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Biography

Whether he will be credited as Robert Brown, Bob Brown or Rob Brown is pretty much irrelevant, as long as he agrees to sit at the mixing console. This top engineerre, remixer and producer is an important part of the highly processed sound of hit records from groups such as the Backstreet Boys and Mariah Carey, so it is probably no surprise that

Brown's roots go back to production work with gothic rock maestro Alice Cooper and his road shows of the 70's, considered to be completely extravagent by the standards of that era. Did Brown advise Alice Cooper to cancel the Welcome to my Nightmare tour when the star stumbled off the front of the stage in Vancouver, cracking three ribs? No! The show must go on! Brown hailed from the midwest, where one of the earliest and perhaps heaviest of his production assignments was two albums by the Milwaukee hard rock outfit the Bad Boys. ~ Eugene Chadbourne, All Music Guide

British botanist (1773–1858)

Brown, a clergyman's son from Montrose, Scotland, studied medicine at Edinburgh University. He joined the Fifeshire Regiment of Fencibles in 1795 and served five years in Ireland as a medical officer. During a visit to London in 1798 he was introduced to Sir Joseph Banks. This led, two years later, to his being recommended by Banks for the post of naturalist on the Investigator in an expedition to survey the coast of New Holland (Australia) under the command of Matthew Flinders. Brown accepted the appointment and the Investigator set sail for the Cape of Good Hope and Australia in 1801. During his five years with the expedition Brown collected 4000 plant specimens, and on his return to England spent another five years classifying these. Rather than use Linnaeus's artificial classification, he followed Antoine de Jussieu's more natural system, adding his own modifications and using microscopic characters to help delimit species. By 1810 he had described 2200 species, over 1700 of which were new (including 140 new genera). He intended to produce an extensive treatise on Australian plants but the poor sales of the first volume, which appeared in 1810, led him to discontinue publication of the remainder.

In the course of his painstaking work Brown became very familiar with plant morphology, which led him to make many important observations. He found that in conifers and related plants the ovary around the ovule is missing, thus establishing the basic difference between these plants and flowering plants or between the gymnosperms and the angiosperms, as the two groups of seed-bearing plants were later named. He also observed and named the nucleus, recognizing it as an essential part of living cells.

In 1827, while examining a suspension of pollen grains in water, under a microscope, Brown observed that the grains were in continuous erratic motion. Initially he believed that this movement was caused by some life force in the pollen, but when he extended his observations to inanimate particles suspended in water he found the same effect. This phenomenon was named Brownian motion and remained unexplained until the kinetic theory was developed.

From 1806 to 1822 Brown was librarian of the Linnean Society; in 1810 he also became librarian and curator at Banks's Soho Square residence. Banks stipulated in his will that on his death Brown should take charge of his house, library, and herbarium. In 1820 Brown duly inherited this responsibility and in 1827 he donated Banks's library and herbarium to the British Museum on the understanding that the trustees established an independent botany department in the museum. Thus a botanical collection became accessible to the general public for the first time in Britain.

Although Scottish botanist Robert Brown (1773-1858) was responsible for discovering the nucleus of a cell, he is perhaps best known for his discovery of the random movement of microscopic particles in asurrounding solution, later referred to as "Brownian motion." He also developed alternative plant classification systems.

Robert Brown was born in Montrose, Scotland - the son of an Episcopalian minister. Although he later discarded his religious faith, Brown gained an appreciation for high intellectual standards from his father. He studied at Marischal College in Aberdeen, and completed his medical studies at Edinburgh University in 1795.

Met Future Collaborator

Immediately after graduation, Brown served as an assistant surgeon in the Fifeshire Regiment of Fencibles, an army regiment stationed in Northern Ireland. His journal entries during this period suggest that Brown's military duties did not demand much of his time. Not one to waste time, Brown's intellectual curiosity led him to study the German language. He also continued his botanical pursuits, memorizing the structures of various plants such as ferns and mosses. His knowledge of German later helped Brown recognize a significant scientific work in that language (Geheimniss der Natur im Bau und in der Befruchtung der Blumen, by C.K. Sprengel, 1793) and bring it to the attention of peer and fellow scientist, Charles Darwin, in 1841.

During a 1798 military recruiting trip to London, Brown was introduced to Sir Joseph Banks. Banks was a prominent lover of botany who used the resources in his home (which included a large library and plant room) to create a botanical center for enthusiasts in the region. Banks was particularly interested in meeting Brown, who had been highly recommended by a peer, Jose Correa da Serra. Both Banks and his current botanist librarian were impressed with Brown's intellectual tenacity. The meeting between Brown and Banks was fortuitous and would later provide the young Scottish botanist with opportunities that would enhance his career. Brown continued to serve as an army official in London during 1798, but was not forgotten by Banks.

A Notable Expedition

A few years after their original meeting, Banks chose Brown to serve as a naturalist for an expedition by sea (beginning in 1801). The chief purpose of the expedition was to study the flora and fauna of the north and south coasts of Australia. Banks used his influence with the Admiralty (who sponsored the voyage) to secure the position for Brown. In typical fashion, Brown spent much of his time preparing for the expedition by studying what was known about the plants of Australia. Captain Matthew Flinders led the expedition. The team of naturalists made several stops including King George Sound (which proved to host a wealth of previously undiscovered plant species), and Port Jackson. Brown spent ten months in Port Jackson, while the ship returned to Timor for provisions. By the time Brown returned to London in 1805, he had collected over 4,000 samples of plants, supplemental drawings, and specimens for zoological research. Banks convinced the Admiralty to give him a salary for classifying and describing the plant samples that had been collected. The task took Brown an additional five years. Brown's collection included 2,200 species of plants, at least 1,700 new species, and 140 new plant genera.

