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Robert Plot
Robert Plot
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Robert Plot (13 December 1640 – 30 April 1696) was an English naturalist and antiquarian who was the first professor of chemistry at the University of Oxford and the first keeper of the Ashmolean Museum.

Key Information

Early life and education

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Born in Borden, Kent to parents Robert Plot and Elisabeth Patenden, and baptised on 13 December 1640, Robert Plot was educated at the Wye Free School in Kent. He entered Magdalen Hall, Oxford in 1658 where he graduated with a BA in 1661 and an MA in 1664. Plot subsequently taught and served as dean and vice principal at Magdalen Hall while preparing for his BCL and DCL, which he received in 1671 before moving to University College in 1676.[1][2]

Natural history and chemistry

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By this time, Plot had already developed an interest in the systematic study of natural history and antiquities.[3] In June 1674, with patronage from John Fell, the bishop of Oxford, and Ralph Bathurst, vice-chancellor of the university, Plot began studying and collecting artefacts throughout the nearby countryside, publishing his findings three years later in The Natural History of Oxford-shire.[1] In this work, he described and illustrated various rocks, minerals and fossils, including the first known illustration of a dinosaur bone which he attributed to a giant human (later recognised as the femur of a Megalosaurus), but believed that most fossils were not remains of living organisms but rather crystallisations of mineral salts with a coincidental zoological form.[3]

The favourable reception of his findings not only earned him the nickname of the "learned Dr. Plot," but also led to his election into the Royal Society of London on 6 December 1677, where he served as the society's secretary and joint editor of the Philosophical Transactions (144–178) from 1682 through 1684.[1] Another implication of his success was his appointment as the first keeper of the newly established Ashmolean Museum in 1683, as well as his simultaneous appointment as the first professor of chemistry in the new well-equipped laboratory housed within the museum.[2]

In the field of chemistry, he searched for a universal solvent that could be obtained from wine spirits, and believed that alchemy was necessary for medicine. In 1684, Plot published De origine fontium, a treatise on the source of springs, which he attributed to underground channels originating from the sea. Plot shifted his focus towards archaeology in the 1686 publication of his second book, The Natural History of Staffordshire, but misinterpreted Roman remains as Saxon.[2] He also describes a double sunset viewable from Leek, the Abbots Bromley Horn Dance.[4][5] and, for the first time, the Polish swan, a pale morph of the mute swan.[6]

Later life and death

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In 1687, Plot was made a notary public by the Archbishop of Canterbury as well as appointed the registrar to the Norfolk Court of Chivalry.[1] Plot resigned from his posts at Oxford in 1690, thereafter marrying Rebecca Burman of London and retiring to his property of Sutton Barne in his hometown of Borden, where he worked on The Natural History of Middlesex and Kent but never completed.[2] The office of Mowbray Herald Extraordinary was created in January 1695 for Plot, who was made registrar of the College of Heralds just two days later.[1] Although able to go on an archaeological tour of Anglia in September 1695, Plot was greatly suffering from urinary calculi (kidney stones), and succumbed to his illness on 30 April 1696 aged 55. He was buried at Borden Church, where a plaque memorialises him.[3]

References

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Further reading

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from Grokipedia
Robert Plot (13 December 1640 – 30 April 1696) was an English naturalist, antiquarian, and academic who served as the first professor of chemistry at the and the inaugural keeper of the . Best known for pioneering the genre of county natural histories in Britain, Plot documented fossils, minerals, , , and local customs in meticulous detail, earning him recognition as the "genial father of county natural histories." Born in Borden, , to a genteel family, Plot was educated at Magdalen Hall (now Hertford College) in , where he earned a in 1661, a in 1664, and a in 1671. After teaching at , he pursued fieldwork in , becoming a following the publication of his seminal work, The Natural History of Oxford-shire in 1677. In this illustrated volume, Plot described and depicted a large fossilized from a in —provided by Sir Thomas Pennystone—which is now recognized as the first published account of a bone (likely from ), though he erroneously attributed it to a giant human or possibly a Roman war elephant. In 1683, Plot was appointed to dual roles at : the university's first Savilian Professor of Chemistry and the first keeper of the newly established , where he curated collections of natural specimens gathered during his travels. He retired from these positions after seven years but continued his scholarly pursuits, publishing The Natural History of Stafford-shire in 1686, which similarly cataloged the region's geology, botany, zoology, and historical artifacts, including early maps and engravings. Plot's approach emphasized empirical observation and local specificity, influencing subsequent naturalists and contributing to the Royal Society's tradition of scientific inquiry since its founding in the 1660s. He died in Borden, , at age 55, leaving a legacy as a foundational figure in English and .

