About the Work
The Life of the Bee is a work of natural history and philosophical reflection by the Belgian author Maurice Maeterlinck, presented in an English translation by Alfred Sutro. The book is dedicated to Maeterlinck’s works, translated by Sutro and A. Teixeira de Mattos, and was published in London in the early twentieth century, with the edition in question appearing in 1901 and seeing multiple reprints through 1908. The volume includes a table of contents listing chapters that move from the threshold of the hive, through the swarm, the foundation of the city, young queens, the nuptial flight, the massacre of the males, and the progress of the race. One portion of the text, part of a chapter, appeared originally in the Fortnightly Review.
The author explicitly states his intentions at the outset: he will not write a treatise on apiculture, nor a scientific monograph on bee species, nor a collection of new observations. He reserves his twenty years of bee-keeping notes for a separate technical work. Instead, he wishes to speak simply, avoiding the imaginary marvels that the eighteenth-century naturalist Réaumur accused earlier writers of adding to reality. Maeterlinck declares he will state only what he has personally verified or what is accepted in standard textbooks. He acknowledges related works by Michelet, particularly a chapter in The Insect, and an essay by Ludwig Büchner in Mind in Animals, though he criticizes Büchner for never leaving his library.
The book is not structured as a systematic manual but as a reflective narrative that interweaves observed facts with philosophical meditation. It draws on a rich history of bee study, beginning with the ancients—Aristotle, Cato, Varro, Pliny, Columella, Palladius, and the legendary Aristomachus, who watched bees for fifty-eight years. The modern history of the subject begins in the seventeenth century with Swammerdam, the Dutch savant who invented the microscope, dissected bees, discovered the ovaries and oviduct, and fixed the queen’s sex. His work, Bybel der Natuure, was translated into Latin as Biblia Naturæ (Leyden, 1737). Réaumur conducted experiments at Charenton, partially understood swarms and queens, and proposed the glass hive. Charles Bonnet and Schirach, who solved the royal egg enigma, are also mentioned. François Huber, born in Geneva in 1750, became blind in youth and worked with his servant François Burnens; his New Observations on Bees (first volume 1789, second twenty years later) remains foundational. Dzierzon discovered parthenogenesis and invented the first movable-comb hive; Langstroth invented the movable frame; Mehring supplied artificial waxen foundation; and Major de Hruschka invented the honey-extractor.
The book closes with an appendix listing works on apian science from Aristotle through Réaumur and Huber, anchoring the text in a scholarly tradition even as it transcends it.
Context
The book emerges from a period of intense scientific and popular interest in the natural world, particularly in the social insects. Maeterlinck positions himself within a lineage of bee observers that stretches from antiquity to his own day. He cites the standard apicultural authorities of his time—Dadant, Georges de Layens, Bonnier, Langstroth, Bevan, Cook, Cheshire, Cowan, Root, Dzierzon, Von Berlepsch, Pollmann, and Vogel—establishing that he is writing for a general audience rather than for specialists. The scientific context is one of rapid discovery: the invention of the movable-comb hive by Dzierzon and the movable frame by Langstroth had revolutionized beekeeping, while the microscope had opened new avenues of anatomical investigation. The book reflects a moment when the boundaries between natural history, philosophy, and literature were fluid, and when the question of animal intelligence was being vigorously debated. Maeterlinck engages directly with this debate, taking issue with Buffon’s claim that bees possess less individual genius than dogs or monkeys, with Sir John Lubbock’s conclusion that bees lack intelligence based on his bottle experiment, and with Darwin’s struggles with the sterility and fecundity of hybrids. The author also draws on the work of contemporary researchers such as Dujardin, Brandt, Girard, and Vogel, who placed the worker’s head beside the queen’s skull under the microscope, and Cheshire, who calculated the number of tactile hairs and smell-hollows on a bee’s antennae. The intellectual context is thus one of lively controversy about the nature of instinct, reason, and the possibility of intelligence outside the human species.
Structure of the Book
The book follows a narrative arc that traces the life cycle of the bee colony through a single season, from the awakening of the hive in late winter to the progress of the race across generations. The opening chapter, “On the Threshold of the Hive,” establishes the author’s method and introduces the central concept of the “spirit of the hive”—a masked, sovereignly wise power that governs the bees, regulating births, decreeing the queen’s deposition, commanding the slaughter of males, and fixing the hour of the swarm. The second chapter, “The Swarm,” describes the great annual exodus, when sixty to seventy thousand of the eighty to ninety thousand bees abandon the maternal city at the prescribed hour, not from despair or disaster, but only when the hive has attained peak prosperity.
The narrative then follows the swarm’s settlement in a new home, the foundation of the city, and the division of labour among the workers. The author describes the construction of the combs, the secretion of wax, and the mathematical perfection of the hexagonal cell, pausing to refute Buffon’s theory that the hexagon results from mere reciprocal compression. He then turns to the queen and her egg-laying, the rearing of young queens, and the dramatic events of the nuptial flight, in which the virgin queen departs to the zenith and the chosen male dies at the moment of union. The book proceeds to the massacre of the males, when the workers turn into judges and executioners, and concludes with a chapter on the progress of the race, in which the author defends the evolution hypothesis and reflects on the place of bees in the natural order. The final pages broaden the perspective to consider the wild bees—the Xylocopa, Chalicodome, Dasypode, Halicti, Andrenne, Panurgi, Osmia, and Megachile—and trace the social evolution from solitary to communal life, culminating in the domestic bee as the most perfect form of the idea. The book ends with a philosophical reflection on human duty and an appendix of works on apian science.
