“…Our Group Mining Programs offer something you can’t get anywhere else, and these are some of the most important services we make available to members and our guests.”

 

LEARNING BY EXPERIENCE: Hands-on experience is a very important part of The New 49’er program. It is our ongoing group mining programs (along with our abundant property reserves) which distinguish us from other prospecting organizations. We believe that the future of small-scale prospecting could largely depend upon how effectively we as an industry pull together in a responsible way to meet the challenges which we will face together. Much of this effectiveness and dedication is contingent upon gaining exposure to existing operations which are already effective. This is because, generally, the more skilled you are as a gold prospector, the better your chances of realizing your expectations, ambitions, and goals. Moreover, it is generally true that if you are successful, you radiate your success to others and our entire industry flourishes and grows.

Certainly, proven mining property is also an important key. But gaining exposure to effective mining and prospecting techniques by actually doing it with others who are more experienced is vital since a less-inexperienced person can do poorly even on very good mining property. Most of our programs consist of direct hands-on experience in the field, where you can gain direct exposure on how to do it right through group mining projects where all the gold is split amongst all of the participants.

Yearly, we are proving that our group mining ventures help create successful, invigorated prospectors who are excellent examples to others. Others then become interested, participate in group projects, become successful, and our organization and our industry prospers and expands.

ORGANIZED GROUP PROSPECTING PROJECTS OUT OF THE WATER: We sponsor weekend group prospecting projects for members on a continual basis between June and October. These valuable projects allow participants direct exposure to prospecting for gold through panning, motorized sluicing, vacuum-mining, sampling techniques, and important information about how and where to find gold on our properties. These projects consist of an exciting, fun-filled, and information-packed outing along the Klamath or Salmon Rivers. This is a interesting and (always) exciting group surface prospecting operation (out of the water) where participants each receive an equal share of the gold recovered.

WEEK-LONG GROUP PROSPECTING PROJECTS: Experienced gold miner and New 49’er founder, Dave McCracken, personally supervises week-long group prospecting projects during the mining season, where each participant shares in the work to be done and the gold that is recovered. While the primary purpose of these projects are to prospect and mine for high-grade gold deposits, these organized prospecting programs are an excellent way for members and guests to gain valuable prospecting experience and have a fantastic outdoor adventure at the same time. No prior experience is necessary. Some group projects are with the use of motorized sluices and vacuum-mining machines (prospecting out of the water). Other mining projects are with dredges.

Dave often uses rubber rafts or boats to carry fellow participants into otherwise inaccessible gold-bearing areas along the Klamath River. These areas are where few prospectors have gone before, so the potential for awesome success is higher than normal.



The New 49’ers provide all of the dredges, motorized sluicing equipment and boats used in these projects. Participants will need to have their own wet-suits (for those who will dredge) or other protective clothing and footwear, a dive mask and transportation. Participants provide their own lodging and nourishment.

Please contact our office or click here for more details, rates and the schedule of any upcoming group prospecting projects.

Week-long group projects are limited to a certain number of paying participants. Scheduling in advance is strongly advised to ensure a position on any specific week-long project. A nonrefundable deposit is necessary to secure your position in advance for a project.

A schedule of this year’s Group Projects and participation costs can be found at this Schedule link, and is also freely available by contacting our office. Please phone us at 530-493-2012 to request a copy.

 
This story first appeared in Gold & Treasure Hunter Magazine Mar/Apr, 1993 on Page 13. This issue is still available! Click here.

By Dave McCracken

“Covering the Basics of Suction Gold Dredging”

Most gold mining today is done in small operations — one or two persons working at a time — often with the use of suction dredges. A suction dredge is a powerful underwater-type of vacuum cleaner. It sucks up streambed material (rocks, sand, gravel, silt, gold and other minerals), passes it up through a suction hose, and runs it across a recovery system floating at the surface. Pieces of gold, which are very heavy, are separated from the other streambed materials and trapped, as the gravel and other material wash through the recovery system and are then washed back into the stream to fill in the hole as the dredge moves forward in the waterway.

Most intermediate and larger-sized gold dredges come with built-in hookah-air systems. These attach to the same engine that powers the water pump. As demonstrated in the following video segment, air for breathing underwater is generated by an air compressor, passes down through an air line, and provides air to a diver through a regulator, similar to what is used by SCUBA divers:

Dredging is usually done in ten feet of water or less, but some work is done at greater depths. The following video segment demonstrates how modern suction dredges are constructed with the use of venturi jet systems. These allow gravel and streambed material to be directed into a gold recovery system without having to pass through the pump:

Using a dredge, an (experienced) operator is able to process a much larger volume of streambed material than with any other small-scale hand-mining apparatus. Most of the gold-bearing river-bottom streambed material is sucked up as quickly as the operator is able to feed it into the suction nozzle. Rocks that are too large to pass through the suction nozzle are moved out of the way by hand.

The early miners who came to California (and elsewhere) during the 1849 gold rush (and later) did find and recover many of the easy-to-find gold nuggets and rich deposits. During those early days, the deposits had to be easy to find and recover; because recovery methods and processing capabilities were very limited. Suction dredge technology allows modern-day gold and gemstone miners to prospect and mine for mineral deposits in places where earlier miners were not able to go. This is true in the deeper rivers (3-meters or more of water depth) all over the world. It is especially true in remote locations and/or within developing countries where modern technology is generally not available to village-miners.

Because a modern (experienced) dredger is able to process substantially more volume of streambed material with better gold recovery, the gravel deposits of today do not need to be as rich in gold as was necessary during the past.

One of the main advantages of having the capability to process more streambed material is that an area can be more-effectively sampled. Therefore, the success-rate in modern underwater mining is much greater than it has ever been using other technologies. This has caused a lot of interest in suction dredging equipment, which has resulted in a competitive market. At present, very good equipment for suction dredgingcan be obtained at relatively low cost. Just to give you some idea, a top-of-the-line five-inch gold dredge and the miscellaneous gear needed to run a small dredging operation can be obtained for less than $6,000.

The size of a gold dredge is determined by the inside-diameter of its suction hose–usually anywhere from two to ten inches. A single person customarily can operate a four, five or perhaps even a six-inch dredge. Two men commonly operate six, eight or ten-inch units. Sometimes, when streambed material is deep, and there is a lot of oversized material (large rocks and boulders) that needs to be moved out of the way, as many as four or five persons can be utilized underwater to operate a production gold dredge.

A single, experienced operator who is sampling with a four-inch dredge can process multiple times more streambed material than could be processed at the surface using conventional pick & shovel methods. A six-inch dredge in experienced hands can process about four times as much material as can be accomplished with a 4-inch dredge — and can also dredge several feet deeper into the streambed material while remaining efficiently-productive. An 8-inch dredge can about double the production over a 6-inch dredge and excavate even deeper into the streambed material. And a 10-inch dredge can double production over an 8-inch dredge and excavate even deeper holes.