Early life and education

Family background and early schooling

Robert Plot was born on 13 December 1640 at the family estate of Sutton Barne in Borden, , into a gentry family with ties to local landowners. He was baptized the same day in the parish church of Saints Peter and Paul in Borden. Plot was the only son of Robert Plot the elder, a landowner who died in 1669 at age 63, and Rebecca, daughter of Thomas Patenden of Borden. His family background provided a stable environment within the Kentish , fostering early exposure to the region's rural landscapes and resources. Plot received his initial formal education at the Wye Free School in , an institution known for instruction in classics and basic sciences during the mid-17th century. There, he built foundational knowledge that later aligned with his pursuits in , influenced by 's diverse and , though his systematic interests emerged more fully during higher studies. This early schooling laid the groundwork for Plot's transition to university-level education at in 1658.

Oxford studies

Robert Plot matriculated at Magdalen Hall, (now part of Hertford College), in 1658, beginning his university education amid the intellectual ferment of the Restoration era. He progressed steadily through his studies, earning a degree in 1661 and a in 1664 from Magdalen Hall. Following his MA, Plot remained at Oxford, taking on early academic responsibilities at Magdalen Hall, where he served as a tutor, dean, and vice-principal. In these roles, he contributed to the institution's and instruction, fostering his growing interest in while preparing for advanced legal studies. By 1671, he had transferred to , where he obtained his (BCL) and (DCL) degrees, both awarded cum laude, marking the culmination of his formal education in both arts and law. Plot's time at Oxford positioned him within a vibrant community of scholars, including figures like and , whose empirical approaches to began to influence his own pursuits. This period laid the groundwork for his later and scientific endeavors, emphasizing and collection as key methods in understanding the natural world.

Academic appointments

Professor of chemistry at Oxford

In 1683, Robert Plot was appointed as the first Professor of Chemistry at the , a position established through the endowment of , who funded both the professorship and the adjacent . This marked a significant milestone in recognizing chemistry as a distinct academic pursuit at the university, building on Plot's earlier studies at Oxford and his travels in where he gained practical knowledge in and experimental methods. Plot held the chair from 1683 until his resignation in 1690, during which time he delivered the inaugural chemical lectures and oversaw the equipping of a dedicated laboratory in the museum's vaults for practical instruction. Plot's teaching emphasized chemical principles with a focus on iatrochemistry, the application of chemistry to , integrating theoretical lectures with hands-on demonstrations of processes such as to prepare medicinal substances. He conducted these sessions in the new , where students could observe and participate in experiments involving the rectification of spirits and the extraction of active principles from natural materials, reflecting his belief in chemistry's practical utility for healing. Around 1677, prior to his appointment, Plot had already formed partnerships to produce and sell chemical medicines, underscoring his commitment to iatrochemical applications that informed his pedagogical approach. In his research, Plot investigated solvents known as menstrua, particularly the concept of the alcahest or universal solvent, which he described as a liquor capable of inseparably altering the constitution of dissolved substances into new forms. His manuscripts detail distillation techniques for achieving highly rectified spirit of wine, aiming to enhance its subtlety for alchemical and medicinal uses, including extractions from sources like the works of and Flamel. These pursuits extended to broader alchemical applications in preparing remedies, though Plot maintained about such interests in his public lectures. Plot's tenure advanced chemistry's institutional standing at by advocating for dedicated facilities and studies; he petitioned the king for a to promote alchemical , emphasizing its separation from traditional philosophical curricula to foster experimental innovation. This effort, detailed in his writings and printed in historical accounts, helped lay groundwork for chemistry's integration into university education, influencing subsequent developments in the discipline.

Keeper of the Ashmolean Museum

Robert Plot was appointed the first Keeper of the in in March 1683, a position that overlapped with his concurrent appointment as the university's inaugural Professor of Chemistry. The museum, established through the donation of Elias Ashmole's extensive , officially opened to the public on 24 May 1683, becoming the world's first university museum dedicated to public access and scientific display. Plot's role was pivotal in transforming Ashmole's into a structured institutional resource for scholarly and educational purposes. As Keeper, Plot oversaw the cataloging, arrangement, and preservation of Ashmole's donations, which encompassed a diverse array of natural specimens such as fossils, shells, and botanical items; antiquities including historical artifacts; numismatic collections of coins and medals; and ethnographic objects from , , and the . He organized the exhibits into thematic sections, including dedicated rooms for , human artifacts, and , to facilitate systematic study and visitor . Plot meticulously prepared manuscript catalogues of the holdings, achieving high curatorial standards that emphasized accurate documentation and protection of the specimens. Additionally, he managed ongoing acquisitions, such as fossils and coins, to expand the collection while integrating his chemical expertise to analyze and classify natural materials. Plot introduced several innovations in museum operations to promote and . He regulated visitor access by admitting groups in controlled sessions with doors secured during tours, ensuring the collections' while broadening . To support maintenance, he enforced entry fees collected by the Keeper, and he developed early visitor guides through his catalogues, which served as descriptive aids. Plot also delivered lectures on chemistry and within the premises several times a week, fostering an educational environment that linked curatorial display with . These efforts, approved by Ashmole in 1686, emphasized the 's role as a center for scientific inquiry and enlightenment. Despite these advancements, Plot encountered significant challenges, including ongoing administrative disputes with university authorities over governance and control of the , compounded by an inadequate salary that strained his financial position. These tensions culminated in his from both the Keepership and the chemistry professorship in 1690. Plot's tenure laid foundational protocols for modern , particularly in cataloging systems, thematic organization, and regulated public engagement, which influenced subsequent scientific institutions across by prioritizing preservation, , and .