Detailed Section-by-Section Summary
On the Threshold of the Hive
Maeterlinck opens by clarifying his intentions, stating that he will not write a technical treatise on apiculture, nor a scientific monograph, nor a collection of new observations. He reserves his twenty years of bee-keeping notes for a separate technical work. Instead, he wishes to speak simply, avoiding the imaginary marvels that earlier writers like Réaumur accused their predecessors of adding to reality, and to state only what he has verified or what is accepted in textbooks. He acknowledges related works by Michelet and Ludwig Büchner, criticizing the latter for never leaving his library.
The history of bee study, Maeterlinck notes, begins with the ancients—Aristotle, Cato, Varro, Pliny, and others—but its real history begins in the seventeenth century with Swammerdam, who invented the microscope, dissected bees, and fixed the queen’s sex. Réaumur made experiments and proposed the glass hive, while Schirach solved the royal egg enigma. François Huber, blind from youth, worked with his servant François Burnens to produce his foundational “New Observations on Bees.” Dzierzon discovered parthenogenesis and invented the first movable-comb hive, Langstroth invented the movable frame, and others contributed the artificial waxen foundation and the honey-extractor.
Maeterlinck then introduces the “spirit of the hive,” a masked, sovereignly wise power that governs the bees. This spirit regulates births, decrees the queen’s deposition, commands the slaughter of males, and fixes the hour of the swarm. The hive contains a queen, thousands of workers, and some hundreds of males.
The Swarm
The queen starts laying in February, and the city becomes overcrowded. The old queen must depart, and the spirit of the hive tolerates three or four hundred males during summer before decreeing their simultaneous massacre after the queen’s impregnation. The spirit regulates the workers’ labours by age, assigning them roles as nurses, house-bees, architects, foragers, and guards. The swarm is the great annual sacrifice to the genius of the race.
Humans believe they know bees after remarking a few habits, but closer examination reveals the complexity of even the least phenomenon. The hive prepares to swarm: 60,000 to 70,000 of the 80,000 to 90,000 bees will abandon the maternal city at the prescribed hour, not from despair or disaster, but only when the hive has attained peak prosperity. The hive is described as more beautiful than ever on the eve of this renouncement, with waxen walls more colossal than St. Peter’s at Rome, containing pollens, sealed April honey, May honey in open vats, and the royal domain of brood-cells with eggs, larvae, nymphs, and sealed palaces where adolescent princesses await.
The departing population leaves behind males, young bees, and some workers. Each hive has its own moral code; careless bee-keepers can corrupt bees, inciting pillage and idleness. It is not the queen but the spirit of the hive that decides the swarm; the queen, like many human chiefs, obeys commands more mysterious than those she issues. The exodus is neither instinctive nor inevitable but a well-considered sacrifice of the present generation for the future. Destroying young queens and enlarging storehouses makes the tumult subside; the old queen renounces her desire for the sun. The fatality lies in love of the race for the race of tomorrow.
Each departing bee burdens herself with honey for five or six days, from which she will distill wax, plus propolis for sealing crevices. They have prescience of dangers: rain, wind, frozen wings, unopened flowers. Even if the apiarist places the old queen’s cluster beside their former home, they will perish rather than return. The passage questions whether bees lack intellect; an inhabitant of Venus or Mars watching humans would draw equally erroneous conclusions. The god of the bees is the future, as Virgil’s “Tantus amor florum, et generandi gloria mellis” suggests. Bees renounce sleep, honey, love, and leisure; they visit 200 to 300 flowers in an hour to gather treasure they never taste.
On swarming day, bees become joyful and harmless, allowing man to handle them. The queen rushes wildly over the crowd; swarming occurs against her will. Workers treat her as a mother in her dotage, reserving purest honey for her. If she is lost, work ceases, marauders enter, and the population perishes; if restored, they welcome her with extraordinary pathos. The author cites Langstroth’s account of a colony that reared a queen with insufficient bees, cherishing hope for two weeks until she was born with imperfect wings.
The Queen’s Transport and the Workers’ Devotion
Bees are shipped in small, perforated boxes with food, the queen enclosed with selected workers—chosen from the oldest bees, identifiable by polished, thinner, nearly bald bodies and torn wings. Their mission is to feed, tend, and guard the queen during travel. The author frequently found nearly all workers dead on arrival; once all perished of hunger, yet the queen survived unharmed and vigorous, the last companion likely dying while presenting the final drop of honey from her sac.
Man has turned bee affection to his advantage—their political sense, work passion, perseverance, magnanimity, devotion to the future. Though man believes possessing the queen gives control over the hive’s destiny, the queen is essentially a living symbol of a vaster principle. Bees are not deluded; their true sovereign is their fixed idea, immaterial and everlasting.
Buffon’s Argument and the Author’s Rebuttal
Maeterlinck quotes Buffon’s claim that bees individually possess less genius than dogs or monkeys, showing less docility or attachment; their apparent intelligence derives only from their multitude, a physical assemblage ordained by nature without consent, knowledge, reason, or aim. The author rebuts that Buffon’s explanation “really explains almost nothing.” The bees accepting common existence while doing least harm argues intelligence. This mirrors human societies—our wisdom and virtues aim only at diverting egoism to common good.
Bees show far less adoration for the queen herself than for the race’s infinite future she represents. They ruthlessly expel wounded workers but recognize their queen from among all, refusing entry to foreign queens. When the queen becomes sterile, royal princesses are reared; the old sovereign may be found gaunt and decrepit in an obscure corner, protected from the rival queen’s hatred.