The other side of this equation is that each larger dredge-size about doubles the bulk and weight of the equipment that must be moved around and managed. Because of this, some locations may be too remote to support a larger-sized dredge. The limiting-factor on a suction dredge is not the horsepower or the size of the suction hose. It is the size of the suction nozzle opening. Please trust me on this one: It is all about the size of rock that will go up the suction nozzle. Once again, I invite you to closely watch the underwater video segments on my videos and see what is happening underwater. It is almost all about moving the oversized material out of the way. The size of the nozzle-opening determines what can be sucked up, and what must be otherwise moved out of the way by hand.


A cutter-head will just get bogged down (and damaged) in a normal hard-packed streambed.

Some dredges are available that are operated from the surface with hydraulic-powered cutter-heads at the nozzle. Cutter-heads are mechanical devices that help feed material evenly into the nozzle. They are most-productive in doing channel-work in harbors or making navigation-channels deeper or wider (where the material mostly consists of sand or silt). Cutter-heads cannot replace the need for divers when mining in hard-packed streambeds which are made up mainly of oversized rocks and boulders which must be broken free with pry bars and moved out of the excavation by hand.

If you want to do serious excavations with a suction dredge, you must leave the opening of the suction-nozzle as large in diameter as possible, while still reducing it enough to eliminate un-necessary plug-ups inside of the suction hose or power jet.

Streams, rivers and creeks in gold-bearing areas are constantly being replenished with fresh gold. During the last 150 years, natural erosion has caused a substantial amount of new gold to become deposited in today’s waterways. Some rivers and streams that were once thoroughly mined by the old-timers are presently paying gold dredgers in very handsome deposits. Rivers that ran too deep for local miners to gain access to the bottom during the past are also producing rich, virgin gold deposits for suction dredgers.

Gold found in streambeds is called “placer gold.” Placer gold is most commonly found in flake form, usually about the size of flattened grains of rice and smaller. Some deposits carry a larger amount of such flakes and fine-gold. Other deposits carry substantial amounts of larger pieces and nuggets. Gold nuggets can be worth more than actual weight-value, because of their uniqueness as jewelry or specimens.

Gold is one of the heaviest metals. It has a specific gravity of 19.6, meaning that it weighs 19.6 times more than an equal volume of pure water. It is about six times heavier than the average sand, gravel, rocks and other materials which normally make up a streambed. So it takes a substantially-greater force to move gold, than it does to move the other streambed materials. This principle is used in gold recovery systems. The same principle is also used to predictwhere high-grade gold deposits are most likely to be found in a streambed.

Because of its enormous weight, gold tends to follow a certain path of its own when being washed down a waterway, and it will concentrate in common locations where the water force lets up enough to drop gold. One example is the inside of a bend where a stream makes a turn. Another example is at the lower-end of a section of white water. Gold will form “pay-streaks” in areas such as this–where the water slows down on a large scale during large flood storms.

The nice thing about gold dredging is that you can actually see the gold as it is uncovered when you are looking for it. This means that you should pay close attention when you reach the locations where gold is most likely to be, like in the contact zone between different flood layers and on bedrock. Because they are also heavy, lead and iron objects also commonly follow the very same path inside of the waterway as gold, and they deposit inside the same places.

As demonstrated in the following video sequence, with just a little practice, you can learn to look for these positive signs and can follow them right into the high-grade gold deposits:

Once a rich gold deposit is located, as long as there is time, the best thing to do is continue the sampling process long enough to establish the downstream boundary of the deposit. As demonstrated in the following video segment, if the deposit is developed from the lower-end, cobbles and tailings can be deposited further downstream without worry of dropping them directly on top of the rich deposit where they will just have to be moved again at some later time:

A gold-dredger has an advantage, in that he or she is able to float equipment where he or she wants it to go, sucking up gravel (sampling) from various strategic areas. This is much easier than having to carry equipment around and set it up in each new area, as is required in conventional mining.

Most gold dredgers use just two types of knots to secure their dredges in the waterway: (1) several half-hitches, or: (2) a bowline knot. The bowline knot is used where a non-slipping loop is needed at the end of a line. Here follows a demonstration of how to tie a bowline:

There is some amount of gold to be found just about anywhere in a gold-bearing waterway. The important key is to find it in paying quantities. Most commonly, experienced dredgers locate rich pay-streaks by systematically sampling various locations where it seems that gold should have been deposited. Sometimes it takes numerous sample holes to locate a pay-streak, and sometimes it only takes a few. This often depends upon an individual’s understanding of where gold gets hung up in a stream, and upon his or her familiarity with the area that is being sampled.

To accomplish the most from your effort, usually the best way to dredge a sample hole is to move it forward and downward at the same time. This way, you can move steadily away from your growing pile of cobbles (rocks that must be moved out of the hole by hand). Since you usually do not know which way the positive signswill lead you when you begin a sample hole, if possible, it is best to toss your cobbles downstream from the excavation, rather than off to either side or to the front. The idea is to move the same cobbles as few times as possible. The following video segments demonstrate how to obtain optimum production for your effort:

In fact, most of the work associated with suction dredging involves the organization and movement of cobbles and (sometimes) boulders.How well a person can organize and move the oversized material out of the way will determine how deep and fast the samples can be dredged efficiently. Consequently, this will also determine how quickly your sampling activity will lead you into high-grade pay-streaks. The following video segment further demonstrates this very important principle:

For the most part, you want to avoid dredging sample holes straight down into the streambed material. This is because dredging straight down will soon have you off balance. It is much more difficult to remove cobbles from the excavation when you are upside down in the hole.  As demonstrated in the following video sequence, if you cannot toss the cobbles far enough out of the excavation, they will just keep rolling back in on you.

Depending upon how deep into the streambed your sample goes, it can sometimes be difficult to get cobbles far enough out of your sample hole on a single toss. In this case, as shown in the following video segment, it can be sometimes be more efficient to relay them out with 2 tosses, rather than try and carry each rock all the way out of the hole. Each situation is different and requires independent judgment on the part of the dredge operator(s).

Dredging can be an exciting and remunerative activity if you are willing to work hard at it. It takes a bit of study and persistence in the beginning–just like any other activity. Anyone contemplating suction dredging as a commercial activity should be aware that there is a learning curve involved, and they should plan on it.

 

 

By JIMMY SIERRA

In the metal detecting industry, there is a term which has recently been
misused a great deal. This term is:“discrimination.”

 

Metal detectingSome have said that the pen is mightier than the sword, and I am sure that on occasions this has truly been the case. Throughout the ages, man has used words to explain, convince and cajole his fellows about one thing or another. Advertising executives are no exception to the rule; and in their deft hands, a word can become downright dangerous or at least costly to some of us. I am, of course, speaking about the use of the language without explaining the meaning of the terms used.

Every special interest has built into it numerous buzz words. Golfers, tennis fans and fishermen all have special terms familiar to the insider, and metal detector users are no exception. We all get to know these terms as we read articles and talk with the cadre of users. However, there is one term which had been used correctly for a long time, but which has more-recently been misused a great deal. This term is “discrimination.”

