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Monday, April 27 2015

What is the best metal detector? This is probably the Number One question that everyone asks when Fisher metal detectorbuying their first detector. No one wants to waste their time and money so they want to know what's "best" right from the start. That's understandable, but unfortunately there is no one single answer. The easiest way to find the "best" detector for YOU is to evaluate YOUR detecting style, YOUR experience level, what items YOU hope to find, and the time that YOU will spend metal detecting. After taking all of these things into consideration, then you will be able to find a metal detector that fits your needs and your budget. To make the purchasing process easier, answer these questions:

How much do you know about metal detectors? Be honest because the answer also affects your budget. If you're just getting started and plan to go out just a few weekends a year, you may not want to shell out a lot of cash up front so a general all-purpose detector in the $200 range will suit your needs. If you have used a friend's detector a few times and are fairly serious about wanting to find gold and other buried treasures of your own, then buy a detector in the $700 range that is user-friendly. You will get a very good quality machine with plenty of bells and whistles, yet it won't require an advanced degree to actually use it. And you won't have to spend hours reading the owners' manual to understand it either. Before investing in a model that costs thousands of dollars, first be sure you love detecting and will use it often enough to justify the big price tag no matter what brand you decide on. Garrett and Fisher are two of the oldest manufacturers in the business.

Garrett AT GoldWhere do you plan to detect? Deserts, rivers, parks, and saltwater beaches all have very different ground conditions. If you prefer to be in deep water, you'll want a submersible detector. If you plan to hunt around the shoreline, then you don't have to worry about the entire detector being waterproof, just the coil. If you will be in city parks and other areas where overhead power lines are the norm, then a very low frequency (VLF) detector will be your best bet. If you plan to hunt mostly in heavily mineralized areas, consider a pulse induction (PI) machine for best results. Keep in mind that just changing the search coil on your metal detector can be the next best thing to buying a whole new machine without spending a lot of money! Most metal detectors come with a standard search coil that is good for general use – finding the broadest range of targets in the broadest range of environments. But search coils come in all shapes and sizes, and it's possible that merely changing the coil on your detector will lead you to a host of new targets.

What do you primarily hope to find? If you want to find gold, you'll need a detector especially made for that purpose. Gold detectors are not necessarily more expensive, but they are built with a higher sensitivity to detecting gold nuggets, and have better ground balancing and discrimination abilities. PI machines aren't so good for coin shooting in urban areas where you are likely to encounter iron trash, however, they are ideal for beaches or detecting in other highly mineralized soils, especially if you are looking for objects that are deeply buried. VLF detectors are more sensitive to finding the smallest bits of gold, but do not as easily cancel out ground mineralization.

Bounty Hunter metal detectorMetal detecting is one of the easiest, most profitable, and fun ways to find gold and other metallic treasures such as coins, jewelry, and relics. It's so easy to have your metal detector ready to go in its carry bag with extra coils, a digger or scoop, headphones, and spare batteries. Just grab and go! There are many thousands of passionate detectorists around the world already enjoying the rewarding outdoor activity of metal detecting. If you want to join their ranks, please keep the following in mind:

Metal Detectorist Code of Ethics

  • Always check federal, state, county and local laws before using your metal detector. It is your responsibility to “know the law.”
  • Abide by all laws, ordinances or regulations that may govern metal detecting in the area you will be in.
  • Never trespass. Always obtain permission prior to entering private property, mineral claims, or underwater salvage leases.
  • Do not damage, deface, destroy, or vandalize any property (including: ghost towns and deserted structures), and never tamper with any equipment at the site.
  • Never litter. Always pack out what you take in, and remove all trash your metal detector uncovers during your search.
  • Fill all holes, regardless how remote the location, and never dig in a way that will damage, be damaging to, or kill any vegetation.
  • Do not build fires, camp or park in non-designated or restricted areas.
  • Leave all gates and other accesses to land as found.
  • Never contaminate wells, creeks, or any other water supplies.
  • Be courteous, considerate, and thoughtful at all times when metal detecting.
  • Report the discovery of any items of historic significance you find with your metal detector to the local historical society or proper authorities.
  • Uphold all finders, search and salvage agreements.
  • Promote responsible historical research and artifact recovery, and the sharing of knowledge with others.
Posted by: Denise AT 06:45 pm   |  Permalink   |  0 Comments  |  Email
Saturday, April 11 2015

Thirteen years ago, Park City, Utah was the place Olympic athletes and thousands of spectators visited to “go for the gold” during the 2002 Winter Games. More than 145 years ago, however, an even larger group of people rushed to Park City seeking a different precious metal— silver. The first mining claim was filed in December 1868, and for over a century, the abundant veins found in the Wasatch Mountains surrounding the small town produced about $400 million in silver. When the mining industry slowed down in the 1920s and 30s, Park City's winter sports ramped up. Good money continues to be made today— with snow and tourism.  Silver mining, though, is the town’s legacy, and still very much honored around town.