Royal Inviolability and the “Balling” of Queens
Bees never sting a queen; queens never sting humans, animals, or ordinary bees—only sister queens, with curved scimitar-like weapons. To kill an intruding queen, bees “ball” her—surrounding her in interlaced bodies forming a living prison until she dies of suffocation or hunger. If the legitimate queen approaches to attack, the walls open for their duel; bees watch impartially. The reigning queen almost invariably wins.
Removing the queen causes distress; replacing her brings joyful welcome. But a foreign queen substituted is detected and imprisoned until dead. Mr. Simmins of Rottingdean discovered a method: isolate the queen, let her fast half an hour, then place her on a comb; famished, she accepts food confidently, and workers, deceived, welcome her—suggesting bees may not truly recognize their queen. A queen exiled several days is received as an unknown queen—bees have transformed workers’ cells into royal cells, and the future is no longer endangered. Affection increases or dwindles with the queen’s representation of the future. During nuptial flight, subjects accompany the virgin queen unless provided with brood-cells for rearing replacements. If prevented from joining a swarm by a trellis, bees scold, hustle, and finally kill the queen as faithless to destiny.
Adaptation and Intelligence
Bees mastered movable combs, sections, and foundation wax. They entomb mice or slugs in propolis and wax sepulchres; the author found three tombs with party-walls over snails a child introduced, with galleries proportioned to male bees’ girth. Against the death’s-head sphinx, they build wax pillars narrowing the entrance.
The queen is “the captive heart of the city,” the royal servant, responsible delegate and captive custodian of love. The queen renounces freedom and light; workers give five or six years of life, never knowing love or maternity. The queen’s brain turns to pulp for reproductive organs; workers’ organs atrophy for intelligence. Each worker larva can become queen if lodged and fed royally; each royal larva can become worker.
The Spirit of the Hive
This wisdom resides in the assembly of workers. Dujardin, Brandt, Girard, and Vogel placed under the microscope the worker’s head beside the queen’s empty skull and the male’s cranium with twenty-six thousand eyes. Dujardin calculated the bee’s brain as the 174th part of its weight, the ant’s the 296th; the bee and ant’s intellectual value is roughly equal.
The Primary Swarm
At the signal, bees pour forth in double, treble, or quadruple jets, forming a vibrating stream that becomes a quivering veil over the hive, then steers toward willow, pear-tree, or lime where the queen alights, forming a peaceful cluster awaiting scouts. The old queen leads the primary swarm, settling near the hive, reluctant to venture far, having forgotten wing use. The bee-keeper, wearing a large straw hat with bare arms plunged in cold water, no mask or veil, shakes the bough over an inverted hive, or ladles living spoonfuls. Bees are inoffensive in their holiday spirit of obedience, “dupes” of nature as man himself may be. Where the queen alights, the swarm remains; bees describe circles of rejoicing—”beating to arms,” say French peasants. The new home is accepted, explored, landmarks noted, and work begins.
The Swarm’s Deliberation and the New Hive
If uncollected by man, the swarm remains suspended on a branch while scout workers return one by one to report on possible lodgings—hollow trees, crevices in walls, grotto cavities, abandoned burrows. The assembly may deliberate until morning before choosing, then departs in one sustained flight to its distant goal, rarely followed by man.
The narrative then turns to the swarm gathered by the apiarist. The author notes the sacrifice of fifty thousand virgins, quoting Ronsard: “In a little body bear so true a heart.” They have abandoned over 120 pounds of honey—more than twelve times the population’s weight, close to 600,000 times that of an individual bee—equivalent to 42,000 tons for man. In the new hive there is nothing: no honey, no wax, no guiding-mark.
The bees divide: the greater portion climbs the walls, forming chains that become garlands, then a thick triangular curtain or inverted cone, awaiting “the mystery of wax.” Meanwhile, other bees sweep the floor, remove debris, and clean fanatically—the author notes that in winter, rather than sully the hive, bees perish of bowel-disease during delayed “flight of cleanliness.” Males alone are careless, bestrewing the comb with droppings workers must remove. Guards are posted, and workers begin foraging.
Adaptability and the Question of Intelligence
The author discusses the bees’ adaptability to varied hive forms—from hollow trees and straw constructions to modern factory hives holding over three hundred pounds of honey in removable frames. No swarm refuses its duty except in uninhabitable dwellings; placed in a sphere, cube, or pyramid, bees select the most favourable spot. With foundation wax provided, they deepen and lengthen cells, completing in a week what would take two or three months.
The author disputes Sir John Lubbock’s conclusion that bees lack intelligence, citing Lubbock’s bottle experiment with bees and flies: bees persist toward the light and die, while flies escape through the neck. The author argues bees’ love of light is their undoing—glass is a supernatural mystery. He also quotes Langstroth on bees drowning in syrup, arguing this shows no more than a battlefield would about human understanding. The author defends bees: their folly argues intelligence, and their labour is disinterested—zeal for the home of their sisters.
Communication and the Bees’ Inner Life
The author addresses bees’ indifference to comrades’ deaths outside the hive, though within it they sacrifice themselves to avenge injury. He notes their fearlessness except of smoke. He discusses their communication—likely tactile language or magnetic intuition via antennae containing, per Cheshire’s calculation, twelve thousand tactile hairs and five thousand “smell-hollows.” News spreads in the hive, and experienced apiarists can tell what troubles the crowd by their murmur.