Discrimination was originally conceived by metal detector engineers as a means of operating a detector in junky areas; and, by some electronic magic, eliminate or alter the sound of a target which consists of unwanted material and thus increase the amount of good targets for the treasure hunter. This whole experiment was intended to benefit the coin hunters, who were in fact the majority of treasure hunters. When I first started detecting, metal detectors had no such ability and we dug everything. We found a lot of good items, of course; but spent a lot of time doing it. Then along came ground-cancelling, which is a form of discrimination; and our detectors starting detecting deeper and deeper. Along with the added depth came the attraction of these new GEB or VLF units for nails. Not to be outsmarted, the electronic engineers came out with a discriminator for iron trash, then one for other junk items such as pull tabs and foil.

All of these so-called discriminators worked in the same way, by eliminating or altering the sound of an undesirable target. All had the same weakness: The more mineralized the ground, the less they were able to penetrate compared to the al- metal or non-discriminate mode of the detector. Even with the so-called motion discriminator, this still holds true. A GEB or VLF discriminator goes deeper than the old TR discriminators, but not as deep as the all-metal mode when there is increased mineralization in the ground that you are searching.

Ladies metal detectingBut with the advent of meter identification on many detectors, the user was no-longer locked into searching in a discriminate mode with limited depth. He or she could finally search in an all-metal mode if desired and check the meter for probability of target identification. This is where the definition of terms is becoming important and what I have been leading up to. I have recently heard it said that this or that detector is better for prospecting because it doesn’t discriminate, and many a treasure hunter has set aside his or her perfectly good multipurpose unit and bought another unit just for prospecting. I am not suggesting that these new units are not worthy of the task; but in many instances, it was costly and unnecessary to buy two units. First of all, the original unit should be able to cancel the ground effectively; and secondly, the owner must learn the skills necessary to operate it in a prospecting environment. Every company makes such units, and all are capable of finding the elusive gold nugget. The meter should work independently of the all-metal audio signal. That is, you should be able to operate the detector in the all-metal mode and hear every target that the loop passes over. The meter should respond to these targets in some sort of predictable fashion.

Thus the meter really ceases to be a discriminator, but functions in reality as a target analyzer. This is the term I feel is more appropriate. Even though this is visual discrimination, nothing is being eliminated as is the inference when the term “discriminate” is used. Of course, there are limitations to this ability, namely the extent of the mineralization in the ground. The meter is, of course, still working in the discriminate circuit of the detector and has depth capability depending upon the amount of ground mineralization. But it is there when you can use it, and it is a valuable tool indeed.

On a recent trip into the El Paso mountains in southern California with my White’s Eagle, I spent the better part of three days fighting the intense heat and struggling with the enormous amount of metal trash in an old mining area. The two fellows prospecting with me were digging all targets and collected between them enough nails to build a small shed. In about the same period of time and number of targets later, I had accumulated only a hand full of nails, but enough lead and brass for a small arsenal. My point is, there are only so many targets a day a human body can dig. The more probable gold nuggets there are (lead, copper and brass are all probable nuggets), the more gold will be dug. The more nails and iron trash you must dig up, the less the odds of digging a nugget. It is an odds-game from the start. I ended up with a single 2.7 pennyweight. nugget on the third day, not from skill, but from better odds and some luck.

One of my good friends has used a Whites 6000Di/pro during the past two years, gleaning gold nuggets from the tailings and gullies of north-central California. The area he works was heavily populated with miners, and the iron trash is extensive. He works with a smaller loop to get in-between the trash, and has told me he never digs a target unless his meter indicates the possibility of a desirable target.

On the other hand, you must always consider that tiny nuggets can drop into the iron range (meter reading), and thus I do recommend digging any dubious signal. When in doubt…DIG.

Just so you don’t think all is peaches and cream, there is a minus side to every method. Because of the extreme mineralization in some locations, there will be times when you will not be able to rely upon your meter or display screen. You will know this because your meter will respond to the ground with readings or numbers whether or not a target is there at all. At these times, you will have to dig all targets just as if you didn’t have a target analyzer meter at all.

I learned this the hard way a while back on a trip into the Pinto Mountains near 29 Palms. A group of us with an assortment of units started out early one morning and headed about two hours into the desert for a dry-wash known to produce nuggets. I headed down the wash with my trusty Eagle in tow which had just come from a successful trip to the Sierra’s where my meter ID worked beautifully. In fact, a ¼-grain nugget had registered with a positive dig signal on the eighth or ninth pass. I was a bit cocky, and I broke my cardinal rule: Put down a nugget or two of varying sizes and cover them with some of the local terra firma. Check the sound and the meter to see the response. In other words, know what you are getting into. My friend of the El Pasos came down the gully behind me. I stopped at a number of signals, checked the meter and walked on. A few moments later, my friend beckoned me back. “Check this one,” he said. I did, and it sounded good. But the meter said iron. It was a small nugget of a few grains. I checked my sample nuggets and got the same response. In fact, I had to progress to a half-pennyweight nugget before the reading would not be overridden by the heavy ground mineralization! The gully was full, as should be expected, with much black sand; and it was overriding the nugget response on the meter. The sound was loud and clear, but the meter reading was unreliable. This was one of those instances where you dig everything if you want small targets, or you just settle for the less-frequent larger nugget.

The incessant hot rock can also be easily identified with a meter and not be the bother that some make of it. All this takes skill and practice. Learn to use your detector, whichever one you buy.

Remember, you have to be standing over a nugget to find it!

 

By Dave McCracken

When the gold starts being trapped further down the length of the box, it is definitely time to clean up your box!

Dave Mack

 

Some miners like to clean up their sluice boxes after every hour of operation. Some prefer to do clean up at the end of the day. Others will go for days at a time before cleaning up. This is a matter of preference and seldom has much to do with the actual needs of the sluice box. Some of the large-scale operations, which ran during the early 1900’s used to allow the lower two-thirds of their boxes to run for months at a stretch without cleaning them up, and without very much concern about losing gold. However, it is true that sluice boxes were longer in those days.

There is a method of determining when a sluice box needs to be cleaned up to keep it operating at its utmost efficiency. If the majority of gold is catching in the upper third section of the sluice box, then the recovery system is working well.

After a sluice box has been run for an extended period of time without being cleaned, the riffles will have concentrated a large amount of heavy materials behind them. Sometimes a lot of heavy concentrated material in a sluice box will affect the efficiency of the riffles’ gold recovery. This is not always the case; it depends on a number of different factors, like the size and shape of the gold, the size and type of riffles being used and how they are set up in the box.

The true test of when a set of riffles is losing its efficiency because of being loaded down with heavy concentrates is when the gold starts being trapped further down the length of the box than where you are comfortable seeing it. When this occurs, it is definitely time to clean up your box.

Otherwise, clean them whenever you like.

Expanded metal riffles, being short, will tend to load up with heavy black sands faster than the larger types of riffles. But shorter riffles generally concentrate fine gold better than deeper riffles.

A large, visible amount of black sand being present is not necessarily a sign that you are losing gold. Gold is four times heavier than black sand. In some cases, the black sand will have little effect on gold recovery. Again, it depends on how the system is set up, the type of material being run, the purity (and therefore weight) and shape of the gold, as well as other factors.

