or flowers.
Grasses keep their meristems buried, either in the ground or just above it in protective thatch. When fire comes, no problem. Trees and shrubs keep their meristems at the tip of every twig and in a layer under the bark, a wonderful way to expand into the aerial world, but vulnerable to fire. When this meadow burned, broomsedge got a haircut, but all the trees and shrubs, save for the thick-barked old oak, were killed. Now, after the fire, broomsedge meristems merrily push up fresh leaves to bask in unobstructed sunshine. As a bonus, they are fed by the fertilizing ash of their woody competitors. The grasses here were also spared the trees' lost investments in wood. By staying low and making cheap leaves, grasses are resilient and thrifty.” -> Grasses contain clusters of embryonic cells called basal meristems located close to or beneath the soil rather than at the exposed tips of their leaves. When fire burns away their leaves, these protected cells often survive and quickly produce new growth. Many trees and shrubs, by contrast, have growth buds higher above the ground, where heat can damage them more easily. This gives grasses an important advantage in frequently burned ecosystems and helps maintain grasslands and savannas.

• Grasses building soil: “Grasses also build soil. Their leaves send about two thirds of all the food they make to the underworld. There, roots tunnel many meters down. As they grow, they break up clay and rock, exude sugars and other molecules, and interweave their cells with fungi. When the roots die, they add spongy organic matter to the soil. This soil-building process is so productive that it lifts the ground. When a degraded grassland returns to health, the ground heaves up, as if inhaling with relief. In old grasslands, the soil can be rich with organic matter to a depth of several meters. When prairie goes under the plow, most of the organic matter disappears, turning living water-holding, nutrient-rich soil into mineral dust. Today, despite widespread degradation of grasslands, one third of all carbon stored on land is still locked up in grassland soils.”

• Shattering of grass fruits and human consumption: Wild grasses naturally **shatter**, meaning their ripe seeds detach and scatter before they can all be collected. For early humans, plants whose seeds stayed attached were easier to harvest and consume. By repeatedly gathering and replanting these non-shattering grasses, people unintentionally selected for the trait over generations. This was a crucial step in the domestication of cereals such as wheat, barley and rice. “When grass fruits mature, they usually detach from the parent, hitching a ride on an animal or the wind. Botanists call this process "shatter-ing," because a single touch of a ripe seed stalk can cause all the fruits to snap and tumble, like shards of broken glass. The mother plant encourages this fracture by killing and partly digesting the cells where the mature fruits attach to her stalk. In some grass species shattering can be turned off by just one or two gene mutations. The mother fails to cut the umbilicus and the fruits cling tight. In the wild, these mutants are hope-less, failing to send offspring into the world. But when clever bipeds evolved, our ancestors, the doomed mutants became, literally, the seeds of the agricultural revolution. By not falling to the ground, the shatterless mutants stayed on the stalk until we were ready to harvest them. By selectively keeping and replanting the mutants, ancient humans gained the first cereal crops.”

• C3 and C4 plants: C3 plants use the standard photosynthetic pathway and are generally most efficient in cooler, wetter conditions; examples include wheat, rice and most trees. C4 plants first concentrate carbon dioxide inside specialised leaf cells, which reduces water loss and inefficient photorespiration. This makes C4 plants better adapted to hot, sunny and often dry environments; examples include maize, sugarcane and many tropical grasses. C4 photosynthesis requires more energy, so C3 plants usually have an advantage when temperatures are lower and water is plentiful.

• Sea Grass as carbon sinks: Seagrasses slow water movement with their leaves, causing suspended particles to settle and gradually build up sediment around their roots. Their dense root systems then stabilise this sediment and reduce erosion. Seagrass meadows also capture carbon through photosynthesis and trap additional organic matter in the seabed. Because this carbon can remain buried for centuries, seagrass ecosystems are important coastal “blue carbon” sinks.