The author describes marking a bee that discovered honey; she returned alone often, but sometimes with friends. His tables show one bee brings others four times out of ten. He recounts an Italian bee that brought eighteen companions. He quotes Mr. Josiah Emery on American bee-hunters using bees’ communication to locate bee-trees by triangulation. The author describes his own experiment: marking bees from a glass hive, imprisoning them in a divided glass box, releasing companions marked differently. Only one companion found the honey in his study—an insufficient result. He concludes that spiritual communications exist beyond mere “yes” or “no,” citing harmony of work, division of labour, and workers shifting from foraging to fanning or wax-making, and from pollen to nectar collection.
The Distribution of Labor Among the Foragers
At sunrise, explorer bees return to the hive with news of blossoming plants—lime-trees, white clover, sage, lotus, mignonette, and lilies. The hive then divides its workforce with remarkable precision: five thousand sturdy bees are dispatched to the lime-trees, while three thousand juniors are sent to the clover. The author cites M. Georges de Layens, a celebrated French apiarist, who observed that bees never mix pollen of different colors or species. De Layens concluded that bees appear perfectly informed about the locality, melliferous value, and distance of plants within a radius, making daily calculations for the greatest yield of saccharine liquid. When cabbage and colza bloom abundantly, the bees forsake woodland flowers entirely, establishing a rational distribution of workers while preserving a strict division of labor.
The Value of Studying Bee Intelligence
The author argues that discovering intellect outside ourselves makes us “less solitary,” comparing the sensation to Robinson Crusoe finding a footprint in the sand. In bees, we study “an atom of the extraordinary matter” that transfigures blind necessity and holds death in suspense. Finding intelligence in hymenoptera challenges human privilege, and the hive reveals “superpositions of destinies” surveyed from a loftier eminence than we can attain for man.
The Birth of Wax and the Construction of the Comb
Wax is born immaculate, described as “the soul of the honey.” Bees hang suspended for eighteen to twenty-four hours in high temperature, and white transparent scales appear at the openings of four pockets under the abdomen. One bee detaches, climbs to the cupola’s pinnacle, and attaches the keystone—the first wax fragment. Successive bees each add their share, none completing the work alone. A sculptor-class bee, producing no wax, locates the first cell, scoops the block, then departs; others continue. The comb is lenticular, resembling a human tongue with hexagonal cells back to back, and the combs are spaced about half an inch apart—twice a bee’s height. Bees sometimes err, giving combs oblique twists or inserting irregular combs, and Réaumur notes that these mistakes “appear to prove that they reason.”
The Four Kinds of Cells
There are four kinds of cells: royal cells, acorn-shaped and reserved for queens; large cells for males and surplus provisions; small cells for workers’ cradles, which occupy four-fifths of the surface; and transition cells connecting large to small. Réaumur proposed the bee cell as a natural standard for the decimal system. The cells are hexagonal tubes on pyramidal bases, with three rhombs on one side forming the bases of three cells on the other. The cells incline at 4° or 5° to prevent honey from escaping.
The Mathematical Arguments
Réaumur describes the structural advantages of the cells—angles buttressed by ridges, sheets pressing on angles to resist outward force. Dr. Reid states that only three figures make equal, similar cells without interstices: the equilateral triangle, the square, and the regular hexagon, with the hexagon being the most proper for convenience and strength. Maclaurin, by fluctionary calculation, determined the angle of the three planes meeting in a cell’s bottom, finding it exactly the angle bees use. A footnote records the history of this problem: Réaumur posed it to mathematician Koenig, who answered 109° 26′ and 70° 34′; Maraldi measured 109° 28′ and 70° 32′; Cramer solved it as 109° 28½’ and 70° 31½’; Maclaurin corrected it to 70° 32′ and 109° 28′; and Léon Lalanne refined it to 109° 28′ 16″ and 70° 31′ 44″.
The Author’s Position on Chance and Design
The author doubts that bees perform abstruse calculations but finds chance insufficient to explain the result. Wasps build hexagonal combs with one layer only, lacking the common base—less regular, less substantial, wasting a third of space and a quarter of energy. The trigone and melipone bees erect one row of rearing-cells with shapeless wax columns, and their provision-cells are unordered pots, clumsily inserting flat-walled sections. Comparing their nests to bee cities is like comparing primitive huts to a modern town.
Buffon’s Theory and the Author’s Reply
Buffon proposed that bees intend only round cells, and that reciprocal compression makes them hexagonal, as with boiled peas in a dish becoming six-sided columns. The author replies, citing Brougham, Kirby, and Spence, that pea and soap-bubble experiments produce only irregular forms and do not explain the prismatic base. The wasp, humble-bee, trigone, and melipone achieve inferior results under identical circumstances.
The Author’s Experiment with the Tin Disc
The author cut a disc the size of a five-franc piece from the center of a comb, inserted a piece of tin shaped to the section’s dimensions, and replaced it. The bees were disconcerted, wandering agitatedly for days. Fed copiously, they eventually attached the metal with little waxen hooks, built three or four transition cells in the upper semicircle, and within forty-eight hours covered the tin with outlined cells—each a perfect hexagon, though less regular than ordinary comb. The queen declined to lay eggs there. The cells had neither been scooped from a block, as Huber claimed, nor converted from circular by pressure, as Darwin suggested. The author concludes that the hexagon is “written in the spirit of the bee”—in its plans, experience, intellect, and will. The bees initially left the tin uncovered, but after honey placed in two cells tasted of metal, they covered the entire surface with wax.
Further Observations on Comb Building
The first cells attached to the roof touch it at the greatest possible number of points. The author passes over the instinct to demolish comb extremities before rebuilding, and an experiment with glass compelling bees to start combs at a right angle. He pauses on how bees carve two sides of the comb simultaneously.