The best way to evaluate your recovery system is by direct observation of where the gold is being trapped.

 

By Dave McCracken

Showing people how to find high-grade gold has as much to do with developing the proper focus as it does with passing along helpful information.

Dave Mack

 

Running a successful mining operation is one thing. Helping someone else to be able to run a successful operation is something else altogether. During the past several years, we have worked with hundreds of people in basic gold mining techniques and dozens of men and women in commercial underwater mining procedures. We have also had the opportunity to observe many others conduct their own mining operations in Africa, South and Central America, Alaska, Canada, Indonesia, Cambodia, Viet Nam, Madagascar and along the rivers of Northern California. Working with the theories and procedures, you are also working with the person’s ability, or lack of ability, to apply the principles.

A number of years ago, it became apparent that future growth and success of my own commercial activities in this field would depend, in part, on our ability to guide others in successful gold mining procedures–not just in theory, but in actual application. As part of our effort to improve our capabilities, I have personally devoted quite a lot of effort trying to understand why some people (a healthy percentage, actually) cannot seem to acquire the ability of practical application of successful mining and sampling procedures–even though they apparently understand all of the theory behind them.

I personally know a fair number of successful gold miners; some who we worked with and some who learned on their own. Some are successful on a smaller-scale. Some mine gold to support themselves and their families.

I also know a fair number of rather unsuccessful miners, some who we have given some help to and others who would not accept help if their lives depended upon it.

Unquestionably, there is a distinct difference between successful miners, partially successful miners, and those who are completely unsuccessful. A fundamental way to explain the differences is with the concept of wavelengths.

Consider the idea that each person is similar to an electronic frequency radio tuner, and that the universe consists of an infinity of possible frequencies which can be tuned in. I propose a theory that successful gold miners have themselves more finely tuned on a particular frequency than those who are not so successful.

Why is it that sometimes you try and tell a person how to do something better, when the person obviously does not know how to do it properly–but the person won’t listen, won’t understand, wants to disagree, becomes suspicious of you, won’t accept help or rejects your information? Helpful information is coming the person’s way, but the person is not tuned to the frequency to receive and utilize the signal. In fact, he may be tuned to a rejection-frequency.

One of the primary common denominators I recognize being present in successful miners alike is a never-ending drive, or hunger, or urge to get on and stay on the pay-streak during their mining activities. You can actually SEE this drive or hunger as part of their beingness. This urge is similar to an entrepreneur looking for a good investment opportunity, or a businessman wanting to close a profitable deal, or a musician trying to create an exceptional melody, or the drive an athlete has to win a race.

All gold miners WANT to be successful and find lots of gold. The difference is that successful miners CREATE success by learning how to do it, by hustling around to find the best opportunities, and by actually making success happen. The best simply have themselves more finely tuned and focused on the desired wavelength!

Unsuccessful people often allow themselves to be diverted off the wavelength by little losses, or unknowns, along the way–or by little decisions: “I can’t do it,” “I don’t know,” “I’m not good enough,” “It’s too hard, etc.”

As an example, I can look back to my own involvement with gymnastics in high school. I was moderately successful–enough to become co-captain of our team during my senior year. But there were others we competed against who were far better than me.

I look at these kids today who are near perfection and realize that I was never really even in the league. Why? At the time I felt that those who were better had more inherent gymnastics ability than I did. But the truth is that they were more focused into advanced-gymnastics perfection than I was. This made them better gymnasts. There is no rightness or wrongness in this; you end up receiving exactly what you focus upon.

Someone more sympathetic might say that I lacked the proper coaching. And I’m sure thaey are right that exteriour environmental factors play a part in this. But even the best coach cannot help a person who insists upon setting fixed personal limitations.

My ex wife’s son, Derek Parra, wanted to be the world’s fastest speed roller-skater. He finished high school a half year early with honors; and with no money or financial support, moved to Florida where he could be near a world-class coach. He made the world skating team in his first year and took a gold medal at the World Games. When he realized that roller skating would not make it into the Olympic games during his time, he made the very difficult move of switching from the top of the roller world to the lower-end of ice skating. But within several years, he worked his way up to take gold and silver metals in the Olympics. Now that is focus far beyond coaching!!

I’m focused on being the world’s best underwater mining specialist–and on helping others, also, to be very good at it.

In working at this, I am finding that showing people how to do it only partially has to do with passing along helpful information. It actually seems more to do with developing the proper focus. This is why hands-on experience is so enormously valuable in any field.

If I wanted to be an expert at computer programming, I would spend the necessary time learning the basics and then devote myself, at any cost, for a year or two working under the guidance of a proven master. Why? Because the Master is riding directly on the frequency of success in this endeavor. His tuner is locked onto the precise channel I am searching for. My time is valuable. Why spend ten years trying to attain the successful frequency when I can learn it from a master in one tenth the time?

There is a big difference between having an understanding of the theory of mining, and having the ability to apply knowledge perfectly to obtain the optimum result.

The following is a short list of some of the differences I have noticed between successful and unsuccessful people — both inside and outside of the field of gold mining:

Receiving Help: Successful people willingly and gladly accept help wherever it is needed. They also tend to be freely willing to extend a helping hand to others who are in need. Unsuccessful people have a perverted idea of help, sometimes expecting others to do the job for them— and then being suspicious of the helpers, wondering what their malicious intent might be. They might refuse help to others altogether–or help somebody so they can gain leverage over them. Some refuse help from others, feeling they don’t deserve it–or sometimes feel that to accept help would be admitting failure. Such people are almost impossible to help.

Handling Data and Knowledge: Successful people, and those on their way towards success, tend to be hungry for new and more information which they can utilize to boost themselves towards accomplishment. Each piece of useful information is learned with care, sorted properly as to its importance and usefulness, and held in standby as another tool in a never-ending drive for success.

Unsuccessful people often can be spotted trying to be “experts,” trying to “remember” bits and pieces of information to prove to others they know what they are talking about.

Most often, because of lack of true focus on accomplishing a goal, the unsuccessful person also has an inability to evaluate the different degrees of importance of information. For example, such a person might not understand (as far as his ability to apply knowledge in the gold-finding field), that the datum “Gold is six times heavier than gravel” is substantially-more important than “Gold is an excellent conductor of electricity.” An electrician would see the second datum as more important. A successful miner knows the first datum is more important to him, because it is a far more useful tool, by today’s methods, in finding where gold deposits are located.

Focus and Intention: You cannot be an expert at everything. Successful people choose the areas in which they want to do well and focus their attention and intention (getting on the frequency) at becoming good in those areas.

Such people are a breeze to train. If you are not telling them how to do it, they are figuring it out for themselves. Unsuccessful people tend to focus either too narrowly–where they cannot evaluate importance, or too broadly — where they don’t have the necessary attention or intention to follow through. Often, unsuccessful people tend to focus on failure, problems, barriers, or resentments, rather than focus on what needs to be done to get on with progress.