Publication Proved Disappointing

While Brown catalogued his collection from the expedition, he also served as librarian for the Linnean Society, beginning in 1806. He also served as Banks' librarian, beginning in 1810. During that year, Brown published Prodromus Florae Novae Holandiae et Insulae Van Diemen, a study of Australian flora. The study modified one of the prevailing systems of plant classification (the Jussiaean system) by adding new families and genera and including observations about plants worldwide. Even though the study was well received by peers and botanists, Brown had to pay the costs of publication and was only able to sell 24 of 250 printed copies. This effort appeared to have discouraged him and Brown never completed a companion volume that would have covered other plant families from the expedition. Fortunately, Brown's botanical observations were also recorded in his memoirs, such as his "General Remarks, Geographical and Systematical, on the Botany of Terra Australis"; a piece that was published in Flinders' A Voyage to Terra Australis in 1814. Brown's disappointing experience while publishing his study of Australian flora affected the style of his future work. He attempted no further broad syntheses, but instead published his discoveries or thoughts as appendages to other works or as pieces of his memoirs.

A Parting Gift

Banks, who had already provided the botanist with opportunities and resources for advancement, gave Brown one final gift. When he died in 1820, Banks' entire library and all collections were left to Brown. According to the terms of the Banks will, these library collections were to be transferred to the British Museum after Brown's death. However, Brown did not wait until his own death to share the wealth of information that Banks had left. With typical pragmatism, Brown took it upon himself, in 1827, to convince staff at the British Museum to establish a new botanical department, comprised of the Banks collection. They agreed, and Brown ran the botanical department until his death. The collection was notable for being the first nationally owned collection of such material in Britain that was available to the public as a resource.

An Important Discovery

During microscopic research performed in 1827, Brown made his biggest discovery. While observing the sexual organs of plants under the microscope, the scientist found that pollen grains seemed to be darting around in a random manner. Curious, Brown studied other substances under the microscope in search of the same movement. He discovered that if particles were of a certain size (or smaller), that the movement continued to occur. Brown observed the same movement in glass and rock particles, and theorized that the movement was not limited to living matter. The botanist concluded that the movement was caused by some phenomenon of physics and named the phenomenon "Brownian motion." In 1905, Albert Einstein suggested that Brownian motion was the result of the particles colliding with molecules. Nobel Prize winner, Jean Perrin, proved that Einstein's thesis of Brownian motion was correct. Brown's discovery provided the first evidence that proved the existence of atoms. The phenomenon of Brownian motion also led scientists to quantify Avagadro's number - a physical constant for describing random motion.

Brown continued his work in botanical research, focusing especially on work with a microscope. He led the field on research that studied fossils under the microscope, and was particularly interested in studying pollination among the higher plant species. His microscopic research led him to discover the nucleus of the cell (1831), which he observed in plant tissue and which he named. The presentation of this discovery was typical of much of Brown's work-he imbedded this discovery in a pamphlet which focused on the sexual organs of orchids.

A Dedicated Botanist

In his personal life, Brown was known as a witty, yet quiet man who associated mainly with his peers. He never married and lived a home bequeathed to him by Banks until his death. Because of Brown's broad range of knowledge that would have been difficult to synthesize, his published work often suggested questions and possibilities for further research. Darwin, a peer of Brown's remarked on the "minuteness of [Brown's] observations and their perfect accuracy". Darwin claimed that when Brown died, much of his knowledge "died with him, owing to his excessive fear of never making a mistake." Brown appeared to have been untroubled by financial worries during his lifetime, and turned down three professorships. He continued his lifelong passion for botany and hiked to the top of a Scottish mountain (where he had studied plants 60 years earlier) five years before his death. Brown died in London on June 10, 1858.

Further Reading

Collier's Encyclopedia, edited by William D. Halsey, Macmillan, 1990.

Columbia Encyclopedia, 5th edition, 1993.

Dictionary of Scientific Biography, edited by Charles Coulston Gillispie, Charles Scribner's Sons, 1973.

Merriam-Webster's Biographical Dictionary, 1995.

World Who's Who in Science, edited by Allen G. Debus, Marquis Who's Who, 1968.

Economist, October 3, 1992.

Science News, May 4, 1991.

Scientific American, August, 1991.

For more information on Robert Brown, visit Britannica.com.

1773–1858, Scottish botanist and botanical explorer. In 1801 he went as a naturalist on one of Matthew Flinders's expeditions to Australia, returning (1805) to England with valuable collections. In his Prodromus florae Novae Hollandiae et Insulae Van Diemen (1810) he described Australian flora. A leading botanist of his day, he served as librarian to the Linnaean Society and to Sir Joseph Banks and later as curator at the British Museum. He observed Brownian movement in 1827, discovered the cell nucleus in 1831, and was the first to recognize gymnosperm as a distinct angiosperm. His studies of several plant families and of pollen were also notable.

Quotes:

"The Church cannot be content to live in its stained-glass house and throw stones through the picture window of modern culture."

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