Scientific and antiquarian contributions

Natural history publications

Robert Plot's most influential natural history works were regional surveys that aimed to catalog the natural and artificial features of English counties in a systematic manner, drawing on empirical observation and collaboration with local informants. His first major publication, The Natural History of Oxfordshire (1677), was undertaken at the encouragement of the Royal Society and structured as an essay toward a broader natural history of England. The book provided a comprehensive survey of Oxfordshire's geology, including soils and strata; minerals and fossils, such as belemnites and the femur of what Plot described as a giant human thigh bone (later recognized as Megalosaurus); botany, including descriptions of numerous plant species; zoology, covering local mammals, birds, fish, and insects; and even antiquities like coins and inscriptions. This work featured detailed engravings, many by Michael Burghers, to illustrate specimens and landscapes, marking one of the earliest uses of such visual aids in English natural history. Building on this success, Plot published The Natural History of Staffordshire in 1686, adopting a similar organizational framework divided into sections on earths, stones, fossils, , animals, and human artifacts. The volume emphasized economic aspects of the region's geology, such as coal seams, iron ores, and clay deposits used in , alongside descriptions of local industries like and salt production. It included maps of the county and 37 engravings, primarily by Burghers, depicting curiosities like echo phenomena and unusual rock formations. Plot's surveys relied on fieldwork, including measurements of natural features, and networks of correspondents who supplied specimens and eyewitness accounts from , artisans, and physicians. In 1685, Plot issued De origine fontium, a philosophical exploring the origins of springs and rivers through observational and classical influences. He proposed that springs arose from infiltrating subterranean channels, heated and propelled upward by underground forces, rejecting purely meteoric explanations like rainfall infiltration and citing biblical references such as Ecclesiastes 1:7 to support a of waters. This shorter work, later excerpted in the Staffordshire volume, demonstrated Plot's method of integrating field measurements—such as river flows during dry periods—with theoretical reasoning drawn from Aristotelian . Plot's approach across these publications emphasized empirical methodology, including personal surveys, printed questionnaires distributed to locals, and the collection of physical specimens for verification, often facilitated by his connections. He planned additional volumes, such as natural histories of and , conducting a 1693 field trip to with to observe chalk pits and ancient roads, but these remained unfinished, with partial manuscripts surviving in the and collections.

Chemical and antiquarian pursuits

Robert Plot engaged in experimental chymistry that blended traditional alchemical techniques with emerging scientific methods, drawing heavily on medieval sources such as the Lullian corpus and the works of Joan Baptista van Helmont. His pursuits included the preparation of Paracelsian chemical medicines and the of substances like wine spirits in search of a universal solvent, a key alchemical goal believed capable of dissolving all materials. Plot also explored , the transmutation of base metals into gold, incorporating procedures aimed at producing philosophical mercury—a volatile, transformative agent central to alchemical elixirs—and reported on related trials through his curatorial role at the Royal Society. These experiments extended beyond his academic duties, often conducted privately to balance secrecy with empirical observation, and contributed to his collection of metallurgical specimens for the . Plot was elected a on 6 December 1677, recognizing his early contributions to . He served as secretary from 1682 to 1684, during which he acted as joint editor of Philosophical Transactions, curating submissions on chemical phenomena, including alchemical processes and observations relevant to chymistry. In this capacity, he facilitated the publication of reports on transmutation experiments and preparations, promoting rigorous documentation while distancing the Society from overt speculation. His editorial influence helped integrate chemical inquiries into the broader Baconian framework of the Royal Society, emphasizing verifiable trials over mystical claims. In his research, Plot systematically studied historical artifacts, focusing on Roman coins, inscriptions, and earthworks across and . He cataloged Roman numismatics, examining their materials, inscriptions, and distribution to trace ancient and settlement patterns, often integrating metallurgical analysis from his chymical expertise. Plot investigated prehistoric and Roman earthworks, including barrows and monumental structures, interpreting them as evidence of early engineering and cultural practices; for instance, he documented burial mounds in as potential sites of ancient rituals. These studies bridged and , treating artifacts as specimens for empirical study. Plot maintained extensive correspondence with antiquaries like , exchanging insights on , ancient customs, and supernatural traditions preserved in local lore. Their letters discussed oral histories of pagan rituals and medieval superstitions, which Plot viewed as vestiges of pre-Christian practices worth documenting alongside physical remains. Additionally, Plot contributed to heraldic studies, compiling genealogical records and armorial bearings that informed his broader framework, emphasizing the continuity of from Roman times.

