876J Swammerdam, Jan (1637-1680).

Histoire générale des insectes, où l’on explique la génération & les métamorphoses de ces animaux, où l’on décrit leur différentes figures, leur anatomie & leurs usages.

A Utrecht, Chez Guillaume de Walcheren, Marchant Libraire demeurant en la place de St. Jan 1682.   

                                                                                                                                      Price Sold

Page from 'Histoire générale des insectes' by Jan Swammerdam featuring the title and illustrations.
An illustration from Jan Swammerdam's 'History of Insects' showing a detailed view of a mosquito, labeled with parts A (small mosquito), B (larger mosquito), C (larval stage), and D (side view).
Spine of Jan Swammerdam's 'Histoire générale des insectes', featuring decorative gilt spine panels and mottled leather binding, showcasing the title and ornate details.

Quarto, 16  x 20.4 cm.  Signatures: *4, A-Z4 , Aa-Dd4.  13 plates of engravings (10 folding)  First French edition.   Bound in mottled leather, raised bands, decorative gilt spine panels, speckled edges. A very good complete copy. 

Jan Swammerdam’s History of Insects  represents the culmination of a seventeenth-century intellectual transformation: the rejection of spontaneous generation and the emergence of experimental biology grounded in microscopic observation.

“Swammerdam scorned almost every predecessor who he believed had been more preoccupied with reading books or with ‘vain speculations’ than with observing the processes of nature. Aristotle, Pliny, Aldrovandi, Moffet and other contemporary authors were all attacked in a most aggressive manner as not seeking truth and thereby not serving God, the almighty creator” (The Early Enlightenment in the Dutch Republic, 1650-1750, p. 94).”

Engraving depicting various stages of insect metamorphosis including caterpillars, pupae, and adult butterflies, illustrating Jan Swammerdam's contributions to entomology.

Beginning with Athanasius Kircher, whose thinking remained rooted in medieval and scholastic cosmology. For Kircher, spontaneous generation was an expression of God’s inexhaustible fecundity. Life could arise from decay because divine seeds were hidden everywhere, continually renewed by God’s creative power. His outlook was encyclopedic, theological, and credulous about spontaneous life.

Francesco Redi provided the first decisive break. Through carefully constructed experiments, he demonstrated that insects such as maggots did not spring from putrefying flesh but from the eggs of flies. For Redi, creation had taken place once, by God, but thereafter nature operated by consistent, observable laws. His method marked a turning point: a move from scholastic authority toward empirical science, even if he left some uncertainty about the smallest creatures.

 Swammerdam carried this revolution to its fullest expression. Rejecting spontaneous generation entirely, he showed through dissection and microscopy that insects possess reproductive organs, embryonic development, and complex anatomy—clear evidence that they, too, are produced by complete generation, just like higher animals. Swammerdam calls this “complete metamorphosis” to describe the insect life cycle (egg → larva → pupa → adult). In his hands, there was no lowering of standards for “lesser” creatures: every insect testified to the same orderly principles of life.

An illustration depicting various stages of development in organisms, including eggs, tadpoles, and plants, with labeled diagrams indicating specific stages of growth.

  More than either Kircher or Redi, Swammerdam systematized the theory of generation. He embedded it in a rigorous program of microscopic, anatomical, and embryological investigation, always framed within his Calvinist conviction that nature reflects God’s fixed and orderly creation. His studies of mosquitoes, scorpions, cockroaches, grasshoppers, dragonflies, ants, moths, butterflies, houseflies, tadpoles, and frogs—all illustrated in his book—extended the act of inquiry beyond himself. Using his microscope and the book’s illustrations, he encouraged readers to observe and experience a new scientific perspective themselves.

An early page of Jan Swammerdam's book 'Histoire générale des insectes', showcasing the text and structure of the content on insect development and anatomy.

Swammerdam, though careful to avoid reducing human or animal life to pure mechanism in every case, nevertheless employed a corpuscularian logic in describing the structure and development of insects, emphasizing how observable parts—organs, muscles, and even minute larval structures—interacted in systematic, law-governed ways. In this sense, his experimental work bridged empirical investigation and Cartesian rationalism, translating abstract mechanistic principles into the careful, evidence-based study of living organisms.

The DSB writes ““Swammerdam’s thesis about insects was fundamentally new and significant. For his contemporaries, as for Aristotle, there existed three good arguments that not only placed the insects far from higher animals, but even tended to remove them from the realm of subjects open to scientific study. These arguments were: insects lack internal anatomy; they originate by spontaneous generation; and they develop by metamorphosis. Swammerdam believed that all three arguments were false and devoted a wide variety of investigations to refute these ideas.

“The 1669 Historia was devoted to the overthrow of the idea of metamorphosis, as its title explains: ‘General Account of the Bloodless Animals, in Which Will be Clearly Set Forward the True Basis of Their Slow Growth of Limbs, the Vulgar Error of the Transformation, Also Called Metamorphosis, Will be Effectually Washed Away, and Comprehended Concisely in Four Distinct Orders of Changes, or Natural Budding Forth of Limbs.’ The idea of metamorphosis, which Swammerdam was so determined to refute, was that of a sudden and total change from one kind of creature into another, comparable to the alchemical transmutation of a base metal into gold. “ DSB

An illustration of the life cycle of Nympha vermiculus, depicting various stages including eggs, nymphs, and adult forms, with detailed engravings and labels.

Cole, Comparative anatomy, pp. 270-305; Garrison-Morton 294; Hagen 2:208; Krivatsy 11599; Nissen ZBI 4052.