• Flowers reveal type of pollinators: “Bat-pollinated flow-ers, like those of cacti in North American deserts and some tropical rainforest trees, tend to have a sulfurous, fruity whiff. These flowers often also have reflective cups to bounce back the echolocating sounds of bats, the acoustic equivalent of a brightly colored bloom. Flowers pollinated by birds have little to no scent, relying instead on visual signals Tike bright red petals. Fly-pollinated flowers like hawthorn have sweaty, sharp-smelling nitrogen-containing molecules mixed with sweeter notes.
A few, like the arums, summon flies and beetles with ammonia and sul. furous molecules that mimic carrion or feces, Moths and butterflies are especially attracted to volatiles known as benzenoids, many of which smell to us intensely sweet. Bees and wasps like these smells, too, as well as terpenoids, another class of volatile that includes aromas like euca-Typtus, menthol, cloves, and lemon.

[Chellby Kilheffer · Rating 5 out of 5]

One of my faves of 2026 so far. A great mix of ecology, natural and evolutionary history, genetics, anthropology.

[Shae Turner · Rating 4 out of 5]

Young, white male scientists need to see men who look like them model relating to the world, human and non-human, in a way that is different from the norm of white male scientists of the past centuries. Here is one such role model.

[Brittany Richmond · Rating 4 out of 5]

Such a great story to bring in the spring/summer season. I read this as part of a nature book club, and it didn’t disappoint. It felt more personal than I thought it would be. It did give facts and research of course, but focused on the beauty and history of flowers. They truly are important plants for our ecosystem. Happy to have read this book!

4/5 stars!

[Rick Elinson · Rating 4 out of 5]

In the first 6 chapters (out of 9), I learned a lot about flowers and their role in the biological world. I was particularly interested in the role of hybridization and of chromosomal duplication in plant evolution. The strawberries and grapefruit that we eat arose from hybridization.

The discussion of grass indicated why mowing the lawn does not stop the plant from growing. The apical meristem, the growing center, lies at the base of the grass, near the ground, rather than at the tips of branches as in most flowering plants.

Much of our food comes from three grasses: rice, wheat, and corn. They differ from other grasses in that they keep their seed heads intact, allowing large quantities of grain to be harvested at once. This was due to "shatterless" mutations, with obvious benefits to humans.

The book flagged in Chapter 7 "Tea". As a volunteer at the Camellia House at Planting Fields State Park, Long Island, NY, I looked forward to hear Haskell's take on it. All of our common teas (black, green) are from a species of Camellia. Unfortunately, tea is hardly mentioned in Chapter 7. Instead, Linnaeus and his method of classification is discussed. I was disappointed.

The next chapter expressed some dismay at the efforts of plant breeders to produce the most beautiful flowers for human enjoyment. Unfortunately, this breeding often cuts the link between the flower and its natural insect or bird pollinators, to the detriment of the latter. Haskell starts to get a little preachy about the importance of using native plants.

Haskell rescues the book by discussing the plantings at the Brooklyn Museum and along the Hudson River in Brooklyn NY. I know those areas and they are beautiful. They turn out to be well-planned for pleasing humans as well as insects, birds, and other animal life.

So many non-fiction books that I read would benefit from color illustrations. That is especially the case here. Haskell mentions many plants. Do I have to look up each one online to see it? Why not include ten glossy pages with color photographs? Four photos per page would cover 40 of the plants mentioned.

[Nicole Perkins · Rating 3 out of 5]

Thank you NetGalley and Viking Penguin for the review copy of “How Flowers Made Our World” by David George Haskell.

I love flowers and natural history, so this book caught my eye with little difficulty. Despite all of the natural history documentaries I watch, I still have difficulty believing that flowering plants have only existed on Earth for 130 million years. (“Only,” she says. Let’s remember that the planet is over 4 billion years old.) Sharks have existed on Earth longer than flowers.

Haskell discusses the ecological and cultural value of several species of flowering plants, such as the magnolia—fossils of which have been found to be 95 million years old, showing that the plant has changed very little in the ensuing millennia—the weird and wonderous orchid; grass, a plant that after thousands of years is still a main source of food for humans; and tea, a plant that sparked wars. Haskell discusses the impact pollution has had on seagrass and the creatures that rely on it. He investigates each plant’s origins, its evolution, and its value both culturally and commercially. This was a lengthy book, but I found all of it both informative and entertaining. The end of the book even includes a supplement: “Invitations to Play with Flowers,” a whimsical ending to a book that blends science with a genuine love of plants for their own sake. I know several fellow plant-lovers that will appreciate this book.