Although not well known, Park City’s 300 silver mines were among America’s most productive and longest lasting. Even during the financial panic of 1893 when the bottom fell out of the silver market, Park City weathered the crash because the mines had been doing so well. Thirteen ounces was the average yield of silver per ton of ore from all Park City mines in their 100 years of production. But there was more than silver in them thar' hills. Heavy deposits of lead and zinc also were found around Park City, and in combination with copper and gold, the mining industry generated a total of a half billion dollars in precious metals from the 1870s through 1970s.

Park City Museum

The best place to learn about the mines, men, machinery, working conditions, town history, and prominent citizens of the day, is at the park city museumPark City Museum in the heart of Old Town. The 12,000 square foot museum provides a wealth of knowledge, and has both permanent and traveling exhibits. Its location is actually the former City Hall (built in 1885) that also served as the territorial jail. Stroll through the multi-level museum on your own, or take a docent-led tour. The world-class collection of information and memorabilia acquaints you with every phase of silver mining, in addition to explaining how the equipment was used. The fabulous two-story Mega Mine display allows you to see the intricate underground workings of a typical mine. There’s also an original Park City fire truck, a Kimball Stagecoach,  railcars turned into a skier subway, and much more. After spending an hour or two here, you’re sure to come away with an even greater appreciation for modern day mining methods!

Mines and Men

Park City turned out 23 mining millionaires during its boom years; their photos and biographies are among the museum’s displays. George Hearst, father of newspaper publisher William Randolph Hearst, was one of those fortunate individuals who became tremendously wealthy. Hearst bought the Ontario Mine in 1872 for $27,000 and turned it into a complex underground operation. Sinking six shafts and hundreds of drifts nearly 3,000 feet below the surface required a huge workforce, tons of dynamite, and piles of money, but it was well worth his investment. The Ontario went on to produce more than fifty million dollars, forming the basis for the Hearst fortune. The Ontario was the last silver mine in Park City to close in 1982.

In February 1880, the Daly Mining Company was established. The Daly West Mine was one of several owned by John Daly. In 1881, he bought land next to the rich Ontario Mine and sunk a shaft 2,100 feet to reach the ore that extended underground. The Ontario was a silent partner in the enterprise. Within the next year or two,  more mines were established. Some of the larger ones included the Crescent, Anchor, and the Mayflower.

In 1892, Thomas Kerns, David Keith, Windsor Rice, Albion Emery, and John Judge organized Park City’s most productive mining company by consolidating mines and claims— the largest being the Silver King Mine. For almost 60 years, the company employed the latest technology, following veins to find new and greater ore bodies. The Silver King continued to grow over the years by purchasing neighboring mines and claims. Kearns and Keith were both born in eastern Canada but made their fortunes in Park City. They also became partners in other businesses, including the Salt Lake Tribune, which they purchased in 1901. They died within six months of each other in 1918.

Although business at the time was mostly a man’s world, Susanna “Susie” Bransford was known as Utah’s Silver Queen. She married the local postmaster Albion Emery in 1884 , and the couple invested $8,000 in the Mayflower Mine. They really struck it rich when it merged with the Silver King. Susie outlived four husbands, including a Russian prince. By 1894, it was rumored that she was earning $1,000 a day from her interest in the Silver King. With her fortune and flamboyant lifestyle, she was a darling of the nation’s magazines and newspapers for much of her adult life. Most single women back in the day were not so lucky and made their living as “ladies of the night.” Prostitution was a source of income for Park City. Court records show that prostitutes and their “business managers” were regularly arrested, fined, and released.  Sadly, suicide by arsenic was a common means to retire from the red light district.

