Mr. J_L,
What in hell are you talking about
"Pin-pointing method? If your pin-pointing method was useful at short distances, it should have worked at greater distances, using the same concept. Thus, you should not have needed to know the mile-marker."
You have just proven that you know absolutely nothing about dowsing practices. I did not map dowse for the area, and I never said that I did. How am I to find the area of test quickly?
________________________MM5_________________________
This distance is one mile in length, the coins could be anywhere within this distance, and on either side of the highway. NO INFORMATION LEAKAGE
"There would have been no reason to contact, and talk to the person who buried the coins. "
How am I to know what freaking state the coins are in? How am I to know if the coins were even buried? And the conversation went something like this: “Hi, I’m back. Great!! Did you bury the coins yet? Yes, they are near MM 5. Thanks.” NO INFORMATION LEAKAGE.
"One of the biggest flaws I see is with the coins having been buried for only a week. Burying targets for tests of this nature has been discussed at some length, and a time period of one week is way too short, due to the disturbances to the area."
Again, here is proof that you know nothing about the art of dowsing. The coins could have been buried for ten minuets. Makes no difference. In south Florida, ground conditions can change from hour to hour. Remember the storm from the previous day? NO INFORMATION LEAKAGE. Oh, BTW, in the article, the reporter stated that she had spread flotsam and jetsam from the beach around the whole area.
"Finally, your test needs to have some statistical weighting before accurate conclusions can be drawn. That is, the test must be designed in such a way so that by simple math, the odds of obtaining a specific result by Chance alone, can be compared to the result obtained by dowsing. That is the only way an accurate conclusion can be drawn from any test. In general, tests of this nature will by default require more than one trial. In your case, you only had the one trial, and thus no statistical inferences could be drawn."
As I stated in an earlier post, I have done many, many of these type tests, and still do. I also invited Carl to come here to witness some tests. I even asked him to design a test for me to present to a science lab in Cal. that was interested in my work.
What in hell are you talking about

"Pin-pointing method? If your pin-pointing method was useful at short distances, it should have worked at greater distances, using the same concept. Thus, you should not have needed to know the mile-marker."
You have just proven that you know absolutely nothing about dowsing practices. I did not map dowse for the area, and I never said that I did. How am I to find the area of test quickly?
________________________MM5_________________________
This distance is one mile in length, the coins could be anywhere within this distance, and on either side of the highway. NO INFORMATION LEAKAGE
"There would have been no reason to contact, and talk to the person who buried the coins. "
How am I to know what freaking state the coins are in? How am I to know if the coins were even buried? And the conversation went something like this: “Hi, I’m back. Great!! Did you bury the coins yet? Yes, they are near MM 5. Thanks.” NO INFORMATION LEAKAGE.
"One of the biggest flaws I see is with the coins having been buried for only a week. Burying targets for tests of this nature has been discussed at some length, and a time period of one week is way too short, due to the disturbances to the area."
Again, here is proof that you know nothing about the art of dowsing. The coins could have been buried for ten minuets. Makes no difference. In south Florida, ground conditions can change from hour to hour. Remember the storm from the previous day? NO INFORMATION LEAKAGE. Oh, BTW, in the article, the reporter stated that she had spread flotsam and jetsam from the beach around the whole area.
"Finally, your test needs to have some statistical weighting before accurate conclusions can be drawn. That is, the test must be designed in such a way so that by simple math, the odds of obtaining a specific result by Chance alone, can be compared to the result obtained by dowsing. That is the only way an accurate conclusion can be drawn from any test. In general, tests of this nature will by default require more than one trial. In your case, you only had the one trial, and thus no statistical inferences could be drawn."
As I stated in an earlier post, I have done many, many of these type tests, and still do. I also invited Carl to come here to witness some tests. I even asked him to design a test for me to present to a science lab in Cal. that was interested in my work.