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A Complete Set of Aldrovandi’s Natural History Works – With Noble Provenance and all Volumes in First Edition

Aldrovandi, Ulisse (1522-1605)
The complete 13-volume set of Aldrovandi’s natural history works. Vols I-III. Ornithologia; Vol. IV. De Piscibus; Vol V. Monstrorum Historia; Vol VI. De Quadrupedibus Digitatis Viviparis [et] Oviparis; VII. Quadrupedum omnium bisulcorum historia; VIII. De Quadrupedibus solidipedibus; IX. De Reliquis Animalibus Exanguibus; X. Serpentum, et Draconum Historiae; XI. Dendrologia; XII. De Insectis; XIII. Musaeum Metallicum.

Bologna: Various printers, 1599- 1668


Folio. Each volume 35.3 x 24.5 cm.

Over the course of the second half of the sixteenth-century, the brilliant Italian naturalist Ulisse Aldrovandi’s sought to carry out an encyclopedic description of the natural world. Given the limits of the science of his day and the difficulty of obtaining accurate descriptions and specimens of animals, plants, and minerals from the four corners of the world, it is staggering how close he came to achieving this objective.


Charting Comets & Renaming the Constellations

ASTRONOMY. COMETS. Weigel, Erhard (1625–1699)
Speculum Uranicum / Aquilae Romanae Sacrum / Das ist / Himels Spiegel / darinnen ausser denen ordentlichen auch die ungewöhnli- chen Erscheinungen des Himmels / mit gebührender Anführungen abgebildet / vornemlich aber 7 der im Gestirne des Adlers / jüngst- hin entstandene Comet / nebst einer neuen Himmels-Charte unter dem Adler des H. Römischen Reiches / dargestellt wird / von Erhardo VVeigelio, ...

Jena: bey Samuel Krebsen, in Verlegung Thomas Matthias Götzen, 1661


Quarto: 19.8 x 16 cm. [128] p. π1, ):(4, A-M4, a-c4

A rare astronomical work by the astronomer Erhard Weigel, a teacher of Gottfried W. Leibniz. The engraved frontispiece shows a man holding a telescope, standing before the University of Jena, with other astronomical instruments (quadrants, sextants, a globe, etc.


Zinner p. 582; Poggendorff II, 1283; Kenney 20; Brüning 1061; Pogg. II, 1283; Struve 17; Bircher A1193; FdF 1506-07; not in Hou-zeau-L.; Lit.: Klaus-Dieter Herbst (ed.). Erhard Weigel (1625–1699) und die Wissenschaften. Frankfurt a.M.: Peter Lang 2013

The Controversy over the use of Telescopic Sights. Hevelius observes the Skies with Edmond Halley Two Months Before his Observatory is Lost to Fire

ASTRONOMY. Hevelius, Johannes (1611-1687)
Johannis Hevelii Annus climactericus, sive Rerum uranicarum observationum annus quadragesimus nonus; exhibens diversas occultationes, tam planetarum, quàm fixarum post editam machinam coelestem; nec non plurimas altitudines meridianas solis, ac distantias planetarum, fixarumq́ue, eo anno, quousque divinaconcessit benignitas, impetratas: cum amicorum nonnullorum epistolis, ad rem istam spectantibus: & continuatione historiae novæ stellæ in collo Ceti, ut & annotationum rerum coelestium ...

Danzig: Sumptibus auctoris, typis D.F. Rhetii, 1685


Folio: 34.8 x 22.5 cm. [6] lvs. 24, 196 pp. Collation: )( 6, )(4, )()(4, )()()(4, A-Z4, AA6. With engraved title page vignette and 7 (1 double-page) engraved plates.

“Annus Climactericus” was the last of Hevelius’ works published in the author’s lifetime. The book comprises observations of the planets, sun, moon, and fixed stars, many of which were made alongside the English astronomer Edmond Halley. The observations were made from 8 January until 25 September 1679, subsequent to the publication of the second volume of Hevelius’ “Machina Coelestis”, almost the entire press run of which was lost in the fire that destroyed Hevelius’ observatory on 26 September 1679.