Life of a Miner

Most early hard rock miners worked for wages,  earning $2.75 to $3.50 per day, depending on the job. Many of the miners in Park City in the late 1800s and early 1900s lived in tents. Because times were rough and tough, they usually carried guns and often had cause to use them. Although some men saved enough money to start their own venture such as a butcher store or blacksmith shop, it was mostly the mine owners and investors who got rich.

Although a 19th century hard rock miner’s pay wasn’t bad for the time, it meant long hours working in wet, dark, loud, and often dangerous conditions. Very few safety measures were in place. Miners were below ground their entire shift so they brought all their meals with them and ate in the “doghouse” which was a warm, dry room within the tunnels. Some of the early machinery was impressive, but it was basically human and animal muscle that was responsible for the mines’ success. Some beasts of burden spent years underground. Horses were affectionately called “hay burners” by the miners. Horses were treated well because, unlike miners, it was expensive to buy and train another horse. Oilskin slickers and pants were supposed to keep out moisture, but could do only so much. Even mules wore slickers to stay dry in the Ontario drain tunnel. Cats lived underground, too, keeping the mouse population under control.

Electricity arrived in Park City in the 1880s but it was a luxury many could not afford. In 1889, it took almost half a day’s mine wages to pay the monthly power bill for a single light. Light bulbs were very expensive and in short supply. To discourage theft, the Silver King Mine stamped their bulbs “Stolen from the Silver King Mine.”Another interesting tidbit you’ll learn at the Park City Museum includes how to clean up with pig fat. A large mercantile at the time, Smith & Brim sold 50 and 100 pound buckets of rendered pig fat (lard). It could be used for cooking or combined with lye to make soap. Thrifty customers made their own soap, often using the same bar to do the laundry, wash the floors, and take a bath!  The MEATS sign you’ll see hanging in the museum was the first electrified sign along Main Street. It used 80 light bulbs!

Mining Technology

hard rock mining drillMining companies adopted technology to boost production and cut jobs, with the sole purpose of producing more profit. A side benefit was the increased health and safety of underground workers.  The invention of blasting caps and mechanized drills were two such improvements.  At first, black powder or dynamite was detonated using a burning fuse. Blasting caps, when used with an electrical detonating system, eliminated dangerous open flames and made timing more precise. Miners originally used hand tools to drill holes for the dynamite into the rock face. Single-jacking was done by one miner holding a drill steel in one hand and swinging a four pound hammer with the other hand. To double-jack, one man held the drill steel, while his companion hammered with an eight pound sledge. A good team could deliver 60 blows and drill two inches into the rock per minute. In 1890, Park City mines replaced hand drills with mechanical drills powered by compressed air. Silica-bearing rock dust wreaked havoc on miners’ lungs, but that hazard was later reduced by injecting water through the drill tip, which cut down on the amount of dust that was inhaled. Think you can handle a drill? Want to push a blasting plunger?  The museum’s hands-on dioramas give you the chance to feel the ground shake!  

As in most underground mines, water was a constant obstacle. One solution was to use pumps. Another approach was to dig drain tunnels. The Ontario Mine installed a Cornish Pump in 1883. The machine was 30 feet high with a 70-ton flywheel and was imported from Philadelphia by freight wagon. The pump weighed 486 tons and had a capacity of almost four million gallons a day. Later, drain tunnels replaced pumps.

The Marsac Mill processed ore from the very first Park City mine— the Flagstaff. The Marsac was a 20-stamp mill. Stamping is a process of crushing ore with huge weights. With 20 stamps operating, the mill could turn out 60-70 tons per day. Because of the long distance the ore had to be hauled to the mill and the technical problems associated with the crude stamp machinery, the Marsac was not necessarily a steady or satisfactory producer, and was only one of such stamping machines that deafened anyone in the vicinity.

Before a prospector knew if he had struck it rich, an assayer had to confirm the value of silver in the claim. The Main Street assay office was where miners got the good or bad news.  Taking representative core samples, assayers crushed and weighed the ore before pouring it into fireclay crucibles and melting it in the furnace. After cooling, the hardened metal was transferred into a cupel made of bone ash and placed in the furnace once more. The porous cupel absorbed everything but pure silver. The assayer weighed the silver on his delicate scale and calculated silver per ton based on the original ore weight.