Later life and legacy

Administrative roles and personal life

In 1690, following his resignation from his academic positions at , Robert Plot married Rebecca Burman (née Sherwood), a widow and daughter of Ralph Sherwood, on 21 August at . The couple settled at Plot's family estate, Sutton Barne, in Borden, , where they raised two sons, Robert (who died in March 1751) and Ralph Sherwood Plot, along with a daughter Rebecca who predeceased her father. Plot's administrative career expanded beyond academia in the late 1680s. On 3 October 1687, appointed him a , enabling him to authenticate documents in contexts. That same year, the seventh named him registrar of the Court of Chivalry, a role involving the adjudication of heraldic disputes and genealogical inquiries. In 1688, he was further appointed Historiographer Royal for the , overseeing records of and arms. By early 1695, Plot received additional honors in . On 5 February, he was created Mowbray Herald Extraordinary at the , a newly revived office that tasked him with genealogical research and ceremonial duties. Two days later, on 7 February, he was appointed registrar of the College of Heralds, managing its administrative and archival functions. These roles aligned with his interests and provided income after his departure. After retiring to Sutton Barne around 1690, Plot focused on personal scholarly pursuits while managing the estate's finances and improvements, including enhancements to the property circa 1695. In his later years, he faced health challenges, beginning in the summer of 1695 with urinary calculi that severely impaired his mobility. Despite this, he undertook a brief tour through in September 1695, accompanying the to gather heraldic and historical data in line with his new roles.

Death and posthumous influence

Robert Plot died on 30 April 1696 at the age of 55 in Borden, Kent, succumbing to urinary calculi after suffering from the condition for approximately one year. He was buried in the churchyard of St. Mildred's Church in Borden. In his will, dated 9 September 1694 with a codicil added on 26 March 1696, Plot provided for his wife Rebecca, granting her rings, jewels, household goods for life, an annual rent charge of £30, and guardianship of their children. His son Robert inherited the family estate at Sutton Manor, including woodlands and marsh lands, while tithes from Iwade Rectory were allocated to an unborn child (later named Ralph Sherwood Plot). If his direct descendants died without issue, the estate would pass to his niece Rebecca Taylor and her son Thomas, and Plot directed that tithes be used to endow a "Plotts Professor of Natural History" at the University of Oxford. Plot also left several unfinished manuscripts, including planned natural histories of Kent and Middlesex, which were preserved and later housed in Oxford collections, contributing to ongoing antiquarian and scientific studies. Plot's posthumous influence is most evident in the fields of and , where he is regarded as a foundational figure in English through his empirical surveys of regional landscapes and fossils. His 1677 illustration in The Natural History of Oxfordshire of a large thigh bone from —initially attributed to a Roman , giant , or unknown quadruped—holds the distinction of being the first published depiction of a bone, specifically from . This image was rediscovered and reinterpreted in the early by geologist , who in 1824 formally described as an extinct giant reptile based on similar fossils from the same strata, marking a pivotal moment in recognizing prehistoric life forms. In modern scholarship, Plot's legacy endures through his pioneering model of county-based natural histories, which emphasized systematic observation and influenced subsequent regional studies across Britain. As the first keeper of the Ashmolean Museum, his curatorial standards— including detailed cataloguing and public accessibility—established an enduring template for natural history museums worldwide. Historians of science have highlighted Plot's empirical methods, such as his use of questionnaires and on-site investigations, as key contributions to the transition from antiquarianism to modern scientific inquiry, though his recognition was initially overshadowed by more prominent contemporaries like Robert Hooke. This appreciation was revived in 20th-century works, including Robert T. Gunther's Early Science in Oxford, which underscored Plot's role in fostering interdisciplinary natural philosophy.

References

  1. https://en.wikisource.org/wiki/Dictionary_of_National_Biography%2C_1885-1900/Plot%2C_Robert
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