Handling setbacks: There is no one who hates a failure more than a predominantly-successful person! However, many very valuable lessons are learned the hard way by doing things less than perfect the first few attempts–especially when treading on new territory. Successful people generally have enough personal drive to learn from mistakes and keep pushing forward even though there may be some pain and discomfort during the process.

Unsuccessful people tend to collapse because of setbacks, resulting in the primary focus staying on the problems, rather than achievement of the goal of success. After a time, small setbacks add up to a major failure – which eventually results in the person giving up altogether on the endeavor. We see this quite regularly in gold mining, when a person is in the prospecting phase and doesn’t find a pay-streak right away.

The successful person, even while hurt during setbacks, recovers from the loss, re-focuses on the goal, throws off the negative energy, feeds on the gains, and keeps moving forward as best he or she can.

Dealing With Success: Many unsuccessful people don’t do well because they do not feel they deserve to. But most often you will find them consciously blaming others for their problems and failures. Lack of responsibility for one’s self and one’s actions goes hand in hand with failure. Along with this, you will find unsuccessful people constantly upset and resentful at the success of others who are working more energetically towards accomplishment of life’s goals.

I can often tell who my true friends are not; those who are disappointed every time I get into an excellent pay-streak!

Generally, successful miners are happy to see others do well–unless the other happens to be someone who is first to a person’s secret hot spot. A successful miner might be a bit envious of another’s gold find–but probably not resentful. And if anything, he is most likely to spur himself on to work harder to find a better hot spot of his own.

Personal Integrity: This is most important, so I left it for last. What kind of person am I? Certainly there will not be much personal improvement if we are not willing to look at what we are, and be honest with ourselves about what we see.

Don’t like what you see? Change it–don’t bury it! Everyone is somewhere on the scale from heaven to hell. The direction upward is through personal honesty, integrity and willingness to improve those things you see in yourself which you are not pleased with. The way downward is to not look, to hide from yourself, and to be ruled by those things inside yourself that you don’t like…

Cheaters never really win! Because, by definition, a person who feels he must cheat to win is below the level of actually playing the game in the first place. Therefore, cheaters are really living in a game of their own–not truly in communication with those around them. Giving up your true self, your real happiness and your personal well-being, is a huge price to pay for having some temporary material belongings.

There are a lot of unhappy people around who act like they are happy. Look around. What do you think their problem is? However, even their game is not over. Wherever a person finds him or herself, the road continues in two directions.

Successful people win their games by focusing themselves towards accomplishment within the rules of the game. Don’t like the rules? Do something effective to bring about agreement to have the rules changed. Winning the game by the rules brings great satisfaction, and successful people are willing to put out the necessary effort to gain each step along the way. Sure, it’s always a bit more difficult to not take the unethical short cuts which present themselves. But real progress is built upon a solid foundation of the ability to accomplish.

Unsuccessful people can often be found looking for the short cuts, the get-rich-quick schemes, or are willing to bend the rules–or cheat outright to win the game the easy way. Ultimately, such gains are only temporary because they are not built upon a foundation of the ability to create or perform–only the ability to take advantage of shortcuts.

Personal integrity is most important, because a person’s ultimate success in life, or mining, or any other endeavor, starts from his or her own source-point, wherever that may be. A person low in personal integrity may not allow himself to succeed, regardless of how hard we try and train him! The desire to be a successful gold miner, computer programmer, athlete, or good husband, is an impulse that begins and ends with the individual. And if the person isn’t being honest with himself, who he is, what he is, what he is doing, what principle he stands for, and where he truly wants to go, then it’s more than likely the person will not have the necessary drive to become truly successful at mining.

So you can see, there is more to helping a person to become successful than just showing him or her how to do it right. Sometimes, you also have to help get the person onto the success-frequency. And when you have accomplished this, then you have struck real pay-dirt.

 

By Dave McCracken

“When lots of gold starts coming into play, everyone gets excited and in a hurry!”

Dave Mack

At the beginning of a recent season, my partners and I were sampling a promising section of our properties along the Klamath River for new pay-streaks. We had dredged several holes and were onto a deposit. Since we did not know if it was high-grade enough for us to work, we were dredging more holes up and down the deposit to get a better idea. On the fourth or fifth test hole, we uncovered a section of bedrock which had gold lying all over it; it was truly rich!

Something always happens in the dredge hole when dredgers start uncovering lots of gold! It does not matter how professional or experienced the operators are. When lots of gold starts coming into play, everyone gets excited and in a hurry. And it was no different on this occasion.

There was a pretty good sized boulder in front of us, slightly up in the streambed material. It was too large for one of us to move. But we thought both of us, working together, could probably roll it to the rear of our hole. Hurriedly, because we were anxious to see more gold on the bedrock, we made room behind us for the boulder by throwing a bunch of smaller rocks and cobbles further behind. Then we climbed upstream of that big rock and gave it a shove. The rock moved more-easily than we thought and slammed into the hole—right on top of my airline!

divers under waterWe use extra heavy-duty airline, the kind that does not kink under normal working conditions. I have tossed cobbles onto it hundreds or thousands of times; I have rolled boulders over it; and I have never had an instance where the airline was damaged in any visible way. That is, until this time.

As soon as the boulder stopped moving, I lost all my air supply. That is when I realized the boulder had pinned my airline underneath. I was already winded from the exertion of shoving on the boulder. So quickly, my partner Rob and I put our shoulders against the boulder, propped it up, and I pulled my airline out just far enough to see that it was split almost in half. We set the boulder down to deal with this new problem, but the boulder still had my airline trapped from behind.

These kinds of emergencies unfold very quickly when they happen underwater. One moment everything is fine. And the next moment, your life is hanging in the balance of what you do! I had a similar event once where I got pinned to the bottom by a slab of bedrock that fell on top of me from the side of the river.

First I thought I might be able to get air by holding the airline together and compressing it in my hand. This did not work and I was really starting to hurt for air; the second stage of panic was just starting in. What is the second stage of panic? It’s when you are on the verge of a psychotic break!

I looked to Rob and signaled him to cut my weight belts loose. We were working in fast water and I was using a second 25-pound belt to keep me in the hole. Instead, Rob handed me his regulator. Good idea, I had not even thought of that! So I took five long, deep breaths from Rob’s regulator. I would have taken more, but he had that “growing worried” look in his eye. The air was a big help, but far from satisfying; my body was demanding more.

However, the air did reduce my emotional state down to first stage panic—which is non-careful, frantic action. I signaled for Rob to release my belts again. The reason I was asking Rob to remove them is that a face mask prevents a diver from being able to see his or her own belt, so it is much easier for a second diver to release them.

I had one heavy belt which carried about 60-pounds of lead. And my second belt, with about 25-pounds, was connected to my airline. Rob released my heavy belt, not seeing that the airline was still connected to me.

This was all happening very fast. Rob was having panic problems of his own, because he was desperate for air while I was breathing off his regulator. When I handed him his regulator back, he was having trouble removing the water from it. So Rob cut his own weights loose and was gone with his own airline. With my heavy belt gone, I floated up into the current and reached the end of my airline (which was still stuck under the boulder), stuck about six feet from the surface. I immediately reached second stage panic; I was dying for air!