[Emma · Rating 5 out of 5]

How Flowers Made Our World by David George Haskell
The Story of Nature's Revolutionaries

How Flowers Made Our World: The Story of Nature's Revolutionaries
#1 New Release
in Botany

An exquisite exploration of the power of flowers, placing them at the center of the story of how evolution created the world we know today

We live on a floral planet, yet flowers don’t get the credit they deserve. We admire them for their aesthetics, not their power. In this exquisite exploration of the role flowers played in creating the world we know today, David George Haskell observes, smells, and studies flowers such as magnolias, orchids, and roses, as well as fascinating but less celebrated flowers such as seagrasses and tea to show us what we’ve been missing.

Flowers are beautiful revolutionaries. When they evolved, they remade the natural world: Gorgeous petals and alluring aromas transformed former enemies into cooperative partners. Flowers reinvented plant sexuality and motherhood, bringing male and female together in the same flower and amply provisioning seeds and fruits, innovations that also feed legions of animals, ourselves included. Through radical genetic flexibility, flowers turned past environmental upheavals into opportunities for renewal. This inventiveness allowed them to build and sustain rainforests, savannahs, prairies, and even ocean shores.

Without flowers, human beings would not exist. We are a floral species. Flowers catalyzed our evolution, and we now depend on them for food and a healthy planet. When we perfume ourselves, give a loved one a bouquet, or use blooms in gardens and religious ceremonies, we honor the special bond between people and flowers. The study of flowers also shaped modern science and horticulture in ways both marvelous and, sometimes, unjust.

Looking to the future, flowers offer us lessons on resilience and creativity in the face of rapid environmental change. We need floral creativity, beauty, and joy more than ever. How Flowers Made Our World combines lyrical writing, sensual exploration, and the latest in scientific research to explore some of the most consequential life forms ever to have evolved, showing how our planet came to be and how it thrives today.
Lots of good information.
A good book for a new gardener or seasoned gardeners.
I recommend this book.
How Flowers Made Our World by David George Haskell
is a 5-star book.
I am looking forward to reading more books by David George Haskell.
I voluntarily read and reviewed an advanced readers copy of this book. All thoughts and opinions shared here in this review are my own.

[Yvonne · Rating 4 out of 5]

They say that if bees go extinct, humans won't be far behind. Although that's an overstatement, there's a kernel of truth to it. This book goes a long way to explaining why. We, and our domesticated livestock animals, depend on flowering plants for food - grasses including grain crops, fruit trees and vines, all sorts of vegetables - yet flowers are treated more like a pretty luxury.

The book is organised in chapters that concentrate on one type of flowering plant and expand each discussion to explore their different effects on the wider world, including carbon sequestration, climate change, understanding of genetics and evolution, international trade, medicine, and aesthetics. One chapter explores the (hopefully) distant future where human civilisation has ended but flowering plants are still around, doing their thing. It's a real eye-opener to see just how vital flowering plants are, how they've shaped the development of life over millions of years, and how they'll continue to do so.

Each chapter is illustrated with beautiful drawings by Lucy T. Smith, and there's an extensive bibliography. The final section, "Invitations to play with flowers," suggests some flower-based activities that might be fun to try. Altogether, this is a very thought-provoking and entertaining book. My only criticism is that, given all the visual descriptions throughout the book, I'd like to have seen more illustrations.

With many thanks to Viking and NetGalley for a pre-publication ebook.

[Richard Thompson · Rating 4 out of 5]

It's easy to forget how ubiquitous flowers are. All sexual reproduction in plants is mediated by flowers in some fashion. We think of flowers as being colorful and fragrant to attract pollinators, but those flowers are a small minority. Many plants (and therefore their flowers) are tiny, and many flowers are designed by evolution to be inconspicuous, rather than showy. For food plants we tend to focus on the fruits and seeds that we eat and forget that that all come from flowers. There are many commonalities of form, though flower parts with the same function and same genetic origin often manifest in very different ways between species. The only safe generalization is that they are everywhere.