Don’t miss the museum’s “dungeon” where you’ll find old walk-in jail cells along with exhibits on the Miners Union Hall. Mine owners, like all employers in the 19th century, were not held responsible for injuries or deaths. In 1902, an underground explosion at the Daly West Mine killed 34 men. Poison gas spread through tunnels to the Ontario Mine. Accidents like these didn’t happen every day, but they certainly were not rare. Lacking protection, workers organized unions and joined fraternal orders. Both organizations helped their members in difficult times and aided families whose breadwinners were killed or maimed. In 1904, a Miners Hospital was built for $5,000. Funds for the hospital was raised by local businessmen and the Western Federation of Miners Local #144. In the first year, 6,000 miners were treated for silicosis.


When the mines first opened in the Park City area, most ore was hauled in horse-drawn wagons. Eventually more modern devices like the Silver King Tram replaced the wagon teams. Using buckets to haul ore to the mills was an economic success, lowering transportation costs to 22 cents per ton from $1.50 per ton when hauled with teams and wagons. Men could ride to work in the ore buckets from the lower terminal up to the mine. Processed ore was then brought down the mountain and loaded into railroad cars.

Another engineering marvel, the Crescent Tramway, was not an overhead tram but a narrow-gauge railroad. In 1885 Shay locomotives (geared steam engines originally developed for the logging industry) pulled ore cars up steep 12 percent grades. Winding down the mountain for five miles from the Crescent Mine, the ore eventually reached the system’s depot and concentrator near Main Street where the ore was refined. Although used until 1900, deep snow covering the tracks rendered the engines useless in winter. Steep grades and heavy downhill loads made for frequent derailments. A winding paved walkway, open to the public, is all that remains of the Crescent Tram. Take a short uphill walk and try to imagine how the narrow gauge trains could possibly traversed the steep terrain.

The Greatest Snow on Earth

utah silver mining historyPrior to the 1920s, snow wasn’t given much thought in terms of making money or even for having fun. After all, snow caused cave-ins and train derailments and generally got in the way of mining. But skiing gradually became more widespread around Park City as some miners and other workers began regularly taking the mine train to the top of a mountain and skiing down. The first ski jump was built in 1930, and in 1936 Park City hosted its first winter carnival.  Five hundred skiers arrived at what is now Deer Valley Resort, making the event a great success. The first ski lift went into operation in 1946, and the frozen white stuff began to be seen as a real treasure. The foundation was in place to market what would later be called The Greatest Snow on Earth.

During this same time, the local mining industry slowed down. The Stock Market crashed in 1929, plummeting the Silver King’s stock from $12.87 to $6.50. Mineral prices continued to drop, and in 1949 most of the mines shut down,  putting 1,200 men out of work. Stores closed. People left.  The population dropped to 1,150 souls from a peak of 10,000. Within a couple of years, Park City went into ghost town status.

In an effort to diversify, United Park City Mines Company opened a ski resort in 1963. The old Spiro Mine drain tunnel was converted into an underground ski lift. This electric mine train, which you will see in the museum, carried skiers three miles into the mountain where a hoist then lifted them 1,800 feet to the surface. Since it took an hour to transport skiers, the Spiro tunnel wasn’t all that popular, but word spread about the great snow, and people started moving to the area. Over the next few decades, world-class ski resorts and high-speed chairlifts were built, annual art and film festivals were established, and in 2002 Park City hosted many of the XIX Winter Games.

If You GoPark City Utah article

Park City today is a good example of a boom and bust mining town booming again—revitalized in grand style as a year-round mountain resort and international tourist destination. In 2008, Forbes Traveler magazine named Park City as one of “America’s 20 Prettiest Towns.” More than 60 of Park City's buildings are listed on the National Register of Historic Places, many of which are located along the town's Main Street alongside restaurants and plenty of shops and boutiques. Two years running— 2008 and 2009— Deer Valley Resort was named the number one ski resort in North America by SKI magazine. Whether you like to ski, shop, eat, hike, mountain bike, or just take in the scenery, a visit to Park City is a great place to treasure America’s mining heritage.

Park City Museum • 528 Main St. • Park City, Utah 84060 • Phone: (435) 649.7457

Article and text by Denise Seith. First published in the March/April 2015 issue of Gold Prospector's Magazine.  Click image on right to download .pdf of this article.

Posted by: Denise AT 02:13 pm   |  Permalink   |  0 Comments  |  Email
Monday, April 06 2015

It is with great sadness that we share the news that Dr. Charles L. Garrett died on April 3, 2015. We are grateful for the contributions Dr. Garrett made to our industry, and for the fine example he always put forth for others. The Garrett name will always be synonymous with high-quality metal detectors, including those used in security applications, law enforcement, military, sports, and outdoor recreational use. Although he will be dearly missed by many, his legacy will endure.