VD17 39:125045B; DSB 6, 363; Honeyman 1675. For a thorough discussion of the Hevelius-Hooke controversy, see Saridakis, “Converging Elements in the Development of Late Seventeenth-Century Disciplinary Astronomy: Instrumentation, Education, and the Hevelius-Hooke Controversy”, p. 129 ff.; For an assessment of the relative accuracy of Halley’s and Hevelius’ computations at Danzig, see Cook, “Edmond Halley: Charting the Heavens and the Seas”, p. 93 ff.; For Hevelius’ work on the binary star Mira Ceti, see Hatch, “Hevelius- History and Identity”, in “Change and Continuity in Early Modern Cosmology”, p 158 ff.; For D. Capellus’ contemporary account of the fire and a detailed inventory of Hevelius’ losses, see MacPike, “Hevelius, Flamsteed, Halley”, Appendix I. (London, 1937)

“Enlarging the bounds of Humane Empire, to the Effecting of all Things possible” - Bacon’s Scientific Method

Bacon, Sir Francis (1561-1626)
Of The Advancement And Proficience of Learning or the Partitions of Sciences IX Bookes Written in Latin by the Most Eminent Illustrious & Famous Lord Francis Bacon Baron of Verulam Vicont St Alban Consilour of Estate and Lord Chancellor of England. Interpreted by Gilbert Wats.

Oxford: Printed by Leon: Lichfield, Printer to the University, for Rob: Young, & Ed: Forrest, 1640


Folio: 28.2 x 19 cm. [32], 38, [14], 322, [22] p. Collation: [*]2, ¶4, ¶¶2, ¶¶¶1, A2, B-C4, aa-gg4, hh2, †4, ††2, †1, A-Z4, Aa-Zz4, Aaa-Qqq4, Rrr2. The first bifolium comprises the engraved portrait and engraved title page.

This is the important English translation, by Isaac Watts, of Bacon’s “De augmentis scientiarum” (“Partitions of the Sciences”), a greatly expanded version of Bacon’s “Of Proficience and Advancement of Learning Divine and Human”(1605). The work forms part one of Bacon’s “Instauratio Magna”, a foundational work of Early Modern science.


Gibson 141; S124504; STC 1167. See J.S. Galland, Bibl. of Cryptology, p. 11

Astronomy and Meteorology; Flora and Fauna: The Natural World in the Middle Ages. With 15th c. Provenance. Bound at the Monastery of St Zeno

Berenger of Landorra, Archbishop of Santiago de Compostela (circa 1262-1330), and Gregory of Vorau (ed. Matthias Farinator)
Lumen Animae. Incipit: Liber moralitatum elegantissimus magnarum reru[m] naturalium lumen anime dict[us]: cu[m] septe[m] apparitorib[us] necno[n] sanctoru[m] doctoru[m] orthodoxe fidei p[ro]fessorum Poetaru[m] etia[m] ac oratoru[m] auctoritatib[us] p[er] modum pharatre s[e]c[un]d[u]m ordine[m] alphabeti collectis feliciter incipit.

Strasbourg: Printer of the 1481 Legenda aurea, 22 March 1482


Folio: 29.2 x 21.8 cm. 274 unsigned leaves. [A-C]8, [D]10; [a-m]8, [n]6,[o-z]8, [aa-ff]8, [gg]10. Complete with the initial and final blanks.

The arrival of printed books is so often regarded as one of the inaugural moments of the renaissance that it is sometimes forgotten that the first years of print also represented the last great flowering of the Middle Ages. The “Lumen Anime” (Light of the Soul), is testament to that. Formerly attributed to the Carmelite friar Mathias Farinator of Vienna (who compiled the index), the “Lumen Anime” is now known to be Berenger of Landorra, General of the Dominican order and archbishop of Campostella from 1317 to 1325.


BMC I, 97; Hain-Copinger 10333*; Goff L-396; Proctor 413; Polain 1468; Wellcome I, 2175; Klebs 631.3; Thorndyke III, 546ff. Sources: Mary A. and Richard H. Rouse, ‘The Texts called Lumen Anime,’ Archivum Fratrum Praedicatorum, 41 (Rome, 1971), 5-113; N.R. Ker, Records of All Soul’s College Library. 1437-1600 (Oxford, 1971), 27.

Cardano’s Great Encyclopedia of Science & Nature. \"The most advanced representation of physical knowledge up to his time.” (Dibner)

Cardano, Girolamo (1501-1576)
De subtilitate libri XXI. nunc demum recogniti atque perfecti.

Basel: L. Lucius, 1554


Folio: 32 x 21.5 cm. [24], 561 pp. Collation: [alpha]-[gamma]4, a-z4, A-Z4, Aa-Zz4, Aaa5. Last leaf blank and lacking.