Mr. Haskell does a good job in capturing the scope and diversity of flowers. It's not the most lyrical nature writing, but he did the job and kept me interested. I liked the chapter on sea grass, a plant that is important for habitats, but that most of us barely know exists and that we generally don't think of in terms of flowers. I also liked how he circles back to the flowers that we cultivate for beauty and scent as these are the flowers that we most love and feel at home with.

[Grace · Rating 4 out of 5]

Advanced reader's copy review

I am such a huge fan of David George Haskell and the way he writes. I was hooked from the opening anecdote, where he sets the tone of connecting botany with social issues. The prose is so conversational, though at times it tends towards rambling. But it makes the scientific field of botany accessible to a lay person like me. I also thought it was cute how this book was organized, with each section titled after a flower with beautiful illustrations. I learned so much, especially about sea grass. And the author did a great job connecting to all sorts of issues, from climate and environment to social, political, and economical. This was especially present towards the end, in the tea and pansy chapters. It makes the book more than just informative but also demonstrating the need for change and outlining actionable steps. The tone is ultimately hopeful, which is emphasized in the final section, titled “Play,” that encourages the reader to apply what they have learned in many different ways. So overall I highly recommend this book.

Thank you Viking and Netgalley for the free advanced copy of this book in exchange for an honest review

[Laila · Rating 5 out of 5]

This was a beautiful and eye opening read. As someone who already loves flowers, I thought I appreciated them simply for their beauty and the way they brighten a space, but this book completely shifted how I see them. How Flowers Made Our World helped me understand just how essential flowers are to life on Earth and how deeply they are connected to us as humans, from food systems and ecosystems to culture and history. I had never stopped to think about their true importance or how much of our world depends on their existence.

David George Haskell writes in a way that is both informative and reflective, making complex ecological ideas feel accessible and meaningful. By the end of the book, I found myself looking at flowers differently, not just as decoration but as active participants in the world around us. I now understand why they have the power to lift our spirits and make any day feel brighter. This book gave me a new appreciation for flowers beyond their beauty, and it is one I will carry with me long after finishing.

Thank you NetGalley for the eARC.

[Ray Zimmerman · Rating 5 out of 5]

How Flowers Made Our World: The Story of Nature's Revolutionaries
Penguin Viking
David George Haskell
https://www.penguinrandomhouse.com/bo...
I have read this book and return to it from time to time. I reviewed it for The Hellbender Press. https://hellbenderpress.org/news/new-...
This review previously appeared on Substack: https://rayzimmerman.substacl. com

A previous article in The Hellbender Press was intended to be a review of Haskell’s book, Sounds, Wild and Broken. It became a roundup of all of his books published up to that date, which was appropriate. I began reading Haskell’s works with his first book, The Forest Unseen, and continued the literary journey with The Songs of Trees. I thoroughly enjoyed Thirteen Ways to Smell a Tree, which was published in the UK but is also available here in the US. Each of David Haskell’s books is a delight.

I have published a full review of How Flowers Made our World on the Hellbender Press website. The Hllbender Press is an online newspaper published in Knoxville, Tennessee.

[Rosemary · Rating 2 out of 5]

While I enjoyed some of the scientific information on flowers and a pretty orchid on the cover, David George Haskell pushes his beliefs in evolution to the maximum extent possible. He calls the first humans apes and gives no credit to the Biblical account of creation.
This is going to be a huge turn off to believers in the God-given Holy Scriptures. It sure was to me, and I couldn't finish much of the book after reading his viewpoints in a couple places.
I do feel that if God wants some of his creation to do any adapting, he will cause it to happen at his command, it won't just happen on its own. I learned a lot by going to study both The Creation Museum and the Ark which attracts numerous people from all over the world and totally defends God's Holy Bible.
I hope and pray the author visits those awesome places and really ends up getting the whole truth. I hope the reader of my review will do the same!

[Luv2TrvlLuvBks · Rating 2 out of 5]

Informative read bogged down by non-engaging prose.

