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The Foreign Founder of the Smithsonian
Global Mars maps
The Stranger and the Statesman: James
Smithson, John Quincy Adams, and the Making of Americas Greatest
Most of us employed at Smithsonian have the vague knowledge that James Smithsons
disenchantment with British aristocracy was behind his curious bequest to create
an institution to be founded in Washington, D.C., for the increase and
diffusion of knowledge among men. But this is far from the complete story.
Thanks to this lively and extraordinarily well-researched book, Nina Burleigh
shows the situation to have been far more interesting and complex.
Smithson, one of several bastard children of the immensely wealthy Duke of Northumberland, was born in 1765 and raised in Paris. His given name wasnt even Smithson it was Jacques Macie, the name given to him by his then unwed mother, Elizabeth Macie. It wasnt until he was nine years old that his mother took him to London to grow up as a proper Englishman; Elizabeth Macie then arranged for the passage of a parliamentary bill that naturalized him James Macie.
James Macie received a proper English schooling and entered Pembroke College (Oxford) in 1782. At Oxford, he was a superb student, particularly excelling in chemistry. It was there that he learned the technique of blowpipe analysis, perfected earlier in Sweden, to analyze minerals and other materials.
Macie, although he was not doing what we would now call cutting-edge science, was noted for his persistence in obtaining accurate analyses; he sometimes repeated individual measurements 100 or 200 times to obtain the results he sought. This fine work caught the eye of eminent scientists of the day, and he attracted the support of luminaries such as James Hutton and Henry Cavendish. This, plus the unspoken knowledge of his aristocratic (albeit irregular) birth, led to his election to the Royal Society at the age of 22, then the youngest person to join that elite organization.
In the early 1790s, Macies predilection for foreign residency took hold, and he moved back to Paris. As the French Revolution heated up, he moved to Italy and then to Germany. But upon the death of his mother in 1800, he quickly returned to London. Following her request that his name should reflect his true heritage, James Macie changed his name to James Smithson, the family name of his father, the late Duke of Northumberland (né Hugh Smithson). He also inherited his mothers considerable wealth, consisting mostly of lands and properties that brought him a handsome income.
So we learn that Smithsons wealth came not from the fathers side of this nonexistent family but from his mother, who tenaciously held and further accumulated land and property inherited from her family. One might argue that the Smithsonian Institution should more appropriately be called the Macieian Institution!
Gradually, Smithson became disenchanted with the Royal Society, perhaps because its then-younger members looked down on his repetitive and less-than-original research. He then shifted his allegiance to the Royal Institution, newly established by a group of wealthy English gentlemen to bring knowledge to the general public. This event provides a hint about Smithsons later interest in diffusing knowledge to the public.
Smithson continued with his blowpipe work into the 1820s, but his health was failing. He gambled a great deal toward the end of his life, so much so that a good friend (named Arago) had to intervene to prevent Smithson from frittering his fortune away. Later Arago joked that without his help, the Smithsonian Institution might never have been founded. Smithson died in 1829, leaving his estate to the U.S. government; he was buried in Genoa, Italy.
What kind of man was James Smithson? Burleigh portrays him as reticent, noting he was never married. Furthermore, Burleigh reports theres no record that he ever had romantic relationships of any sort. So how could such an introverted and seemingly conservative man be so radical as to will his fortune to the United States a place he had never visited? Amazingly, theres no evidence that he had ever even met an American.
Burleigh, like previous historians, cannot solve the Smithson mystery completely, but she brings us closer to the answer. She further develops the widely held belief that Smithson deeply resented the fact that his irregular birth precluded his acceptance by aristocratic English society. He desperately wanted a title, but this was denied him. His gradual disenchantment with (and rejection by) the Royal Society and his embrace of the now-vanished Royal Institution (with its goal to spread knowledge to the general public) widened the distance between him and the stodgy establishment. Smithson also wanted a kind of revenge for what he felt the system had done to him, and the following remark from his copious unpublished notes states this very clearly: My name shall live in the memory of man when the titles of the Northumberlands ... are extinct and forgotten.
But this is only half the story. Burleigh goes on to tell how the 105 sacks of gold were brought to the United States, and how Southern congressmen, defending states rights and rabidly opposing any initiatives by the central government, did everything in their power to scuttle the lofty wishes of James Smithson. As a result of some unbelievable shenanigans, most of the money was invested in Arkansas state bonds. It took the hard work of statesman John Quincy Adams (the Statesman of the books title) to have an equal amount of money appropriated by Congress to fulfill Smithsons intentions. Others in Congress also worked long and hard to bring the Smithsonian Institution to reality.
Although not dealt with in The Stranger and the Statesman, it is interesting to consider how the earth sciences have been impacted by James Smithsons institution since its founding in 1846. The National Museum of Natural History (NMNH), where most of the institutions geological research takes place, has certainly contributed much to the increase and diffusion of knowledge through its collections of objects.
The museums rich holdings in the fields of paleontology, mineralogy, meteoritics and volcanology have not only facilitated the research of Smithsonian scientists, but also the work of thousands of other researchers, here and abroad. It can be said that James Smithsons bequest has had an enormous positive impact on collections-based earth science research around the world.
A far broader impact has been the diffusion of knowledge to the general public. Since 1960, an average of 5 million people have visited NMNH each year (thats a total of 220 million people), and millions more came in earlier years. Surely, just about all of these people paid visits to the exhibit halls featuring the geosciences. Collectively, these visitations represent the diffusion of earth-science knowledge on a scale far beyond Smithsons imagination.
Burleigh deserves high praise for researching and bringing together so much information on Smithson in The Stranger and the Statesman. You dont have to be a Smithsonian employee to be captivated by this informative and well-written book.
A new set of
maps of Mars may help you get your geographic bearings as you pour over new
images sent back to Earth from the twin rovers on the Red Planet. The two-sheet
set consists of a topographic map and a color-coded contour map of the martian
surface. The set shows the landing sites of the rovers as well as the landing
sites from the previous Viking and Pathfinder missions.
The maps may give people more of a feel for Mars being a place that one could imagine going to, not just a dot in the sky, says Randy Kirk of the U.S. Geological Survey (USGS). They show, he says, a wide range of landforms, some of them relatively unfamiliar (such as craters) and some more familiar (such as the channels cut by water sometime in the past). The maps also show that theres no water on the surface now, Kirk says, so in that sense theyre a good introduction to the burning question about Mars: What happened to its climate?
Prepared for NASA by USGS, the map set comes from data off the Mars Orbiter Laser Altimeter, an instrument on NASAs Mars Global Surveyor spacecraft. The base image represents more than 6 billion measurements gathered between 1999 and 2001. These maps are one to two orders of magnitude more accurate than earlier martian maps, says Ken Tanaka, also at USGS. He notes that these are also the first USGS global Mars maps available in both print and electronic form.
Each map measures 36 by 32 inches. The set is available for $14 through USGS Earth Science Information Centers. Call 1-888-ASK-USGS or visit their stores online.
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