Cardano’s “De Subtilitate” "Represents the most advanced representation of physical knowledge up to his time and the idea that all creation is in progressive development" (Dibner). This is the second folio edition. It includes Cardano's famous statement 'Igitur his arbitrio victoriae relictis' (p. 354), which caused Cardano's denouncement for heresy (see below) and which was therefore edited out of subsequent editions.


VD 16, C 932; IA 132.064; Adams C 670; Riccardi I/1, 252, 6.3; Durling 847; Alden-L. 554/10; See Dibner 139, Sinkankas 1145 & DSB III, 66.

Observing Kirch's & Newton’s Comet

COMETS. Hagen, Joachim Heinrich
Joachim Heinrich Hagens / eloqv. poes. et mathes. Prof. Publ. / Bemerkung / der jüngsten grossen / Comet - Erscheinungen / auf Hoch= Fürstlichen gnädigsten Befehl / verabfasst und hervorgegeben.

Bayreut(h): Johann Gebhard, im Christ Jahr 1681


Quarto (200 x 160 mm.) [8], 79 p. Collation: ):(4, A-K4

An extremely rare work on the great comet of 1680 with references to Riccioli, Hevelius, Tycho Brahe, Kepler, Descartes, et al. by a friend and pupil of the mathematician & astronomer Erhard Weigel (1625 – 1699). I have located only 1 copy outside of Germany (at the Adler Planetarium.


VD17 12:161198H; Brüning 1410; Robinson no. 22; Reiss XXXXVI, 814. KVK: München, Erlangen, Coburg, Heidelberg, Göttingen, Leipzig, Halle; outside Germany exceedingly rare with only one copy at Adler Planetarium.

A Method for Teaching the "Deaf-Mute" to Speak & Surveying the physiological bases of human expressive behaviour

Philocophus: or, The deafe and dumbe mans friend. Exhibiting the philosophicall verity of that subtile art, which may inable one with an observant eie, to heare what any man speaks by the moving of his lips. Upon the same ground, with the advantage of an historicall exemplification, apparently proving, that a man borne deafe and dumbe, may be taught to heare the sound of words with his eie, & thence learne to speake with his tongue. By I.B. sirnamed the Chirosopher

London: for Humphrey Moseley, and are to be sold at his shop in Pauls Church-yard, 1648


"Philocophus" was the first English work treating at length the subject of deafness and its accompanying language problems. It was dedicated to two deaf men, the brothers Sir Edward and William Gostwicke, who, Bulwer relates, although proficient in signing, earnestly wanted to learn to speak, accounting their inability to speak their "greatest unhappiness.


I. Wellcome II, p. 270; ESTC R3977; Wing B5469. II. Norman 340; Wellcome II, p. 270; Krivatsky 1952; ESTC R8806; Wing B5468

"No man is an island."

Donne, John (1573-1631)
Devotions vpon emergent occasions, and seuerall steps in my sicknes: digested into 1. Meditations vpon our humane condition. 2. Expostulations, and debatements with God. 3. Prayers, vpon the seuerall occasions, to him. By Iohn Donne, Deane of S. Pauls, London. The third edition.

London: Printed [by Augustine Mathewes] for Thomas Iones, and are to be sold at the signe of the Black Rauen in the Strand, 1627


Duodecimo: 13.8 x 8.4 cm. [8], 589, [1] p. A-Z12 (lacks blank A1); Aa-Bb12

“[The ‘Devotions’] present a more vivid and intimate picture of Donne than anything else written by himself or others.” –Sparrow

“Donne’s ‘Devotions’ is the source of the author’s famous meditation on the interconnectedness of all human lives: ‘No man is an island, entire of itself; every man is a piece of the continent, a part of the main;… any man’s death diminishes me, because I am involved in mankind.


Keynes, G. Donne (4th ed.), 38; STC 7035a; ESTC S114971; Grolier/Donne 20 (this copy)

With an Account of Benjamin Franklin's Kite Experiment

Ragionamento sopra il conduttore elettrico Quirinale dell'abate Giuseppe Calandrelli

Rome: nella stamperia Salomoni, 1789


Octavo: 20.5 x 140 cm. [2], xxxvi p.

First edition of this rare publication, dealing with the construction of the lightning conductor installed on the Quirinal Palace in Rome (in order to prevent further damage from lightning strikes.)

Calandrelli discusses the electrical experiments of other well-known scientists such as Priestley, Toaldo, Landriani, De Saussure, Reccaria, Lord Malion, and above all, those of Benjamin Franklin, including Franklin's iconic kite experiment of June 1752.


