Pliny the Elder

Latin Gaius Plinius Secundus

born AD 23, Novum Comum, Transpadane Gaul

died Aug. 24, 79, Stabiae, near Mt. Vesuvius

Roman scholar.

Descended from a prosperous family, Pliny pursued a military career, held official positions (including procurator of Spain), and later spent years in semiretirement, studying and writing. His fame rests on his Natural History (AD 77), an encyclopaedic work of uneven accuracy that was the European authority on scientific matters up to the Middle Ages. Six other works ascribed to him were probably lost in antiquity. He died while observing the great eruption of Vesuvius.

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▪ Roman scholar

Introduction

Latin in full  Gaius Plinius Secundus  

born AD 23, , Novum Comum, Transpadane Gaul [now in Italy]

died Aug. 24, 79, Stabiae, near Mt. Vesuvius

 Roman savant and author of the celebrated Natural History, an encyclopaedic (encyclopaedia) work of uneven accuracy that was an authority on scientific (science, history of) matters up to the Middle Ages.

Life.

      Pliny was descended from a prosperous family, and he was enabled to complete his studies in Rome. At the age of 23, he began a military career by serving in Germany, rising to the rank of cavalry commander. He returned to Rome, where he possibly studied law. Until near the end of Nero's reign, when he became procurator in Spain, Pliny lived in semiretirement, studying and writing. His devotion to his studies and his research technique were described by his nephew, Pliny the Younger. Upon the accession in AD 69 of Vespasian, with whom Pliny had served in Germany, he returned to Rome and assumed various official positions.

      Pliny's last assignment was that of commander of the fleet in the Bay of Naples, where he was charged with the suppression of piracy. Learning of an unusual cloud formation—later found to have resulted from an eruption of Mt. Vesuvius—Pliny went ashore to ascertain the cause and to reassure the terrified citizens. He was overcome by the fumes resulting from the volcanic activity and died on Aug. 24, 79, according to his nephew's report. Pliny was unmarried and was survived by his only sister.

The Natural History

      Seven writings are ascribed to him, of which only the Natural History is extant. There survive, however, a few fragments of his earlier writings on grammar, a biography of Pomponius Secundus, a history of Rome, a study of the Roman campaigns in Germany, and a book on hurling the lance. These writings probably were lost in antiquity and have played no role in perpetuating Pliny's fame, which rests solely on the Natural History.

      The Natural History, divided into 37 libri, or “books,” was completed, except for finishing touches, in AD 77. In the preface, dedicated to Titus (who became emperor shortly before Pliny's death), Pliny justified the title and explained his purpose on utilitarian grounds as the study of “the nature of things, that is, life” (“Preface,” 13). Heretofore, he continued, no one had attempted to bring together the older, scattered material that belonged to “encyclic culture” (enkyklios paideia, the origin of the word encyclopaedia). Disdaining high literary style and political mythology, Pliny adopted a plain style—but one with an unusually rich vocabulary—as best suited to his purpose. A novel feature of the Natural History is the care taken by Pliny in naming his sources, more than 100 of which are mentioned. Book I, in fact, is a summary of the remaining 36 books, listing the authors and sometimes the titles of the books (many of which are now lost) from which Pliny derived his material.

      The Natural History properly begins with Book II, which is devoted to cosmology and astronomy. Here, as elsewhere, Pliny demonstrated the extent of his reading, especially of Greek texts. By the same token, however, he was sometimes careless in translating details, with the result that he distorted the meaning of many technical and mathematical passages. In Books III through VI, on the physical and historical geography of the ancient world, he gave much attention to major cities, some of which no longer exist.

      Books VII through XI treat zoology, beginning with humans (VII), then mammals and reptiles (VIII), fishes and other marine animals (IX), birds (X), and insects (XI). Pliny derived most of the biological data from Aristotle, while his own contributions were concerned with legendary animals and unsupported folklore.

      In Books XII through XIX, on botany, Pliny came closest to making a genuine contribution to science. Although he drew heavily upon Theophrastus, he reported some independent observations, particularly those made during his travels in Germany. Pliny is one of the chief sources of modern knowledge of Roman gardens, early botanical writings, and the introduction into Italy of new horticultural and agricultural species. Book XVIII, on agriculture, is especially important for agricultural techniques such as crop rotation, farm management, and the names of legumes and other crop plants. His description of an ox-driven grain harvester in Gaul, long regarded by scholars as imaginary, was confirmed by the discovery in southern Belgium in 1958 of a 2nd-century stone relief depicting such an implement. Moreover, by recording the Latin synonyms of Greek plant names, he made most of the plants mentioned in earlier Greek writings identifiable.

      Books XX through XXXII focus on medicine and drugs. Like many Romans, Pliny criticized luxury on moral and medical grounds. His random comments on diet and on the commercial sources and prices of the ingredients of costly drugs provide valuable evidence relevant to contemporary Roman life. The subjects of Books XXXIII through XXXVII include minerals, precious stones, and metals, especially those used by Roman craftsmen. In describing their uses, he referred to famous artists and their creations and to Roman architectural styles and technology.

Assessment.

      In retrospect, Pliny's influence is based on his ability to assemble in a methodical fashion a number of previously unrelated facts, his perceptiveness in recognizing details ignored by others, and his readable stories, with which he linked together both factual and fictional data. Along with unsupported claims, fables, and exaggerations, Pliny's belief in magic and superstition helped shape scientific and medical theory in subsequent centuries. Perhaps the most important of the pseudoscientific methods advocated by him was the doctrine of signatures: a resemblance between the external appearance of a plant, animal, or mineral and the outward symptoms of a disease was thought to indicate the therapeutic usefulness of the plant. With the decline of the ancient world and the loss of the Greek texts on which Pliny had so heavily depended, the Natural History became a substitute for a general education. In the European Middle Ages many of the larger monastic libraries possessed copies of the work; these and many abridged versions ensured Pliny's place in European literature. His authority was unchallenged, partly because of a lack of more reliable information and partly because his assertions were not and, in many cases, could not be tested.

      The first attack on Pliny's work—Niccolò Leoniceno's tract on the errors of Pliny—was published in Ferrara in 1492. Thereafter, Pliny's influence diminished, as more writers questioned his statements. By the end of the 17th century, the Natural History had been rejected by the leading scientists. Up to that time, however, Pliny's influence, especially on nonscientific writers, was undiminished; he was, for example, almost certainly known to William Shakespeare and John Milton. Although Pliny's work was never again accepted as an authority in science, 19th-century Latin scholars conclusively demonstrated the historical importance of the Natural History as one of the greatest literary monuments of classical antiquity. It is still of value to those who wish an honest résumé of 1st-century Rome.

Jerry Stannard

Additional Reading

The role of Pliny in the preservation and interpretation of the early views of the natural world is assessed in Roger French and Frank Greenaway (eds.), Science in the Early Roman Empire: Pliny the Elder, His Sources and Influence (1986), a collection of informative, authoritative essays. Worthwhile books about Pliny include Mary Beagon, Roman Nature: The Thought of Pliny the Elder (1992); and John F. Healy, Pliny the Elder on Science and Technology (1999).

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