We use a boom on the front of our production dredges to help support the suction hose. A cable extends from the boom down to the suction hose. Looking up from my suspended position, I realized I was in reach of the boom cable. I had already frantically tried to find the quick-release buckle on my weight belt. But the belt had shifted around somehow; and with my heavy rubber gloves on, and in my panicked state of hurriedness, I could not find the buckle. I snapped into third stage panic, grabbed onto the cable and started pulling myself to the surface with everything I had. It was an inch at a time.

Finally, when my face was about one foot from the surface, the airline would no longer give. So close, but so far! In a last ditch adrenaline pull, I managed to get my mouth just above the water’s surface; I got a breath of air and water. I did it a few more times. Then I pulled my glove off the right hand, stuck it under my left armpit (no use in throwing away a good right-handed glove), and reached around to release the weight belt. It fell away and I was quickly on top of the dredge. Rob was up there hoping I was going to make it.

That one was close!

While I was catching my breath on the surface, without any delay, I asked Rob to go down and recover our belts and my air line. We repaired the line with some parts in our tool box, fueled up the dredge, and went right back down to finish the sample hole. I immediately went back down to finish the dive because I believe it is important to get back on the horse that throws you without delay, especially when you are feeling emotional trauma from a harrowing experience.

The pay-streak turned out to be a good, rich one!

I learned a few valuable safety lessons that day—the primary one being to not roll heavy rocks across my airline. This means knowing exactly where my airline is, along with everyone else’s in the hole, at the time when boulders are being moved.

fast waterHere are a few other pointers we have learned about airlines from our experience: Stay aware of where your airline is. Do not allow it to get wrapped and tangled around objects, the suction hose, tangled with other divers’ airlines. Immediately untangle your airline if it does get caught up in any way that might prevent you from getting quickly to the surface or the stream bank in an emergency.

I am a true believer in extra heavy-duty, non-kinking airline. Not only is it non-kinking, but it is also a safety line. We run several wraps around the frame of our dredge before plugging our airlines into the air system. This way, if we need to pull ourselves up the airline in an emergency, we are not pulling directly against brass fittings.

Airlines generally float when being used under normal circumstances. This means you have to watch out that yours does not get tangled around the underside of your dredge. Airlines usually sink to the bottom when they are being used in conjunction with a hot water system, which pumps hot water down to the dredger through a second line that is fastened to the airline. In this case, you have to watch what the airline might get tangled around on the bottom of the river. And, spoken from hard-won experience, you have to be careful not to roll boulders on top of it. You also have to watch that you do not bury your air line with cobbles being thrown behind your dredge hole.

Avoid using longer airlines than are necessary. Ten or twenty feet longer than the suction hose is just fine. Longer airlines tend to get caught on more objects and set up more drag in the current.

When we are working in fast current, and the heavy drag on the airline is a problem, we pull our airlines up onto the back-side of the dredge hole and put a cobble on top to hold it there against the fast water. The cobble must be large enough to hold the airline down, but not so large that you cannot jerk it free in an emergency rush for the surface or stream bank.

We always untangle and unwrap our airlines on our way to the surface at the end of every dive. This gives us a free airline to coil up on deck at the end of the day, or to use again at the beginning of the next dive.

two guys dredgingAnd we always replace or repair a damaged or defective airline without delay. Murphy (as in Murphy’s Law) lurks behind every corner! There are so many details to get right in a dredging operation of any size. There are many things which can possibly go wrong. We try to do everything right to avoid problems. But one thing we should never get lazy about is maintenance action on our air systems. If it even looks like it could be a problem, fix it now! And use quality repairs! Clamping copper tubing between two pieces of airline is not the way to do it!

All in all, I believe safety is a personal matter. This is all about having the right approach in the first place. Different people have different levels of ability doing different things. While one person may have trouble walking across the street without encountering grave personal danger, another person can stay out of personal danger while pursuing hang-gliding or sky-diving activities.

Still, it is true that the more adventuresome the activity, the less margin there is for error. And in adventuresome activities, when things do go wrong, it often turns into a life-threatening emergency. So it is very important to cross all your “T’s” and dot all your “I’s” when it comes to your air system.

 

By Sam Radding

 

Sam RaddingTime, like the river in front of our camp, takes some interesting twists. Some years back, I sat on a boulder by a small creek with a fishing rod in one hand and a gold pan in the other. I can still remember wondering whether I looked as foolish as I felt. Was I actually going to put some dirt into the pan and try my hand at gold mining? — Or was I just going to go fishing?

I guess most would-be miners come to a point like this. Although there was a lot to learn about gold prospecting, the knowledge did seem to come easily to me. I have always been a do-it-yourself person; and within two years, I was already building small-scale mining equipment for several shops in southern California.

Sniping 1For me, building the equipment, and showing others how and where to use it, widened the pleasures found in our gold mining adventures. Since then, some part of every prospecting trip has been devoted to showing at least one beginner how it all works.

A case in point happened over our last three sniping trips to the Mother Lode. Sniping has two related meanings in a mining sense. To the old-timer, sniping meant using light, portable equipment to work the high-grade deposits along the banks of gold-bearing streams and rivers. These banks were sampled quickly. When a suitably-rich deposit was found, it was worked as fast as possible and the miner was off to the next spot.

Today, sniping also means working gold-bearing waters with a mask and snorkel and a few hand tools. Higher-grade spots are still worked quickly and the miner is off to the next hot spot. The equipment must be light, because the sniper usually has to cover a large area.

Sniping 2Over the years, I have gravitated to this type of mining. There is nothing quite like the thrill of spotting gold sitting on the exposed bedrock, right there for the picking. This is where my love of sniping, joy in teaching, and my friend Howie all came together.

We first met Howie at the Mineral Bar Campground on the North Fork of the American River. We pulled into our camp spot and within an hour there was Howie, the itinerant camp-greeter. He was living out of his old Dodge van and finding a little gold with his gold pan.

Sniping 3Over the next few days, Howie watched me don my wetsuit and head up the river. In the evening, he would watch me clean up the gold. On the third evening, I asked if he would like to try his hand at sniping. I would supply the tools and a day’s instruction. As it turned out, we worked together for about four days. In that time, Howie learned to look for bedrock cracks, but not just any cracks. We wanted cracks that were fed by other features surrounding them. Low spots and shallow channels were examined for cracks. Areas downstream from large obstructions, like trees and boulders, were worked. Any patch of broken or rough bedrock was investigated. We hand-fanned away shallow overburden, looking for hidden gold-bearing spots. There were a lot of places to look!

Sniping 4We found lots of flake-gold and a few small gold nuggets by splitting small cracks with my four-pound hammer and a one-inch chisel. We cleaned other spots with small hook tools. At times, we just picked the flakes off the bedrock with our fingers.