Wheeler Gift 554

"The True Foundation of Modern Entomology" - First Edition of the first Natural History book Written and Printed in England

ENTOMOLOGY. Moffet, Thomas (1553-1604); Penny, Thomas (ca. 1530-1589)
Insectorvm Sive Minimorum Animalium Theatrvm: Olim ab Edoardo Wottono. Conrado Gesnero. Thomaqve Pennio inchoatum: Tandem Tho. Movfeti Londinatis opera sumptibusq; maximis concinnatum, auctum, perfectum: Et ad vivum expressis Iconibus supra quingentis illustratum.

London: ex Officina typographica Thom. Cotes. Et venales extant apud Guiliel. Hope, ad insigne Chirothechae, prope regium Excambium, 1634


Folio: 30 x 19 cm. A6, a4, B-Z6, Aa-Dd6, Ee4

FIRST EDITION of the "true foundation of modern entomology"(Raven, English Naturalists from Neckham to Ray, 1947).  The ‘Insectorvm Sive Minimorum Animalium Theatrvm' (Theater of Insects, the Smallest of Animals) is the first substantial scientific treatise devoted exclusively to entomology and the first original treatise devoted to natural history composed in England.


Garrison-Morton 288; Lisney, pp. 4-9; Norman 1528; Raven, English naturalists, ch. 10; STC 17993a; Huntington Catalogue p. 297; Nissen 2852; Horn.-Schenkl. III, 15547; Hagen I, 553

"Second only to Agricola in the number of original contributions to the literature of mining and metallurgy and the beauty of the graphic treatment of the crafts."(Dibner)

Ercker, Lazarus (ca. 1530-1594)
Aula Subterranea domina dominantium subdita subditorum, das ist, Untererdische Hofhaltung: ohne welche weder die Herren regiren, noch die Unterthanen gehorchen können : oder, Grundliche Beschreibung derjenigen Sachen so in der Tieffe der Erden wachsen, als aller Ertzen der königlichen und gemeinen Metallen…

Frankfurt: Johann David Zunner, 1684


Large Quarto: 22.5 x 19.5 cm. [1] leaf (engraved t.p.), [14], 220, 123, [5], 68 p. COLLATION: )(-)()(4A-Dd4Ee2(A)-(Q)4a-h4i2.

"Ercker's treatise is the most authoritative contemporary work on 16th-century metallurgy and assaying. Ercker gave a systematic review of methods of testing alloys and minerals and of obtaining and refining various metals, as well as methods of manufacturing acids, salts and other chemical compounds, including saltpeter. He described the apparatus and laboratory equipment used in metallurgy and assaying and gave a detailed account of laboratory methods, all of which he himself had used.


Hoover 284; Darmstaedter, Probierbüchlein p. 92; DSB IV, 394; Lipperheide 4

''The first attempt to show the connection between psychology and physiology'' (Garrison-Morton)

EUGENICS. Huarte y Navarro, Juan, (1529-1588); Carew, Richard (1555-1620), translator
Examen de ingenios. The examination of mens vvits. In whicch [sic], by discouering the varietie of natures, is shewed for what profession each one is apt, and how far he shall profit therein. By John Huarte. Translated out of the Spanish tongue by M. Camillo Camilli. Englished out of his Italian, by R.C. Esquire

London: Printed by Adam Islip, for C. Hunt of Excester, 1594


Quarto: 19 x 14 cm. [16], 333, [3] pp. A-Y8

“To Distinguish and discern these natural difference’s of man’s wit, and to apply to each by art that science wherein he may profit, is the intention of this my work.”

“This sentence concisely summarizes the ultimate purpose of one of the most successful and influential Spanish scientific books published in the early modern period, one with long-lasting influence upon the European intellectual world: the ‘Examen de Los Ingenios para Las Ciencias’ (1575), by the Spanish physician and philosopher Juan Huarte de San Juan (1529-1588)… Huarte is now hailed as the precursor of several branches of pedagogy and psychology, including differential pedagogy and differential psychology, and their practical applications, professional orientation, and selection.


STC (2nd ed.), 13892; Garrison-Morton 4964 (1575 Spanish edition); Durling 2498. Hunter & Macalpine, p. 46. Thorndike VI, pp. 413-14

Fine’s Astronomical & Mathematical Magnum Opus

Finé, Oronce (1494-1555)
Protomathesis opus uarium, ac scitu non minus utile quàm iucundum, nunc primùm in lucem foeliciter emissum: cuius index uniuersalis, in uersa pagina continetur.

