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$2.7 MILLION TIME PIECE
Banking records as far back as 1860 show Caleb Marshall as president of the Real Estate Bank of Delaware, which was located in Newport, DE. Caleb is the older brother of John Marshall (Kennett Bank President), and together they established an iron rolling mill on the Red Clay Creek in what is now known as Marshallton, DE. In late 1864, Franklin Q. Flinn was elected president of the bank as Caleb and his family were moving to Philadelphia to establish the Penn Treaty Iron Works for the manufacture of terne plate (early form of galvanized iron for which Caleb was issued patents). The $1 bill shown below, issued by the Real Estate Bank of Delaware, has Caleb Marshall’s signature as president. That is William Penn pictured and not Caleb Marshall.
Caleb’s brother John was president of National Bank of Kennett Square from its founding in 1881 until his death in 1885, when E.B. Darlington became president. Darlington remained president until T. Elwood Marshall (Israel’s brother) assumed the presidency in 1915 and remained until 1922. His nephew T. Clarence Marshall became president in 1923 and remained in that office for 9 years. On July 1, 1930, the bank merged with Kennett Trust Company (formed in 1889) to become National Bank & Trust Company of Kennett Square, which was acquired in 1882 by Meridian Bank. Additional banking industry consolidations saw Meridian acquired by Corestates Bank and then First Union National Bank. In 2001, Wachovia Bank acquired First Union, and today its all part of Wells Fargo Bank.Before the Civil War, many states issued their own currency. As a means to pay for the war, reduce counterfeiting, and eliminate differences in currency value, the U.S. federal government created a national currency under Abraham Lincoln. By creating a system of nationally chartered banks, the government would print denominations of $1, $5, $10, $20, $50, $100, $500 and $1,000 bills to be issued by a “National Bank.” Every bank that changed their charter to that of a National Bank (and hence why there are so many First National Bank of…, Second National Bank of…, Third National Bank…, etc.) agreed to obey the rules for national currency. A bank was required to deposit a bond with the government for the value of government printed currency they received to place into public circulation. The government would print the name of the national bank on the currency and provide currency sheets to the requesting bank. Once each bill was hand-signed by the bank’s cashier and president, they could be hand-cut from the sheets (which is why you see the irregular borders in the images below) and issued to the bank’s customers. The system was in place from 1863 until the Great Depression in 1929, when a majority of the National Banks became insolvent. As a result, the U.S. government created our present Federal Reserve notes.
Above is an image of a $10 National Bank of Kennett Square bill issued April 26, 1921, with T. E. Marshall’s handwritten signature as president. Images of $10 and $20 National Currency bills (below) with T. Clarence Marshall’s lithograph-printed signatures show the bank’s name change to National Bank and Trust Company of Kennett Square. Over the 55-year life of the national currency program, National Bank of Kennett Square issued nearly $2.7 million in 15 different types and denominations of national currency. It is estimated that due to the higher-value denominations issued in later years, when TE and TC Marshall were presidents, that more than half the dollar value of $2.7 million total issued in National Currency by Kennett Bank displays a Marshall signature!!
AUTOMOTIVE BODY DESIGNS
We recently ran across an image that called our attention to 21st-century automotive body designs. If one examines 23 current brands of automobiles offered to the American driver, and we imagine equivalent models all painted in light gray, there’s not really a lot of diversity in basic appearance, as the image to the right attests. Images of individual vehicles for the composite image were digitally “painted” light gray as the color is not offered by all manufacturers.
According to Kit Foster’s The Stanley Steamer: America’s Legendary Steam Car, in April 1898 the Stanley twins contracted Currier Cameron Company to construct the wooden bodies that were then sent to the Shields Carriage Company for lacquer application and finishing. Both businesses were located in Amesbury, Massachusetts, and shared common organizational roots. Locomobile assembled their cars in Watertown, which required the finished bodies to be shipped in boxcars by rail between the two cities.
ERRATIC BOILER WATER GAUGE
In Tom Marshall’s teachings to the Steam Team he often talked of more rare issues that can affect a Stanley’s performance. The issue of boiler foaming and priming is rare and involves only the water on board a Stanley and not the vehicle itself. This author has experienced boiler foaming involving a Wilmington & Western Railroad locomotive that had excess boiler treatment added to the water. In that case, the problem was quickly visible in the glass boiler sight gauge as instead of the glass tube 2/3rds full of water, when the engineer opened the throttle, the glass quickly turned milky white, an indication of boiler foaming. Ignored, such a problem might quickly become dangerous for continued operation of the locomotive or steam car. In the case of a condensing Stanley, the boiler gauges are of an actual gauge construction, and unless the the steam car has been retrofitted with a glass sight gauge, a foaming issue must be recognized through other clues.Tom Marshall advocated a tablespoon of Arm & Hammer Super Washing Soda be added to the water tank every three or four tankfuls of water. Arm & Hammer Super Washing Soda, Tom’s favorite, is pure sodium carbonate (Na2CO3). Washing soda is also known as soda ash and soda crystals and is primarily used to manufacture glass, paper, rayon, soaps, detergents, and as a water softening agent. Since the start of the 20th century, boiler operators have experimented with the addition of sodium carbonate to boiler water to provide alkalinity to the water. In the late 1800s and early 1900s, a treatment of washing soda was employed by land and marine boiler operators as the best means to prevent scaling and corrosion. Use of washing soda as boiler water treatment resulted in dramatically reducing boiler maintenance and associated costs. For Stanleys it does seem to “wash” the water system of impurities and keep the pumps, check valves, and other components free of mineral buildup.