By the end of the fourth day, Howie had the basics down, but he was still leaving a lot of gold in the spots he worked. The best I could do was to tell him to be more thorough in the areas that showed good potential. Those tiny cracks can hold as much gold as the larger, easier ones do; and there are a lot more of them.

One year later, we met again. Howie’s old van was now a truck, but camping still was home. We worked together for a few days, and I did see progress. He was finding better spots and working them more diligently, but he was still leaving some easy gold for me to find when I checked his spots.

Gold from snipingThat was last year. This year, Howie is an accomplished sniper. A few hours spent together in the water proved that. Somehow, between this year and last, Howie got thorough. At an evening get-together, Howie turned to me and quietly said “I really have gotten better at sniping.” I already knew that. The gold in his bottle said a lot.

If this type of mining seems appealing, don’t just sit on a boulder with a fishing rod in one hand and a pan in the other. Find yourself an old wetsuit, mask, snorkel, crack hammer, a few crack hooks, and jump in. As soon as you uncover your own first piece of gold, you will know how I feel about sniping.

If you find me out mining on the river, I will always have a little time to talk. See you out there!

 

BY GORDON ZAHARA

Several years ago, I decided to devote my time entirely to nugget hunting in northern California, giving up the other methods I was using. Being retired at a relatively early age, I had plenty of time. And so, I spent approximately six hours a day, four days a week, during the next two years, learning by trial and error what equipment to use, how to use it properly, and where to go to be the most effective with it.

After numerous requests, I have decided that this web site would be an appropriate place to pass along some of the helpful tips I’ve learned–things that will make it easier for someone who wants to get started, or improve their methods in the rewarding activity of detecting for gold nuggets.

Also, during the past several years, technology in the field of nugget detecting equipment has been improving rapidly. With the advanced technology and capabilities they put into the new designs, a prospecting metal detector (one designed specifically for finding gold nuggets) is capable of finding a piece of gold at greater depths than ever before, and some people can detect pieces weighing as little as 1/10 of a grain with ease.

When deciding on the metal detector of your choice, a few good points to remember are:

1) Seek out friends or other qualified individuals who can answer questions and show you how to use metal detectors designed for gold nugget hunting. Nugget detecting is a specialized field in itself.

2) Find a reputable equipment dealer who has a good selection of prospecting detectors. Note: All metal detectors have the capability of finding gold nuggets. But a detector designed specifically to find gold will give you a far better edge in your quest, make it easier, and more fun.

3) Have your friend or dealer bench-test various detectors for you. This will allow you to compare the depths and capabilities of the various detectors. (Please keep in mind that the degree of mineralization in the soil you’ll be working is going to affect the detector’s sensitivity and therefore your ability to find the same sized pieces. You won’t be able to find them at the same depth in the soil as you’re able to in the air.) Therefore, it is also of extreme importance to choose a detector that is going to be able to handle the heaviest mineralization possible.

4) Another helpful tip to use when selecting your detector is to know that in recent years we have generally found that the higher the operating frequency or kilohertz (khz) of a detector, the smaller the gold that can be found with that detector.

5) Upon choosing your new detector, make sure your dealer instructs you in the use of your new machine. This can be done in various ways. The best ways are by either using a test-patch (area with gold and other metal targets buried in mineralized soil), or by having the dealer take you to a gold bearing area and give you hands-on training with your new detector. You should never test a detector solely inside a building. Because the results will not be accurate, due to the materials in the walls and floors. In addition, exclusive testing there will result in your finding yourself alone in the field with your new detector and not knowing how to effectively make use of it. Because a detector’s response in the field is completely different from a “bench test.”

The following is a list of some of the metal detector accessories and tools you will need to be successful, as well as the purposes they serve to facilitate your quest:

1) Earphones: A necessity for nugget hunting. You will lose 80% of your detector’s sensitivity if you try to detect without them. They should be well padded, allowing for long periods of usage. It is also a good idea to have some type of built-in booster which adds to the depth capabilities of your detector and enhances the metallic sound of the gold.

2) Coil Cover: A small item, but quite important. It will protect the bottom and sides of the coil and give it a much longer life.

3) Digging Tools: There are many types to choose from, so find the one, or ones that best suit you.

4) Plastic Cup: To be used to separate a target from the soil by process of elimination. It should be about 4×3 inches, and slightly flexible.

5) Rake: Any type of heavy-duty rake will work. The rake is often used to eliminate soil from a paying area, a few inches at a time. This enables an electronic prospector to find deeper nuggets. Using the raking system, I have found many nuggets that I would have otherwise missed. Note: Gold nuggets are often found in patches. So where one nugget is found, many more may be located.

I feel that the above items are the most important accessories you will need. There are a great number of other products on the market, and you can determine if you need them or not after you have been detecting awhile.

Where to hunt? The best answer I can give to this question is, hunt anywhere that gold nuggets have been found in the past. In other words, any gold bearing area. Almost any research books on past mining operations and other related topics can help you locate prospective metal detecting areas. After you have located an area, you must make sure that it is not private property or already under mining claim.

Many people have trouble finding areas to metal detect for nuggets. If this is your problem, you might consider joining a mining organization.

Here are a few pointers that may help you after you have found the areas you want to metal detect.

For Desert Areas, check the following:

1) Exposed Bedrock: Gold can usually be found on bedrock, or in exposed crevices.

2) Washes: Desert gold is moved by flash floods, which create washes that may be gold bearing. The banks of washes also sometimes pay well, with nuggets that are in the process of being washed down by the infrequent flash flooding.

3) Old Dry-washing Tailings: Dry-washing equipment misses gold many times when the dirt is screened into the machine. A dry-washer does not separate wet dirt well and the gold can often flows right out into the tailings.

4) Any other desert areas where prospectors have found gold in the past. Remember–GOLD IS WHERE YOU FIND IT–AND WHERE OTHERS HAVE FOUND IT!

For Mountain Areas, check the following:

1) Rivers & Streams: Detect all exposed bedrock on the sides of rivers and streams.

2) Old Mines: Look through tailings piles and around old stamp mills. Check roads that were used for hauling ore. Caution: Do not enter any mining tunnels. These can be extremely dangerous.

3) Hydraulic Areas and Ancient River Channels: Metal detect all exposed bedrock. Look under rock piles (watch for snakes!) Check areas where old sluice boxes were used. I’ve found that gold can be anywhere in a hydraulic area, so be sure to search these areas very carefully.

For the beginner, desert metal detecting should be considered as an excellent learning area. Since the desert has mostly flat terrain and very little mineralization in the soil, a new metal detector can be mastered more-easily here.

My last tip is to keep up-to-date on new metal detectors and accessory equipment. The metal detecting industry now realizes that the electronic prospector who hunts for nuggets is a viable public. New and even better equipment is on the horizon for us out there.

I hope this article aids you in getting started detecting for gold nuggets.

The following is a list of recommended books that can provide further information on nugget hunting: 1) “Finding Gold Nuggets With a Metal Detector,” by Jim Normandi. 2) “Follow The Dry-washers,” by Jim Straight. 3) “Magnificent Quest,” also by Straight. 4) “Modern Electronic Prospecting,” by Lagal and Garrett and 5) “Successful Nugget Hunting,” by Pieter Heydelaar.