Paris: Impensis Gerardi Morrhij & Ioannis Petri, 1532


Large Folio: 33.5 x 24 cm. Collation: AA8, A-L6, M-N6, O-Z8, Aa-Bb8, Cc6, Dd8 (including both blanks, F8 and N6.) Complete.

The “Protomathesis”, a universally acclaimed monument of book production and design, is profusely illustrated. The book is introduced by a fine architectural title page border with a lunette of Hercules defeating the Lernean Hydra. This is followed by the well-known full-page image of the goddess of astronomy, Urania, lecturing Finé, who holds a book and an astrolabe, beneath a spherical model of the solar system.


Hoover 312, Lalande, p. 50; Smith, Rara Arithmetica, pp. 160-61; Stillwell, The Awakening Interest in Science during the First Century of Printing, 838

“Perhaps the First to Use a Keplerian Telescope for Regular Planetary Observation” (King)

Fontana, Francesco (1602-1656)
Novae Coelestium Terrestriumq[ue] Rerum Observationes, et fortasse hactenus non vulgatae à Francisco Fontana, specillis a se inventis, et ad summam perfectionem perductis editae.

Naples: Apud Gaffarum, Mense Februarii, 1646


A truly remarkable work, the  “Observationes” has been called the first true lunar atlas (preceding that of Hevelius by one year.) Moreover, the work includes the first illustrations of the planet Mars made from telescopic observation (in 1636 and 1638). The first chapter includes a very early history of the telescope. Fontana claims to have invented both the “Keplerian” telescope (composed of two convex lenses) in 1608, and the compound microscope (consisting of two converging lenses, one functioning as objective, the other as eyepiece) in 1618; while his claims to have invented these instruments have been proven untrue, Fontana did in fact construct and use both of these instruments and with them he observed Mars, Venus, Jupiter, Saturn, and the Moon; as well as fleas, flies, ants, bees and human hairs.


Carli and Favaro 211; Houzeau and Lancaster II, 1328; Riccardi I/1 467 (‘raro ed apprezzato’); Literature: King, The History of the Telescope p. 46; Clay, The History of the Microscope p. 9; Ashworth, The Face of the Moon: Galileo to Apollo, p. 4)

Including Two of the Most Important Books in Early Observational Astronomy: Galileo's "Starry Messenger" and Kepler's "Dioptrice"

Gassendi, Pierre (1592-1655); Galilei, Galileo (1564-1642); Kepler, Johannes (1571-1630)
Petri Gassendi Institutio Astronomica: Juxta Hypotheseis tam Veterum quàm Recentiorum. Cui accesserunt Galilei Galilei Nuncius Sidereus; et Johannis Kepleri Dioptrice. Tertia editio prioribus Correctior.

London: typis Jacobi Flesher. Prostant apud Gulielmum Morden, bibliopolam Cantabrigiensem, 1653


Octavo: 18 x 11.5 cm. [16], 199, [1]; 173, [1] p., 4 leaves of plates : ill., diagrams (woodcuts). Collation: A-N8, O4; A-L8 (lacking final blank)

Gassendi's "Institutio Astronomica," has been called the first modern astronomy textbook. It is divided into three sections: the first details the so-called theory of the spheres, the second describes astronomical theory, and the third discusses the conflicting ideas of Brahe and Copernicus. The present edition is important for the inclusion of two seminal works of telescopic astronomy: Galileo's "Sidereus Nuncius" (first ed.


Wing G291 (with the comma in line 3 of the title); Cinti, 128; Riccardi, I, col. 508; Sotheran, I p. 73 (1448); cf. PMM 113 and Dibner, Heralds of Science, #7 (the 1610 edition)

Johnson’s Celebrated Edition of Gerard’s Herbal Describing Numerous American Plants

Gerard, John (1545-1612)
The Herball or Generall Historie of Plantes. Gathered by John Gerarde of London Master in Chirvrgerie. Very much Enlarged and Amended by Thomas Johnson Citizen and Apothecarye of London.

London: A. Islip, Joice Norton, and R. Whitaker, 1633


Folio: 34.5 x 22.5 cm. ¶8, ¶¶-¶¶¶6, A-B8, C-Z6, Aa-Zz6, Aaa-Zzz6, Aaaa-Zzzz6, Aaaaa-Zzzzz6, Aaaaaa-Vvvvvv6, Xxxxxx4, Yyyyyy-Zzzzzz6, Aaaaaaa-Bbbbbbb6. (lacking the first and final blank leaves.)