The Queen’s Egg-Laying and the Workers’ Devotion
Workers always face the queen, walking backward before her as a constant sign of respect. During egg emission, a worker may embrace the queen, but the queen remains undisturbed. She inspects each cell before laying, while attendants verify her work. She lays continuously until autumn frosts. When workers gain distance from the queen, they fill cells with honey, but must remove it when she approaches. If a whole comb lies ahead, they build larger male cells; the queen lays reluctantly there, then demands worker cells, and the pursuit resumes cyclically. The queen is fed by workers, her egg production proportioned to flower abundance. The author showed a friend a glass hive, who turned away saddened, perceiving the “pitiless, useless effort” and absence of rest.
The Queen’s Control over Sex
The queen determines the sex of her eggs, adapting it to cell size. Eggs in large cells produce males even if transferred to worker cells. The author prefers the hypothesis that the queen controls the spermatheca muscles over pressure theories, citing M. Drory’s experiments and M. Fabre’s observations on Osmia bees.
The Swarming Fever and the Emergence of New Bees
After swarming, the mother-city becomes depleted. Thousands of nymphs await awakening in sealed cells. Workers dance to generate heat. New bees emerge, are cleaned and fed, then immediately begin dancing to quicken buried sisters. Young bees perform a “cleansing flight,” then visit flowers, experiencing what French apiarists term soleil d’artifice—fear of light and space. Bees navigate by precise landmark appreciation, remembering position rather than hive appearance, even after five months’ hibernation.
The Royal Cells and the Making of Queens
Royal cells contain eggs identical to worker eggs; special nourishment creates queens with longer life, curved sting, fewer eye facets, smaller brain, enormous ovaries, and a spermatheca—”a drop of honey” determining destiny.
The Young Queens and Their Lamentations
The queen’s cry of lamentation causes guardians who moments before were hustling her to cease and wait with bent heads. Some believe the Sphinx Atropos imitates this cry to enter the hive and gorge on honey unmolested. This indignant lament lasts two to five days. As rival queens develop and gnaw their cell lids, guardians pile fresh wax layers against prisoners who reduce their walls from within. The imprisoned princess answers the challenge with a stifled, hollow cry through her tomb’s walls; the apiarist at night recognizes this dialogue between the wandering queen and the imprisoned virgins. The reclusion matures the young princesses, enabling flight upon release. The first queen departs with the second swarm, after which workers free another prisoner, who shows the same murderous desires until departing with the tertiary swarm, continuing in succession during “swarming fever” until the mother-city is exhausted. Swammerdam cites a hive founding thirty colonies in one season. Such multiplication follows disastrous winters; ordinary times rarely produce this fever. After the second swarm, bees usually renounce further division, allowing the third queen to slaughter captives.
Parthenogenesis
The virgin queen can lay eggs, but all produce males only. These drones never work, live at the females’ expense, and the colony is ruined within weeks. The author questions nature’s aim in favoring valueless drones over essential workers. In motherless hives, workers with atrophied ovaries may lay eggs producing only males.
The Trioungulins of Sittaris colletes
These primary larvae of a parasite wait for the Colletes bee at her subterranean galleries, leap on her back, and bury in her hair. They remain tranquil until she lays an egg, then spring upon it. After the cell is sealed, they fight among themselves; the victor consumes the egg but lacks sufficient nourishment because the defeated consumed some, and dies adhering to the egg’s skin. M. Mayet provided this account.
Nature’s Interventions
The author questions whether nature can err, discussing the Orchis Morio’s rostellum and retinacula, the wild sage’s anthers, and the Pedicularis Syluatica’s stigma. Ruskin’s “Ethics of the Dust” shows crystals’ character and quarrels. Mr. H. J. Carter’s experiments show myxomycetes manifest will and infusoria show cunning; the Amoebe lies in wait for Acinetes lacking poisonous tentacles.
The Nuptial Flight
Impregnation never occurs in the hive; captive queens cannot be impregnated. Males seek the queen in space, not recognizing her in the hive. From noon till three daily, ten thousand suitors from twenty or thirty tribes seek her; one alone is chosen. Hives contain four to five hundred males; degenerate ones four to five thousand. An apiary of ten colonies sends ten thousand males into the air, of whom ten or fifteen at most perform their act. Each parasite requires five or six workers’ labor to maintain it.
Nature’s Disproportionate Gifts
The passage contrasts Nature’s lavish provision for love versus labor. The drone, nearly blind with rudimentary smell, receives thirteen thousand eyes on each side of his head while the worker has only six thousand. According to Cheshire’s calculations, each drone antenna has thirty-seven thousand eight hundred olfactory cavities; the worker has only five thousand in both. Nine hundred and ninety-nine of a thousand drones will be killed after the thousandth’s fatal nuptials.
The Queen’s Wedding Flight
The bride-elect chooses her day, lingering at the portal until a beautiful morning. She appears on the threshold, starts backward, returns two or three times to the alighting-board, then departs like an arrow to the zenith. Males perceive her magnetic perfume; crowds follow. The feeble, infirm, aged, and ill-fed renounce pursuit. The chosen male seizes her; their intertwined flight spirals upward.
The Male’s Death
At union’s completion, the male’s abdomen opens, the organ detaches dragging entrails, wings relax, and the emptied body sinks. The idea that the giver of life dies at giving is here realized in primal simplicity.
Darwin’s Struggles and Nature’s Contradictions
Darwin, studying sterility and fecundity of hybrids and variations, loses confidence at every step; each principle he formulates is overwhelmed by exceptions. Nature reveals itself simultaneously as circumspect and shiftless, niggard and prodigal, prudent and careless, fickle and stable, one and innumerable, magnificent and squalid.