Charles Garrett obituary

Charles L. Garrett —inventor, entrepreneur, treasure hunter, patriot, husband, and father—died on April 3, 2015. A native Texan and resident of Garland, Dr. Garrett and his wife Eleanor in 1964 founded Garrett Electronics which grew to become the world’s largest manufacturer of metal detection equipment.

Garrett detectors have discovered some of the world’s most valuable buried treasures, and its security equipment has protected millions of travelers and others, including Olympic athletes and spectators at the Games since 1984. Dr. Garrett was born in Houston on April 1, 1932, and grew up in Lufkin. After four years of service in the U.S. Navy during the Korean conflict on board the USS Bottineau (APA-235), he graduated from Lamar University in Beaumont with a degree in electrical engineering. A lifelong treasure-hunting hobbyist, Dr. Garrett first developed a metal detector for his own use and because it was so much superior to others, he and his wife founded a company to sell it.

He pioneered the development of the modern metal detector, demonstrated its capabilities searching for treasure throughout the world and devoted himself to teaching others to use detectors. He discovered treasure with metal detectors of his own design on every continent except Antarctica, and he also scanned under lakes, seas and oceans of the world. Many of the treasures and relics he discovered are displayed in the Garrett Museum at the company’s factory in Garland. In 1984 the company also began to manufacture walk-through and hand-held security detectors, including the famed Super Scanner®, the world’s most popular hand-held detector, and revolutionary new walk-through units. As a patriotic American, Dr. Garrett generously donated his company’s equipment for numerous projects where metal detection equipment was required, including many of the Olympic Games.

He authored some 20 books and wrote literally scores of articles about metal detectors, treasure hunting on both land and under water and security. Many of his books remain in print. Today, the name Garrett stands as a worldwide synonym for treasure hunting and security metal detectors. Charles himself has been called the Grand Master Hunter. Along the way, he also became recognized as an unofficial spokesman for the hobby of treasure hunting and the metal detecting industry through a long list of honors, personal appearances, books and articles. U.S. Representative Sam Johnson visited the Garrett factory in February 2010 to read and present to Dr. Garrett a copy of the Congressional Record in which he acknowledged the quality and determination of Garrett’s American-made products. Charles and Eleanor Garrett have been generous contributors to Lamar University and her alma mater, Sam Houston State University. Both have been granted honorary doctor’s degrees from these schools. Charles Garrett was presented with an honorary Doctor of Humane Letters degree during Lamar’s spring commencement ceremonies in May 2011. The Charles and Eleanor Garrett Engineering Center was dedicated at Lamar University in April 2012.

Dr. Garrett was an Eagle Scout and an inductee into Eta Kappa Nu, the national Electrical and Computer Engineering honor society. In 2004, Governor Rick Perry commissioned Charles Garrett as an honorary Admiral in the Texas Navy. He was also a member of the Sons of the Republic of Texas and was a Distinguished Alumni of both Lufkin High School and Lamar University.

Survivors include his wife of almost 60 years, Eleanor; three children, Charles Lewis Garrett, Jr., Deirdre Lynne Garrett Hasselbach and her husband Timothy of Albuquerque, New Mexico, and Vaughan Lamar Garrett, his wife, Angela, and their two children, David and Sydney. Dr. Garrett was a member of the Saturn Road Church of Christ. Dr. Garrett was preceded in death by his parents, Wayne L. and Stella Barber Garrett; and his brothers, George Wayne Garrett and Donald Bert Garrett.

Visitation will be at Sparkman Crane Funeral Home in Dallas, Texas, on Friday, April 10, from 7:00 to 9:00 pm. A memorial service will be held at Orchard Hills Baptist Church in Garland, Texas, at 2:00 pm on Saturday, April 11, 2015. Graveside services will be conducted at 3:00 pm on Sunday, April 12, at Calvary Cemetery in Trinity County, Texas, east of Crockett on FM 357. In lieu of flowers, anyone desiring to make a donation can do so in memory of Charles Garrett to: Lamar University Foundation, P.O. Box 11500, Beaumont, Texas, 77710.

Posted by: Denise AT 10:48 am   |  Permalink   |  0 Comments  |  Email
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