"This is the first edition enlarged and edited by Thomas Johnson (1595-1644) who corrected many of Gerard’s more gullible errors, and improved the accuracy of the illustrations by using Plantin’s woodcuts." (Hunt)

John Gerard is to this day one of the best known of English herbalists. In 1586 the Royal College of Physicians established a garden of physic and appointed Gerard its curator.


STC 11751; Hunt 223; Nissen 698; Graesse Vol. III, p. 56; Henrey 155.

The First Edition of the Most Famous English Herbal

Gerard, John (1545-1612)
The Herball or Generall Historie of Plantes. Gathered by John Gerarde of London master in Chirurgerie

London: by [Edm. Bollifant for [Bonham Norton and] Iohn Norton, 1597


Folio: 31.8 x 21 cm. A⁴B⁶ ²A-3V⁸ 3X¹⁰ 4A-4T⁸ 4V⁶ 5A-5I⁴.

The rare first (only 16thc.) edition of the most famous of the early English herbals. It differs greatly from the subsequent editions (of 1633 and 1636), which were heavily altered by Thomas Johnson. The more than 1,800 woodcuts have a distinguished history.


Henrey 154; Hunt 175; Luborsky & Ingram. Engl. illustrated books, 1536-1603, 11750

The Art of Glass

GLASS. CHEMISTRY. Haudicquer de Blancourt, Jean, approximately 1650?-1704); Neri, Antonio (d. 1614); Merret, Christopher (1614-1695)
The art of glass. Shewing how to make all sorts of glass, crystal and enamel. Likewise the making of pearls, precious stones, china and looking-glasses. To which is added, the method of painting on glass and enameling. Also how to extract the colours from minerals, metals, herbs and flowers. A work containing many secrets and curiosities never before discovered. Illustrated with proper sculptures. Written originally in French, by Mr. H. Blancourt, and now first translated into English. With an appendix, containing exact instructions for making glass-eyes of all colours.

London: printed for Dan. Brown at the Black Swan without Temple-Bar; Tho. Bennet at the Half-Moon, D. Midwinter and Tho. Leigh at the Rose and Crown, and R. Wilkin at the King’s-Head in St. Paul’s Church-yard, 1699


Octavo: 18.3 x 11.5 cm. [16], 355, [13] p. Collation: A-Z8, Aa8. With 9 engraved plates.

The core of Blancourt's text is Christopher Merret's annotated Latin edition (1668) of Antonio Neri's "L'Arte Vetraria"(1612). Merret had produced his own English (unillustrated) translation of Neri's work in 1662. Blancourt has expanded Neri's original 7 books to 12. Among Blancourt's notable contributions to the text are a chapter on crystal, glass and metal mirrors; and an appendix on a secret technique for making glass eyes look "Very Natural".


ESTC R16918; Wing (CD-ROM, 1996), H1150. See Dwight P. Lanmon and David Whitehouse, "Glass in the Robert Lehman Collection", p. 102

Illustrated with 83 Engraved Plates. A Large Paper Copy

Grew, Nehemiah (1641-1712)
The Anatomy of Plants. With an Idea of a Philosophical History of Plants. And several other Lectures, Read before the Royal Society.

London: printed by W. Rawlins, for the Author, 1682


Folio: 36 x 23 cm. [ ]4, a4, B-Z4, Aa-Ii4, Kk2, Ll-Xx4, Yy-Zz2, Aaa-Ccc2. With 83 added engraved plates. Plates 30-31 bound after 41; plates 32-33 bound after 42)

“The English botanist, physician, and microscopist, Nehemiah Greww is considered, along with the Italian microscopist Marcello Malpighi, to be among the founders of the science of plant anatomy.” (Encyclopedia Britannica)

“In 1682 Grew’s magnum opus, ‘The Anatomy of Plants,’ was issued. Of the four ‘books’ of this work, the first, second, and third are second editions of ‘The Anatomy begun,’ ‘The Anatomy of Roots,’ and the ‘The Anatomy of Trunks,’ extending to 49, 46, and 44 folio pages respectively, and illustrated by four, thirteen, and twenty-three plates.


Wing G-1945; Le Fanu, pp.98-105; Horblit 43B; Hunt 362; Nissen, BBI, 758; Hook/Norman 946; Plesch 243; Pritzel 3557; Henrey 162.