I am sorely disappointed with human sport. The celebrated “Tour de France” has become a sprint for a drug-testing-urine stained yellow jersey.  American baseball and English football seem more pharmaceutical than fantastic, You'd get lousy odds that basketball referees are still entirely trustworthy. And the epitome of “pure sport”, the Olympics, has morphed into a five star marketing tool for GlaxoSmithKline. Sport for the sheer joy of competition seems to have  made its final stand on the humble playing field of the Wallaston County Primary School, in Natwich, Cheshire, England.
In this tiny village of 2,310 souls, one fish-and-chips shop and two hairdressing salons is held the annual hunt for the wily and wild Lubricous terrestris, watched closely, as one observer noted, by a few hundred amused humans and thousands of fascinated birds. And there is not a single endorsement contract in sight. This is pure sport, a contest so pure that water is considered a "performance enhancing drug". I am, of course,  speaking about the World Worm Charming Championships.
The International Federation of Charming Worms and Allied Pastimes (or IFCWAP, pronounced "If Cap") has only 18 rules. Each “worm pitch” is a 3 meter by 3 meter box of manicured lawn, chosen by a random draw. In each pitch two contestants (a charmer and a “Gillie”) may use any method of their choice to entice as many worms from the soil as they can within 30 minutes -  with the proviso that they may not dig or turn the soil in any way and they may not apply any liquid, especially water.  Copies of these simple rules are available in 30 languages, including Tibetan, even though there is no record that anyone speaking Tibetan has ever even applied to enter the championships.
The true charm of the sport is illustrated by rule 18, which states that all “charmed worms (are) to be released only after the birds have gone to roost on the evening of the event.” Rule 18 is only one of the ways in which “Worm Charming” is differentiated from its more barbaric English cousin, “Fox Hunting”. The others are are that there are no horses nor dogs abused to support the sport of  worm calling.
In fact, there is no record of any creature, human or worm, being injured during this event, although the Darwin Awards does provide an unconfirmed incident in Norway in October 2002. The subject in this incident, a 23 year old human male, presumably in preparation for the competition in Natwich, tested an experimental electrical charming device by inserting one electrode into the ground while he held  the second in his hand. while sitting on a metal bucket. Because of the shocking lack of notations taken by this unnamed  experimenter it is impossible to say if any worms were actually charmed. At the most, it may be surmised, they were bemused.
In fact the use of electricity to attract earthworms has been something of a "Holy Grail" as long as humans have been touching positive to negative. U.S. patent #1932237 was granted in October 1933 for an electric “Device for use in catching earth worms, insects, and the like”. This innovation was followed in October of 1948 by patent #2450597, which was granted for an “Earth worm disgorging device”. August of 1952 saw patient #2607164 for an “Electric device to bring earth-worms to the surface of the ground”. Patent #2770075 was granted in November 1956 for an “Electric bait getter”.  This was succeeded by patient #3763593 (10/'73) for an “Apparatus for bringing earthworms to the surface of the ground”, the “Worm Rod” (patient # 3793770  granted in February of 1974).
The crowded field has become so advanced that on 29 February, 1988 the Consumer Product Safety Commission even filed a complaint against P&M Enterprises of Caldwell, Idaho, demanding a recall of the “Worm Gett’r”. (No longer available.) Officially, since 1971, 23 products of the American education system have died while using a commercially sold “worm extractor systems”, but in truth only God knows how many other intrepid inventors and electrically inclined souls who were too cheap to pay $5 for a dozen worms have gone to that great worm pitch in the sky. The Internet is yet still crowded with geniuses, each so thrilled and excited by their own inventiveness,  that they are willing to risk their lives to outsmart a protein tube with no brain. At least the contestants at the Wallaston County Primary are merely risking their dignity, as no electricity is allowed in the Worm Charming Championships.
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 The Royal Observatory was founded by Charles II in 1765 as part of his restoration and “re-scientific-ication” of government after the religious fanaticism of that great Puritan villain Oliver Cromwell. The observatory was to use the stars to perfect “the art of navigation.” But the builders, despite going over budget by all of twenty pounds, went cheap on the materials, and the observatory, which was to house the most accurate telescopes of the day, was constructed 13 degrees out of alignment. The Royal astronomers, like the NASA astronomers dealing with the deformed mirrors on the orbiting Hubble telescope, have had to make mathematical adjustments from that day to this.