LOW-DIGIT LICENSE PLATES
In August and September each year, Massachusetts Registry of Motor Vehicles (MRMV) holds their annual Low Plate Lottery. Massachusetts residents with an existing insured and registered vehicle are invited to apply for a low character-count license plate. In mid-September the MRMV announces the lottery winners. Residents may enter only once, even if they have multiple vehicles registered in Massachusetts. The lottery system selects an additional 25 winners for any awarded plates that are not collected within three months of notification. Massachusetts is the only state at present using a lottery system for awarding special license plates.
JOHN G. JACKSON
Answer
Born on September 8, 1818, in what is known today as the Dixon-Jackson House, J.G. Jackson studied at the Westtown Boarding School beginning at age 14. In his 20s, he began teaching science and astronomy at Westtown. Jackson became a surveyor’s apprentice when he was 21, mastering the profession while working for the government in Ohio. By age 30 (1848) Jackson was supervising the family’s Hockessin saw mill operation, doing surveying within New Castle County, supervising the daily operations of the limestone and marble quarries on the family’s property, and overseeing construction of a new home for his family northeast of Valley and Southwood roads.
John G. Jackson became a notary public for New Castle County in 1857 at age 39. In November 1864, Jackson successfully won the election to become a State Representative for New Castle County in the 73rd Delaware General Assembly for two years (January 3, 1865 to January 1, 1867). Jackson served as Chief Engineer for the Wilmington & Western Rail Road’s construction between 1870 and 1872, and its route remains a testament to his skills as a surveyor and engineer. In 1880, at age 62, Jackson began to embrace retirement by selling the quarry business. Jackson continued his surveying activities in later years as he applied for a patent related to surveying in June 1888. Jackson was awarded Patent 392,124 on October 30, 1888, for a ‘Spirit-Level’.
Jackson was an avid astronomer, and in 1837 he worked out the calculations for the next transit of Venus (a transit is when the orbital planes of Earth and Venus are aligned such that from the daylight side of Earth one may observe Venus as a black dot moving across the sun). When Jackson made the initial calculations, only two individuals had ever observed Venus transit the sun (in 1639). One must remember that humans did not know the precise orbits (elliptical and not circular) of Venus and the Earth or their mean distances from the sun.
Jackson used his telescope, observational skills, and math knowledge to calculate current positions and then to reliably predict the future orbits of the Earth and Venus circling the sun. Adding to the complexity is the fact that the orbital planes of the two planets are different (3.8 degrees), the frequency of Earth-Venus-Sun alignment occurrence differs (105.5 years, 8 years, 121.5 years, 8 years before repeating), and the calculations are done with only a pencil and paper by kerosene lamps!
The 1874 Venus transit was not visible in North America (it was visible in eastern China, Australia, Japan, Indonesia). Jackson was rewarded for his efforts on December 6, 1882, when he was able to document, along with other noted astronomers across North America, the transit of Venus as he and others had predicted 37 years earlier! Jackson’s work is documented in multiple astronomy periodicals of the time, and his involvement is noted in Congressional records. Jackson owned a 6-inch reflecting telescope that he most likely made himself. This would have been a large telescope for a private individual as the best observatories around the world had telescopes of the size of Mt. Cuba Observatory’s 24-inch reflector in the 1880s.
J.G. Jackson is also documented as having observed “clouds” on the moon on multiple occasions. Galileo Galilei’s improvements to the telescope in the early 1600s allowed better viewing of the moon. As far back as February 1672, a “nebulous appearance” had been reported in the Mare Crisium region of the moon by Giovanni Domenico Cassini. From Cassini’s first reporting until Jackson’s time, dozens of reported sightings had occurred, with some reporting a purple color to the cloud or fog.
As part of America’s preparations for going to the moon, in 1968 NASA released a Chronological Catalog of Reported Lunar Events documenting 580 observances over nearly 300 years of cloud-like phenomena on the moon. By the early 1900s, it was well accepted that the moon did not have an atmosphere. Continued study of the moon concludes that the “clouds,” bright flashes, and other lunar phenomena are more than likely the result of out-gassing from the moon’s crust, impacts of space debris with the surface, or similar causes. Only since the Apollo flights of the 1970s have we learned the moon does have what can be considered an atmosphere (ten trillion times thinner than Earth composed of atoms of sodium, potassium, helium, argon, ammonia, methane, and carbon dioxide).