While it's expected that non-fiction will be chockfull of new to me facts and figures, it does not mean it needs to translate into a tepid read.

Divvying up chapters by different types of flowers was a way to invite readers to skip to those species they may have a heavier interest in than others. Admittedly, the vibrant cattleya orchid dominating the cover is what drew this reader's attention. Happily, an orchid chapter was included. Despite this, do not believe this read will appeal to the casual flora reader but rather one that is invested in the minutia of the hobby or profession.

This ARC was provided by publisher, Viking Penguin | Viking via NetGalley in exchange for an honest review.

#HowFlowersMadeOurWorld #NetGalley

[Foxx Writer · Rating 4 out of 5]

A stunning exploration into the flowers of our world, how they evolved, how they work, how they've lived, and how they affect us. from the gorgeous magnolias, who heat their flowers to attract Beatles, to the wheat and grasses that give us food and allergies, to the romantic roses. this is an in depth journey into what makes a flower, and how flowers have formed the world around us. from the parasitic ways of the Orchids, to the self hybridizing goats beard, to the wonderfully fragrant tea that so many of us love, with wonderful commentary and interesting backstory for not only the flowers, but the author. Whose passion for plants and flowers takes them on a wild journey of discovery. if your a big fan of plants, then this is a book for you!

thank you to Viking Penguin | Viking annd Netgalley for this ARC!

[Sven · Rating 4 out of 5]

Mir persönlich springt das Buch etwas stark zwischen unterschiedlichen Themen hin und her. Andererseits folgt der Text dabei konsequent einem festen Ansatz: Er versteht Blumen als evolutionäre Akteure und beschreibt die artenübergreifenden Netzwerke, die sie bilden. Das war jedenfalls nach meinem Leseeindruck so der rote Faden, der sich durch alle Kapitel zieht. Haskell selbst formuliert das an einer Stelle dann so: »Eine Blume ist kein statisches Objekt, ein Substantiv. Nicht einmal ein Verb, das einen einzelnen Vorgang bezeichnet. Eine Blume ist eine Geschichtensammlung, ein wunderbarer Beziehungstanz.« Ergänzt sich gut mit Donna Haraways Buch Unruhig bleiben: Die Verwandtschaft der Arten im Chthuluzän, das ich vor ein paar Monaten gelesen habe. Reingelesen habe ich in Haskells Buch eigentlich nur, um ein paar Blumen Fun Facts aufzusammeln. In der Hinsicht bin ich auf jeden Fall fündig geworden. Ich selbst mochte das Kapitel über Seegras.

[Colleen · Rating 5 out of 5]

Fantastic! I read it with my iPad nearby so I could check out the various flowers mentioned.The author focuses on the story of just a few plants, but each has a characteristic that reveals how plants came to be so successful.Meanwhile there are numerous mentions of other plants throughout.From complex biology/chemistry , like carbon 3 vs. carbon 4 plants, to more easily understood techniques like mimicry or deception, the author sets out fascinating proof that his hypothesis of a flower created world is correct.He also reminds us that what that world will look like in the future partly depends on us, even though we may not be there to see it

[Andrea Wenger · Rating 5 out of 5]

Flowers shape far more than beauty—they helped create the world we know. This exploration reveals how blooms from orchids to seagrasses transformed ecosystems, fueled evolution, and now sustain life on Earth. As both our origin and our future, flowers offer powerful lessons in resilience, creativity, and survival.

This is a fascinating story told in an engaging, accessible manner. It was fun envisioning the different worlds that came to be as the plants evolved.

Thanks, NetGalley, for the ARC I received. This is my honest and voluntary review.

[Chaitra · Rating 3 out of 5]

I don't think I'm in the mood for nonfiction at this time. I've read more than a couple of books where the subject matter didn't interest me. But this one, I was completely taken in by the concept of flowers, was engaged enough with some of the chapters - Magnolia, Tea, Rose & Seagrass and absolutely bored with Grass, Goats beard and Pansy. I can't think of any reason the book was bad for these chapters, it was me. I think I should try it again in a few weeks or months when I've regained my interest in nonfiction.