The Royal Observatory was founded by Charles II in 1765 as part of his restoration and “re-scientific-ication” of government after the religious fanaticism of that great Puritan villain Oliver Cromwell. The observatory was to use the stars to perfect “the art of navigation.” But the builders, despite going over budget by all of twenty pounds, went cheap on the materials, and the observatory, which was to house the most accurate telescopes of the day, was constructed 13 degrees out of alignment. The Royal astronomers, like the NASA astronomers dealing with the deformed mirrors on the orbiting Hubble telescope, have had to make mathematical adjustments from that day to this. But besides powerful telescopes, the scientist at the Greenwich observatory also needed accurate clocks. In order to say a particular star was at a particular point in the sky at midnight, they had to know precisely when midnight was. So they also installed two pendulum clocks, built by Thomas Tompion, each accurate to within seven seconds a day. By 1833 (sixty-four years later) the observatory had done its job so well that ships’ captains and navigators had come to rely on the precise time provided by Greenwich to follow the charts provided by Greenwich. That year the observatory began a practice they follow to this day.
But besides powerful telescopes, the scientist at the Greenwich observatory also needed accurate clocks. In order to say a particular star was at a particular point in the sky at midnight, they had to know precisely when midnight was. So they also installed two pendulum clocks, built by Thomas Tompion, each accurate to within seven seconds a day. By 1833 (sixty-four years later) the observatory had done its job so well that ships’ captains and navigators had come to rely on the precise time provided by Greenwich to follow the charts provided by Greenwich. That year the observatory began a practice they follow to this day. At exactly 12.55 p.m., (they do it then so as not to interfere with the weather observations made at noon) a large red “time ball” is raised half way to the top of a mast erected atop the observatory. At 12.58 the time ball is pulled all the way to the top. And then at 1:00 P.M., exactly, the ball quickly falls to the bottom of the mast. (If you have ever wondered why they use a ball to mark midnight on New Years Eve in Times Square, New York City, this is it.) Any ship’s captain waiting in the Thames River to set sail could now coordinate their shipboard watches and clocks with the official time as they set off from the “prime meridian” or “longitude naught” - "0" degrees, "0" seconds and "0" minutes east/west, because Greenwich is where longitude starts - and time.
At exactly 12.55 p.m., (they do it then so as not to interfere with the weather observations made at noon) a large red “time ball” is raised half way to the top of a mast erected atop the observatory. At 12.58 the time ball is pulled all the way to the top. And then at 1:00 P.M., exactly, the ball quickly falls to the bottom of the mast. (If you have ever wondered why they use a ball to mark midnight on New Years Eve in Times Square, New York City, this is it.) Any ship’s captain waiting in the Thames River to set sail could now coordinate their shipboard watches and clocks with the official time as they set off from the “prime meridian” or “longitude naught” - "0" degrees, "0" seconds and "0" minutes east/west, because Greenwich is where longitude starts - and time. Two years later, in 1835, the observatory got a new boss, George Biddle Airy. He figured his primary job was to perfect the astronomical observations for those ships, and he hired more “computers”, which in the 19th century were actually men who did the dull and boring math required to confirm and correct the stellar charts used to navigate on voyages to the far flung corners of the empire. So when the London merchants appealed to Mr. Airy to share in the time service he saw them as an annoyance. He asked one of his assistants, a man not qualified to be a “computer”, Mr. John Henry Belville, to handle the problem.
Two years later, in 1835, the observatory got a new boss, George Biddle Airy. He figured his primary job was to perfect the astronomical observations for those ships, and he hired more “computers”, which in the 19th century were actually men who did the dull and boring math required to confirm and correct the stellar charts used to navigate on voyages to the far flung corners of the empire. So when the London merchants appealed to Mr. Airy to share in the time service he saw them as an annoyance. He asked one of his assistants, a man not qualified to be a “computer”, Mr. John Henry Belville, to handle the problem. Airy gave Mr. Belville a pocket watch to use. It had been originally owned by Prince Augustus Frederick, the Duke of Sussex (above), the sixth son of George III, the favorite uncle of Queen Victoria and the man who gave her away at her wedding. The watch had been made by Mr. John Arnold & Sons in 1794 and it was accurate to within one tenth of a second per day. Each Monday John Henry (he rarely used his last name because of the anti-French public bias in post Napoleonic war Britain)  would present himself and “Faithful Arnold”, the watch, to a clerk at the observatory time desk. The clerk would set the watch and then hand John  a certificate asserting to the watch’s accuracy for that day. Then John Henry would make his way by carriage and rail to London, where he would literally deliver the time to some two hundred customers; shops, factories and offices. He charged for the service, of course.  For most of the people in London, John Henry Belville was the face of official time, and he was earning four hundred pounds a year doing it when he died in 1856.
