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C1665
Tabula Geographica Hydrophylacium Asiae …
Mapmaker:
Rare c.17th map of Asia depicting a large lake, named Hydrophylacium Principale Asiae, located underneath the Himalayan region to show the supposed origin point of the Indus, Ganges, and other rivers through subterranean paths by Athanasius Kircher. After Kircher’s travels in Sicily … Read Full Description
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Details
Full Title:
Tabula Geographica Hydrophylacium Asiae Majoris
Date:
C1665
Mapmaker:
Condition:
In good condition, with centre fold as issued.
Technique:
Hand coloured copper engraving.
Image Size:
410mm
x 342mm
Paper Size:
450mm
x 380mm
AUTHENTICITY
Genuine antique
dated:
1665
Description:
Rare c.17th map of Asia depicting a large lake, named Hydrophylacium Principale Asiae, located underneath the Himalayan region to show the supposed origin point of the Indus, Ganges, and other rivers through subterranean paths by Athanasius Kircher.
After Kircher’s travels in Sicily in 1637–1638, during which he observed the eruptions of Mount Etna and Stromboli, and examined the crater of Mount Vesuvius he published his theories on the subterranean in hi,s Mundus Subterraneus. In his account he sought to map the hidden structure and processes of the earth. The work combined observational evidence, reports from travellers and missionaries, and speculative geography to construct a comprehensive vision of the subterranean world. Its maps and diagrams traced networks of volcanic activity, underground waterways, oceanic circulation, and internal terrestrial fires, presenting the earth as an interconnected system governed by concealed natural forces. In doing so, Kircher expanded contemporary cartography beyond the representation of surface geography to include the invisible mechanisms believed to operate beneath the earth’s crust.
From: Athanasius Kircher, Mundus subterraneus, in XII libros digestus.
References:
Shirley, R. The Mapping of the World Early Printed World Maps 1472-1700. London 1987 :: 436.
Ferguson, J. A. Bibliography of Australia Volumes 1-8, Canberra 1976 :: 467.
Sabin, J. A Dictionary of Books Relating to America, from its Discovery to the Present Time. New York. (1936) 1967 :: 37967.
Shirley, R. The Mapping of the World Early Printed World Maps 1472-1700. London 1987 :: 436.
Ferguson, J. A. Bibliography of Australia Volumes 1-8, Canberra 1976 :: 467.
Sabin, J. A Dictionary of Books Relating to America, from its Discovery to the Present Time. New York. (1936) 1967 :: 37967.
Kircher Athanasius (1602 - 1680)
German Jesuit polymath whose work encompassed mathematics, astronomy, geology, linguistics, medicine, music theory, Egyptology, and natural philosophy. He was born on 2 May 1602 at Geisa in the principality of Fulda, within the Holy Roman Empire. Educated initially by Jesuits at Fulda and later at Paderborn, Cologne, Koblenz, and Mainz, he entered the Society of Jesus in 1618. His early education was grounded in classical languages, philosophy, theology, and mathematics, disciplines that informed the encyclopaedic character of his later writings.
During the Thirty Years’ War Kircher was repeatedly displaced by political and military instability. In 1631 he fled Würzburg after Protestant Swedish forces occupied the city, and subsequently taught mathematics and ethics at Avignon. His reputation as a scholar of unusual range brought him to Rome in 1634 under the patronage of the Habsburg emperor Ferdinand II. He spent the remainder of his life at the Collegio Romano, where he lectured in mathematics and assembled a large collection of scientific instruments, antiquities, natural specimens, and ethnographic objects. This collection became known as the Museo Kircheriano and was one of the most celebrated scholarly museums of seventeenth-century Europe.
Kircher published extensively and in lavishly illustrated folio editions. His works sought to synthesise knowledge across disciplines in a unified interpretation of the natural world. Among his most influential books were Ars Magna Lucis et Umbrae (1646), concerning optics and light; Musurgia Universalis (1650), on music theory and acoustics; Oedipus Aegyptiacus (1652–1654), devoted to Egyptian hieroglyphs and comparative religion; and Mundus Subterraneus (1665), a major treatise on geology, volcanology, and subterranean processes. In the latter work he proposed theories concerning the circulation of water, volcanic activity, and the interconnected structure of the earth. His observations were partly informed by journeys in southern Italy, including examinations of Mount Etna, Stromboli, and Vesuvius.
Kircher was among the earliest European scholars to devote sustained attention to the Chinese language and civilisation. His China Illustrata (1667) compiled reports from Jesuit missionaries and provided European readers with information on Chinese geography, religion, flora, fauna, and systems of writing. He also investigated magnetism, infectious disease, cryptography, automata, and mechanical devices. Although many of his interpretations were speculative or incorrect by later scientific standards, his work reflected the transitional intellectual culture of the seventeenth century, in which empirical observation coexisted with allegorical and theological explanation.
His study of Egyptian hieroglyphs was particularly influential in Europe, though ultimately inaccurate. Kircher believed hieroglyphs conveyed symbolic and mystical meanings rather than phonetic language. Despite these errors, his efforts preserved scholarly interest in ancient Egypt until the decipherment of hieroglyphs by Jean-François Champollion in the nineteenth century.
Kircher maintained extensive correspondence with scholars, missionaries, princes, and clerics across Europe and Asia. Through this network he acquired reports, artefacts, manuscripts, and scientific data from a global Jesuit community. His publications circulated widely and contributed to the dissemination of geographical and scientific information during the seventeenth century.
He died in Rome on 27 November 1680 and was buried in the church of Sant’Ignazio. Kircher’s reputation declined during the Enlightenment, when many of his theories were criticised as unscientific, but renewed scholarly attention in the twentieth and twenty-first centuries has recognised his significance as a central figure in the history of early modern knowledge, collecting, and scientific communication.