 

BY SAMUEL T. LONG

No matter what the size or nature of our mining operations, we all have one common procedure to deal with—the cleaning up of our concentrates. Sometimes, the process of separating the gold from the other sand and gravel is a tedious task. But, there is a way to make it relatively quick and easy.

This final step, before the gold is totally isolated, is of no less importance than the prior steps used to recover the gold laden concentrates themselves. Many times, in a mining operation, much thought and energy have been used to successfully reach the clean-up stage, only to squander the last remaining hours of the afternoon or early evening on an inappropriate and/or wasteful system of final gold clean-up. In fact, some operations take so long to complete this stage that they’re not started until the next day!

Final clean-up of concentrates should take minutes, not hours. If you can’t go from sluice box concentrates to gold in a bottle in less than an hour, your technique needs to be examined, then streamlined.

We all know the direct relationship between time, effectiveness, and gold. Its no secret, for instance in dredging, that the more time you spend during the day pumping gravel, the more gold you’ll have at the end of the day. All the effort you spend on plug-ups, throwing and re-throwing rocks, moving the dredge, winching unnecessary boulders, and all the other odds and ends “Murphy” continually throws at you, essentially steals valuable time from operating the suction nozzle. This, in turn, logically lessens the amount of gold in your box on any given day. So, an important aspect of successful gold production is efficiency. Isolated efficiency used mainly during diving time is not enough. Productivity, in every aspect of your over-all mining operation, is vital for success. Clean-up of concentrates is no exception.

Before we go any further, lets look at a few clean-up methods that, for one reason or another, don’t prove to be satisfactory. Maybe yours is in this short list:

1. Panning: Simple, direct, and economical. But time consuming. It works after a fashion, but obviously a prospector’s sampling tool, at best. If you do use a pan to do final clean-up, you will find the process goes much better if you first classify your concentrates through a series of mesh-screens and pan each size-fraction separately.

2. The Tweezer Method: Again—simple, direct, economical and EXTREMELY time consuming. Actually, it works great for the first eight or ten pieces of gold you pick up. Its the next two hundred pieces, or 20,000 pieces, and your unasked for double vision, that puts the “kibosh” to this method. This method is unworkable as soon as you begin finding more than just gold traces in your sampling.

3. Spiral Gold Wheels: Here’s the backbone of many clean-up operations. Wheels are basically good tools at a moderate price, but can fall flat on their face when it comes to efficient use of time. Its almost impossible to classify, run, and re-run concentrates through any wheel and still break the one hour target. If you use a wheel, don’t throw away the final concentrates that remain in the bottom-edge of the wheel after all the gold has climbed out. Because there always seem to be pieces of gold that will not climb out! Save those concentrates for another day…

4. Shaker Tables: Very effective for fixed commercial operations. But generally too bulky to support portable sampling programs. They are also quite expensive. Unless you already own one, you can still be effective without it.

This is not to say that there is only one correct way to clean-up; and if you’re not doing it that way, that you’re doing it wrong. This is just to show you a fairly quick, cost-effective, simple way to separate gold from your sluice box concentrates; a method by which you can cut your clean-up time from two hours to less than one hour with only the addition of a few simple tools and techniques:

1. A very important part of any efficient clean-up method is what percentage of the sluice that you are cleaning up. No matter what size sluice you have, or how it came from the factory, it is imperative that you re-design it so it’s possible to clean the top 20-25% of it without disturbing the rest of the sluice.

We call this the “high-grader.” Because it is extremely heavy, eighty percent or more of the gold will regularly be in the top 20% of the sluice box. Given this fact, there’s no need to spend extra time and effort cleaning the entire box each time you clean-up. All that extra time could be much-more effectively invested in the sampling or production-phases of your program! On an average, clean the top section every day, the middle section every two weeks and the back section every month or so. You have to be flexible about this, depending upon how rich the gravel is that you are mining. This saves a lot of work while still retaining all the gold. Design your sluice in individual sections and clean them on a staggered basis.

2. Remove the riffles and miners moss with concentrates from the top section. Rinse the riffles and thoroughly wash out the miners moss into a utility tub. A flat kitchen-counter scraper works well to clean the bottom of the sluice. Immediately replace the miners moss and riffles.

3. Using another utility tub, transfer the concentrates from one to another via a 4-mesh classifying screen.

Check the top of the screen for nuggets before discarding the over-sized material. You never know when one will appear. This 4-mesh classification should cut the amount of concentrates by around fifty percent. Dump the classified material into a five gallon bucket. Now you have gone from five gallons of concentrates to two in only about ten minutes.

4. Start the dredge and run it at low idle. Set the black plastic mini sluice (or the Le’ Trap plastic clean-up sluice) in the top of the sluice. The moving water will hold it in place. Note here that it is counter productive to use a longer plastic sluice instead of a small one. That’s because you’ll end up with twice as much material, but no more gold. The object of this step is to get the material down to a workable amount for final clean-up. If you use too large a mini sluice, it will take another step to reach this proper volume. While it is probably not necessary, we like to lace the one-foot square of miners moss under the tail of the mini sluice in such a manner that all material washing out must travel over the moss. This is to catch any fine flakes of gold that may be washed out of the sluice. However, because the process is usually done inside the sluice box of your bigger recovery system, there is little chance any gold can be lost anyway.

5. Carefully drop the concentrates a handful at a time into the top of the mini sluice.

Adjust the water flow via the throttle so that the concentrates are gently carried away while leaving the gold in the top few riffles. We have found that this step goes much quicker and simpler than using a gold wheel or gold pan. The process is so efficient, we have found that running the concentrates through the mini-sluice twice is a waste of time.

6. At this point you’ve only spent about twenty minutes and you’re more than half-way to having completely separated the gold from the rest of the concentrates. Next, rinse out the square of miners moss and the contents of the mini sluice into a bucket.

Notice there is only a fraction of a pan’s worth of concentrates remaining. These can be dried out in a small, steal gold pan over an open flame (outside in a well-ventilated area), screened, and carefully separated with a gentle blowing process on paper. The best demonstration I have ever seen of this final process of separation can be found in Dave McCracken’s video, “Successful Gold Dredging Made Easy.” Who said clean-up had to be tedious and time-consuming using expensive tools? So far, we haven’t even left the river and we’ve gone from nearly five gallons of concentrates to less than a cup in only twenty-to-thirty minutes. This easy technique, coupled with the dry final separation, is all you need to make your operation more enjoyable and successful.

Expertise in clean-up demands an approach that will deliver all of the gold in your concentrates in less than an hour. Anything longer than this is a waste of time and energy which definitely subtracts from your over-all mining success and enjoyment. As you know, a chain is only as strong as its weakest link. While streamlining clean-up may not drastically improve total gold quantity, it is surely a step in the right direction. Gained insight concerning your clean-up methods may reveal ineffectiveness in other areas as well; the sum of which very well could mean the distinct difference between success and failure in your operation.

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