The Moral Question
The author divides moral from intellectual order, admitting in the former only what is greater and more beautiful. He may accept inferior truth but will wait centuries before acting on it.
The Queen’s Return
Büchner claims bees show great joy at her return, but the author, having lain in wait many times, never noticed unusual emotion except with a young queen heading a swarm. Workers strip off the useless organs. The queen retains seminal liquid in her spermatheca; she furnishes the male principle, the drone the female.
The Physiological Secret
The drone’s organ can be used only in space; prolonged flight expands his tracheal sacs, throwing back the abdomen and permitting exsertion.
The Physiologist’s Discourse
A great physiologist tells the author there are three semblances of truth. In the Pays de Caux, Normandy, peasants building a corn stack appear beautiful from afar—the first semblance. Approaching, one sees alcoholics, brutal and envious people, a hunchback, hare-lipped, scrofulous children—the second semblance. The tall corn-thrower, whose broken arm the physiologist treated, spread slanders about him. The physiologist prefers the simple naked animal to the odious half-animal, but notes these people have thoughts and feelings, however petty, which is better than nothing.
The Enigma of Consciousness
The narrative pauses for a philosophical reflection on the nature of human consciousness. It is described as being composed of far more shadow than light, an “acquired ignorance” rather than true knowledge. Yet, this very consciousness constitutes human dignity and is perhaps the most surprising phenomenon in the world. It allows humanity to address the unknown principle of the universe defiantly, asserting that while the principle’s nature is unknown, consciousness already enfolds it. The speaker suggests that if this principle destroys humanity without creating something better, it proves inferior and will be judged by the silence that follows. No progress is needed for the spectacle to absorb us; the enigma itself suffices, appearing equally in peasants as in ourselves. The principle has been given many names—God, Providence, Nature, chance, life, fatality, spirit, matter—but the mystery remains unaltered.
The Massacre of the Males
The workers endure the drones’ presence while the skies are clear and food is abundant. The drones are compared to Penelope’s suitors—indelicate, wasteful, idle, obstructing passages, and soiling the combs. From noon till three they appear at the hive’s threshold, described with elaborate imagery of helmets, plumes, and velvet doublets. One morning, the workers turn into judges and executioners. The drones are torn from slumber, their wings cut, antennae amputated, and bodies pierced. Some are carried to cemeteries; others shelter in corners under guard until they perish. Many escape but return at evening, only to meet another guard. The next morning, the threshold is cleared of corpses. In poor colonies with old, nearly sterile mothers, the males are preserved until winter, leading to inevitable misery and death before the first snows.
The Progress of the Race
The author addresses the objection that bees show no progress. Kirby and Spence denied bees intellect, demanding evidence of substitution of materials. Andrew Knight answered this by covering diseased trees with a cement of turpentine and wax, and his bees renounced propolis entirely to use this new substance. Apiculture involves giving rein to bees’ initiative—scattering flour when pollen is scarce, which bees test, accept, and spread news of among themselves. Huber’s researches began serious study barely a hundred years ago; Dzierzon and Langstroth’s movable combs are barely fifty years old. The bees have existed for thousands of years, while we have watched them for only a few generations. Sixteen species of domestic bees exist, from the largest Apis dorsata to the smallest Apis florea. The most radical improvement is external protection—in nature, Apis dorsata constructs single combs in the open air, but sheltered bees build four or five more. The Syrian bee rears 120 queens; Cheshire found 120 dead queen-mothers and 90 living unmolested queens in one hive. Transported to California or Australia, the black bee lives from day to day, ceasing winter provisions. The author defends the evolution hypothesis as useful despite its probable falsity, arguing that errors have advanced learning more than stagnation.
The Wild Bee Tribe
The narrative turns to wild bees, describing the Xylocopa wood-ranger as a giant with sombre green and violet fire, followed by the funereal Chalicodome building-bees who construct stone-hard edifices from clay and gravel. Dasypode and wasp-like Halicti appear, along with Andrenne, which fall victim to the parasite Stylops that changes their appearance, the dwarfish pollen-laden Panurgi, and the many-shaped Osmiz. The Osmia papaveris cuts purple strips from poppy corollas to carpet her daughters’ palace; the tiny Megachile centuncularis cuts perfect semicircles from rose-leaves to form larval cells. Approximately 4,500 varieties of wild bees are known.
The Ancestry of the Hive
The passage identifies the tribe of “Apiens” as having one common ancestor, with Darwin’s disciples—Hermann Müller among them—considering the little wild bee Prosopis the primitive bee whence all issued. The Prosopis is compared to cave-dwellers relative to hive inhabitants: nearly naked, lacking pollen baskets, tufts, or ventral brushes, with a too-short tongue and feeble claws, unable to produce wax, bore wood, or dig earth, contriving clumsy galleries in dry berry pith. The narrative traces social evolution: the solitary Xylocope, the Aylocopa cyanescens huddling in winter groups on asphodel stalks, the Ceratine’s constant habit of fraternity. The Chalicodome, Dasypode, and Halicti unite in colonies but remain isolated individuals. The Panurgi share a common entrance and gallery to their cells. The humble-bees show the first decisive miracles: the impregnated female builds alone in March, surrounded by daughters, but the colony perishes in autumn, leaving one female to recommence.