Airy gave Mr. Belville a pocket watch to use. It had been originally owned by Prince Augustus Frederick, the Duke of Sussex (above), the sixth son of George III, the favorite uncle of Queen Victoria and the man who gave her away at her wedding. The watch had been made by Mr. John Arnold & Sons in 1794 and it was accurate to within one tenth of a second per day. Each Monday John Henry (he rarely used his last name because of the anti-French public bias in post Napoleonic war Britain)  would present himself and “Faithful Arnold”, the watch, to a clerk at the observatory time desk. The clerk would set the watch and then hand John  a certificate asserting to the watch’s accuracy for that day. Then John Henry would make his way by carriage and rail to London, where he would literally deliver the time to some two hundred customers; shops, factories and offices. He charged for the service, of course.  For most of the people in London, John Henry Belville was the face of official time, and he was earning four hundred pounds a year doing it when he died in 1856. After John’s death his widow, Maria, still had a daughter to support. She begged the observatory to allow her to continue the time service as a private business, and they agreed. By now (1852) Charles Shepherd had designed and installed a “Galvano-Magnetic” clock (above) at the Observatories’ gate (now called Shepherd’s Gate) where anyone could get the time at any time day or night, for free. But still the London merchants continued to pay for Maria’s direct door service. Every Monday she strode up the observatory hill, watched while Arnold was synchronized with the official time, and then went on her rounds by rail and on foot. To those who saw her trudging across the streets of London, she became known as the Greenwich Time Lady.
After John’s death his widow, Maria, still had a daughter to support. She begged the observatory to allow her to continue the time service as a private business, and they agreed. By now (1852) Charles Shepherd had designed and installed a “Galvano-Magnetic” clock (above) at the Observatories’ gate (now called Shepherd’s Gate) where anyone could get the time at any time day or night, for free. But still the London merchants continued to pay for Maria’s direct door service. Every Monday she strode up the observatory hill, watched while Arnold was synchronized with the official time, and then went on her rounds by rail and on foot. To those who saw her trudging across the streets of London, she became known as the Greenwich Time Lady. Maria retired in 1892, and her daughter Ruth now took over the employment (above), carrying the tool of her trade, Faithful Arnold, in her handbag. By now (1884) 25 countries had agreed to set their watches by Greenwich time, and every clock at every railroad station in England was connected directly via telegraph lines with the Royal Observatory. And still, the time delivered by Ruth Belville was just as accurate, if slightly less convenient.
Maria retired in 1892, and her daughter Ruth now took over the employment (above), carrying the tool of her trade, Faithful Arnold, in her handbag. By now (1884) 25 countries had agreed to set their watches by Greenwich time, and every clock at every railroad station in England was connected directly via telegraph lines with the Royal Observatory. And still, the time delivered by Ruth Belville was just as accurate, if slightly less convenient. Beginning in 1924 the BBC Radio began broadcasting “pips” before each hour announcement and in 1936 the Royal Observatory set up a “talking clock” which anyone with a telephone could dial at any time to get the correct time to within a hundredth of a second. And still Ruth Belville was making her rounds, still serving more than fifty paying customers over a hundred years after her family business had begun.
Beginning in 1924 the BBC Radio began broadcasting “pips” before each hour announcement and in 1936 the Royal Observatory set up a “talking clock” which anyone with a telephone could dial at any time to get the correct time to within a hundredth of a second. And still Ruth Belville was making her rounds, still serving more than fifty paying customers over a hundred years after her family business had begun. Finally, in 1940, Ruth celebrated her 86th birthday and decided to retire. In America we would have long since replaced her with newer technology. But the English have more respect for keeping what works, particularly if it is a living person. On her retirement, Ruth agreed to pose for a photograph (above), looking a bit like a visitor from another time in 1940's London. And , since she had no one to pass the task on to, when Ruth retired the Belville family work was finally completed.
Finally, in 1940, Ruth celebrated her 86th birthday and decided to retire. In America we would have long since replaced her with newer technology. But the English have more respect for keeping what works, particularly if it is a living person. On her retirement, Ruth agreed to pose for a photograph (above), looking a bit like a visitor from another time in 1940's London. And , since she had no one to pass the task on to, when Ruth retired the Belville family work was finally completed.
 In effect, she ran out of time.
In effect, she ran out of time.














