The Perfect Form and Human Duty
The Meliponite—tropical Melipona and Trigone—have complete organisation with a unique mother, sterile workers, and males that secrete wax, but show inferiority in architecture. The passage concludes that domestic bees attain the idea’s most perfect form, though faults remain: excessive swarming, pollen-hoarding, sterile interregnums. Man has thwarted natural selection by destroying prosperous hives and preserving feeble colonies. The evolution of Apiens tends toward lessening struggle, sacrificing the individual for general strength. The narrative ends with a philosophical reflection on human duty—transforming earthly things into thought, intelligence, reason, and soul—followed by an appendix listing works on apian science from Aristotle through Réaumur and Huber.
Main Arguments
The central argument of the book is that the bee colony is governed by a principle that Maeterlinck calls the “spirit of the hive”—an immaterial, everlasting fixed idea that transcends any individual bee. This spirit regulates every aspect of colony life: it decides the hour of the swarm, decrees the massacre of the males, and orders the deposition of an aging queen. The queen herself, though she appears to rule, is in fact a servant of this larger principle; like many human chiefs, she obeys commands more mysterious than those she issues. The author argues that the bees’ devotion is not to the queen as an individual but to the race’s infinite future that she represents. When the queen becomes sterile, royal princesses are reared; the old sovereign may be found gaunt and decrepit in an obscure corner, protected from the rival queen’s hatred.
A second major argument concerns the intelligence of bees. The author disputes the conclusions of Buffon, who claimed that bees individually possess less genius than dogs or monkeys and that their apparent intelligence derives only from their multitude. Maeterlinck argues that Buffon’s explanation “really explains almost nothing” and that the bees’ acceptance of common existence while doing least harm argues intelligence. He also takes issue with Sir John Lubbock’s bottle experiment, in which bees persisted toward the light and died while flies escaped; the author argues that the bees’ love of light is their undoing, and that glass is a supernatural mystery to them. He defends the bees’ folly as evidence of intelligence, noting that their labour is disinterested—zeal for the home of their sisters.
The author further argues that the bees’ architectural achievements cannot be explained by chance or mere instinct. He recounts his own experiment in which he cut a disc from a comb’s center and inserted a piece of tin; the bees, after initial disorientation, covered the metal with outlined cells, each a perfect hexagon. He concludes that the hexagon is “written in the spirit of the bee”—in its plans, experience, intellect, and will. He doubts that bees perform abstruse mathematical calculations, but finds chance insufficient to explain the precision of their constructions. The comparison with wasps, humble-bees, trigone, and melipone bees—which achieve inferior results under identical circumstances—supports his argument that the bee’s hexagonal comb represents a genuine intellectual achievement.
A third argument concerns the evolution of social life. The author traces the progression from solitary wild bees through increasingly social species to the domestic bee, arguing that the evolution of the Apiens tends toward lessening struggle and sacrificing the individual for general strength. He defends the evolution hypothesis as useful despite its probable falsity, arguing that errors have advanced learning more than stagnation. He notes that man has thwarted natural selection by destroying prosperous hives and preserving feeble colonies, and he reflects on the faults that remain in the domestic bee: excessive swarming, pollen-hoarding, and sterile interregnums.
Key Concepts
The Spirit of the Hive: This is the central concept of the book, described as a masked, sovereignly wise power that governs the bees. It regulates births, decrees the queen’s deposition, commands the slaughter of males, and fixes the hour of the swarm. The spirit resides in the assembly of workers rather than in any individual. It is the “fixed idea, immaterial and everlasting” that constitutes the bees’ true sovereign.
The Queen’s Role: The queen is “the captive heart of the city,” the royal servant, responsible delegate and captive custodian of love. She renounces freedom and light; her brain turns to pulp for reproductive organs. She is a living symbol of a vaster principle—the race’s infinite future. Bees show far less adoration for the queen herself than for what she represents.
Parthenogenesis: Dzierzon discovered that the virgin queen can lay eggs, but all produce males only. These drones never work, live at the females’ expense, and ruin the colony within weeks. In motherless hives, workers with atrophied ovaries may also lay eggs producing only males.
The Nuptial Flight: Impregnation never occurs in the hive; captive queens cannot be impregnated. Males seek the queen in space, not recognizing her in the hive. From noon till three daily, ten thousand suitors from twenty or thirty tribes seek her; one alone is chosen. The chosen male seizes her; their intertwined flight spirals upward. At union’s completion, the male’s abdomen opens, the organ detaches dragging entrails, wings relax, and the emptied body sinks. The idea that the giver of life dies at giving is here realized in primal simplicity.
The Massacre of the Males: After the queen’s impregnation, the spirit of the hive decrees the simultaneous massacre of all males. The workers turn into judges and executioners, tearing the drones from slumber, cutting their wings, amputating their antennae, and piercing their bodies. Some are carried to cemeteries; others shelter in corners under guard until they perish. In poor colonies with old, nearly sterile mothers, males are preserved until winter, leading to inevitable misery and death.
The Hexagonal Cell: The author argues that the hexagon is “written in the spirit of the bee.” He cites the mathematical arguments of Réaumur, Maclaurin, Koenig, Maraldi, Cramer, and Léon Lalanne, who calculated the angles of the cell’s planes and found them exactly what the bees use. The author’s own experiment with a tin disc demonstrates that bees can adapt and construct perfect hexagons even under artificial conditions.
The Cleansing Flight: Young bees perform a “cleansing flight” after emerging, then visit flowers, experiencing what French apiarists term soleil d’artifice—fear of light and space. In winter, rather than sully the hive, bees perish of bowel-disease during delayed “flight of cleanliness.”
Balling: To kill an intruding queen, bees “ball” her—surrounding her in interlaced bodies forming a living prison until she dies of suffocation or hunger. If the legitimate queen approaches to attack, the walls open for their duel; bees watch impartially.
The Trioungulins of Sittaris colletes: These primary larvae of a parasite wait for the Colletes bee at her subterranean galleries, leap on her back, and bury in her hair. They remain tranquil until she lays an egg, then spring upon it. After the cell is sealed, they fight among themselves; the victor consumes the egg but dies adhering to the egg’s skin.
Themes
A recurring theme is the relationship between the individual and the collective. The bees are portrayed as sacrificing everything—sleep, honey, love, leisure—for the future of the race. The worker bees give five or six years of life, never knowing love or maternity; their organs atrophy for intelligence. The queen renounces freedom and light. The swarm itself is described as “the great annual sacrifice to the genius of the race,” a well-considered renouncement of the present generation for the future. This theme resonates with human social arrangements, as the author notes that our wisdom and virtues aim only at diverting egoism to common good.
Another theme is the nature of intelligence and the possibility of intellect outside humanity. The author argues that discovering intellect outside ourselves makes us “less solitary,” like Robinson Crusoe finding a footprint. He studies in bees “an atom of the extraordinary matter” that transfigures blind necessity and holds death in suspense. The hive shows “superpositions of destinies” surveyed from a loftier eminence than we can attain for man. The author questions whether bees lack intellect by imagining an inhabitant of Venus or Mars watching humans and drawing equally erroneous conclusions.
The theme of the unknown principle runs throughout the book. The author meditates on human consciousness, described as composed of “far more shadow than light” and “acquired ignorance” rather than knowledge. Despite this, consciousness constitutes human dignity and is “probably the most surprising phenomenon this world contains.” The principle has received many names across centuries—God, Providence, Nature, chance, life, fatality, spirit, matter—but the mystery remains unaltered. The bees’ god is the future; their devotion to it raises questions about the aim of this eternally renewed existence.
The theme of nature’s contradictions is also prominent. Nature reveals itself simultaneously as circumspect and shiftless, niggard and prodigal, prudent and careless, fickle and stable, one and innumerable, magnificent and squalid. The author questions whether nature can err, discussing the Orchis Morio’s rostellum and retinacula, the wild sage’s anthers, and the Pedicularis Syluatica’s stigma. He notes that nature’s lavish provision for love contrasts with its economy in labor: the drone receives thirteen thousand eyes on each side of his head while the worker has only six thousand, yet nine hundred and ninety-nine of a thousand drones will be killed after the thousandth’s fatal nuptials.
A final theme concerns human duty and the transformation of earthly things. The book ends with a philosophical reflection on the human obligation to transform earthly things into thought, intelligence, reason, and soul. This theme connects the study of bees to the larger question of what it means to be human, and what we owe to the natural world that surrounds us.
The Author’s Conclusions
The author concludes that the bee colony represents the most perfect form of social organization among the insects, though faults remain: excessive swarming, pollen-hoarding, and sterile interregnums. He notes that man has thwarted natural selection by destroying prosperous hives and preserving feeble colonies, and he reflects on the evolution of the Apiens as tending toward lessening struggle and sacrificing the individual for general strength.
He concludes that the bees’ intelligence is real, though different from human intelligence. Their folly in certain situations—such as persisting toward the light in Lubbock’s bottle experiment—argues intelligence rather than against it. Their labour is disinterested, their devotion to the future absolute. The author doubts that bees perform abstruse calculations but finds chance insufficient to explain their architectural precision. The hexagon is “written in the spirit of the bee.”
He concludes that the queen is not the true ruler of the hive; the spirit of the hive is. The queen is a living symbol of a vaster principle, and the bees’ affection for her increases or dwindles with her representation of the future. When she ceases to represent that future, she is deposed or killed.
The author’s final reflections turn to the human condition. He divides the moral from the intellectual order, admitting in the former only what is greater and more beautiful. He may accept inferior truth but will wait centuries before acting on it. He reflects on the three semblances of truth, as recounted by a great physiologist: the beautiful appearance from afar, the sordid reality up close, and the recognition that even petty people have thoughts and feelings, which is better than nothing. The book closes with the assertion that human duty lies in transforming earthly things into thought, intelligence, reason, and soul.
Significance
The book occupies a distinctive place in the literature of natural history, bridging the gap between scientific observation and philosophical meditation. It synthesizes the findings of the great bee researchers—Swammerdam, Réaumur, Huber, Dzierzon, Langstroth—and presents them to a general audience in prose of considerable literary merit. The book’s significance lies partly in its popularization of apian science, but more importantly in its philosophical engagement with the questions raised by the bees’ social organization.
The book is significant for its defense of animal intelligence at a time when the question was vigorously debated. The author’s arguments against Buffon and Lubbock, and his experiments with marked bees and tin discs, contribute to a broader conversation about the nature of instinct and reason. His conclusion that the hexagon is “written in the spirit of the bee” anticipates later debates about the cognitive abilities of insects.
The book is also significant for its literary qualities. The author’s descriptions of the swarm, the nuptial flight, and the massacre of the males are set pieces of nature writing that have influenced subsequent generations of writers. The concept of the “spirit of the hive” has entered the general vocabulary as a way of describing collective intelligence and emergent order.
Finally, the book is significant for its philosophical reflections on the human condition. The author uses the bees as a mirror for human society, exploring themes of sacrifice, devotion, the relationship between the individual and the collective, and the nature of the unknown principle that governs existence. The book’s closing meditation on human duty—to transform earthly things into thought, intelligence, reason, and soul—gives it a moral dimension that transcends its subject matter. The book remains a classic of its genre, read both for its scientific content and for its literary and philosophical depth.
