Seed of Knowledge, Stone of Plenty
Understanding the Lost Technology of the Ancient Megalith-Builders
by John Burke & Kaj Halberg
Conclusion
Glossary
Appendix 1: Electromagnetic Locations Open to Public
Appendix 2. Do it yourself! (with your own instruments)
Book Sourced from: https://kajhalberg.dk/en/books/seed-of-knowledge-stone-of-plenty/
Table of Contents:
Find the full book in PDF HERE
Conclusion
“Only one thing can be stated with certainty about such structures as Stonehenge: the people who built them were much more intelligent than many who have written books about them. It cannot be too firmly stressed that the ancient architects – our ancestors of only two hundred generations ago! – were men exactly like us. (…) There is no need to invoke any magical or mysterious powers, still less the intervention of any ‘superior’ beings, to explain their achievements.”
A few warring camps seem to exist today in discussions of early civilizations. One is that these were simple people with simple tools and they just were not capable of doing much besides eking out a bare subsistence lifestyle. They are assumed to have possessed less knowledge than we do, and a more primitive mindset. It does not occur to the members of this camp to wonder if ancient peoples knew something we do not and that there may have been some practical purpose to it all that is outside our contemporary knowledge base.
It seems odd that we should think this way when we blithely accept the existence of lost engineering knowledge. We know that in Peru the Inca were able to cut through enormous stones with such ease that they thought nothing of making towering walls out of a jigsaw of such stones, all custom cut and precisely fitted. We are unable to duplicate such stone masonry today and admit that the Inca knew something about stone work that we do not. And why should this knowledge be surprising from the best and brightest of the late Stone Age? Stone was their primary medium; it is not ours.
Consider the books and the documentaries still being issued every year, purporting to explain an exciting new theory on how the Egyptians built their colossal pyramids. We have been wondering for centuries and are still unsure. The same is true for the transportation of hundred-ton monoliths on both sides of the Atlantic. When it comes to the engineering, we are willing to grant that they knew practical things that we do not. Why then not grant the same benefit of the doubt as to the design and purpose of megalithic structures?
After all, theirs was a civilization of subsistence agriculture and ours is not. Those of us who live in the industrialized nations take it for granted that there will be enough food next year. If there is a massive drought striking our breadbasket regions, we will simply import the food we need next year.
We focus on industry. While we may have some impressive cathedrals for religious use, by far our biggest structures are enormous, utilitarian hydro-electric dams, designed to produce the lifeblood of an industrial civilization: electricity. As we have seen, it looks like the biggest creations of our forebears were giant, utilitarian, megalithic structures designed to produce the lifeblood of an agricultural civilization: fertility.
Clearly, there was a high degree of technical competence in the areas we have studied in this book. There was also great understanding of physical forces that we are only now re-discovering. This should not surprise us. After all, pyramid builders had brains similar to ours. They did have a different knowledge base. Many things that we know they did not, and some things that they knew we do not.
Does this mean they were far wiser than us? Not necessarily, just look at how they evolved into us after all, and how their societies often collapsed because of their own limitations. They were not superior to us, and neither were they dramatically inferior in intellect or ability.
These earth and stone fertility generators worked. You can test some of them yourself. Without fertilizer or crop rotation, the ancient engineers managed to not only feed a mushrooming population, but to produce such a surplus as to grow rich enough to import luxury goods.
When Pizarro reached Peru, he reported that the Inca were such successful food producers, even in their challenging terrain, that at any one time they had on hand enough stored grain to feed their population of millions for five years. In the year 1999, by contrast, when a late northern hemisphere harvest was finally reaped, the grain reserves of the modern world were down to a mere 18 days.
Pizarro’s firearms put an end to the Inca system. Many other ancient peoples, such as the Mayans, the Egyptians, and the Sumerians, were undone by decades-long droughts. So even with their successes, they lived with uncertainty. And it was to address that uncertainty that much of their ritual was directed.
Traditionally, the ancients would not separate the physical from the non-physical, the soul from the land. We have just seen how tremendous effort was repeatedly taken to create an edifice that seems to us today to be imbued with an aura of ritual, and yet our experiments show that it is tapping natural energy in a way that can increase food production.
Today’s attitudes among most people of European cultural descent are shaped by the assumption that the human soul is qualitatively distinct from the landscape in which it dwells. We do not ourselves need to believe in the gods of our ancestors to appreciate that they lived closer to the land and were more aware of it. And we can rediscover some of their technology and profit by it, whether or not it may have once been wrapped in ritual.
Let us briefly review what we have seen in our journey through time and geography.
-
The first high civilization of the Americas, the Olmec of Mexico, built earthen mounds and pyramids with well-engineered electrical characteristics. Villages with a mound enjoyed a better standard of living than otherwise identical villages nearby.
-
The last Pyramid of the Olmec was the first of the Maya, The Lost World Pyramid of Tikal, Guatemala. At this pyramid we measured tremendous surges of electrical ground current and airborne electric charge in the hours bracketing dawn. Local Mayan corn (maize) seed that we placed atop this pyramid during these electrical surges displayed tremendously increased germination and growth. The stronger the electrical activity on a given day, the greater the growth improvement. Seed was not improved when placed atop later pyramids, which are known to have been built as political monuments, and which had no electrical activity. Mayans today still place their seed atop certain pyramids at dawn, and teach that plant growth is improved above the same kinds of geological structures that generate such electrical forces.
-
Modern seed treatments using artificial versions of these natural forces are known to produce similar kinds of growth improvements, including higher yields. This has been confirmed dozens of times by universities and agricultural organizations. The degree of improvement is highest with the kinds of stressful growing conditions and relatively poor seed quality that typified the agriculture of the megalith builders.
-
These kinds of energies are generated naturally everywhere every day by well-known forces of the Earth, but they are magnified at some locations by certain geological structures called conductivity discontinuities.
-
Consistently, throughout history and all over the world, giant structures of earth and stone were built atop such conductivity discontinuities.
-
Humans are sensitive to these forces and some humans are capable of sensing them consistently. These forces have been used by pre-agricultural societies for vision quests. We have personally documented this use in a contemporary Native American setting.
-
Mushrooms across Europe are substantially more prolific atop such geology. Ancient shamans frequently hunted mushrooms for their own vision quests. This is therefore a likely connection that would have been observed between these locations and improved plant growth.
-
The Native American mound builders of North America were the cultural descendants of the Olmec and Maya. They located earthen mounds and pyramids atop magnetic anomalies and at conductivity discontinuities, where unusually strong electrical ground currents are generated – all confirmed in direct measurements by us. Seed left atop mounds during powerful energy surges have shown dramatic improvement in growth. These mounds can be visited today across most of the South and Midwest.
-
In the last of the mound-using societies of North America, farmers would not dream of planting their seed without first taking it to the top of a mound for ‘certain blessings’.
-
The chief role of much Native American religion was to help the crops grow better.
-
Rock chambers throughout the north-eastern United States were built atop magnetic anomalies at conductivity discontinuities, just like the mounds. We spent years measuring electric charge separation inside these chambers and improved growth from maize, wheat, and bean seeds left inside during days with electric charge, as compared to control seeds left outside. Results met scientific standards for high statistical significance. The biochemical changes inside this seed have been found to be the same kinds of biochemical changes found inside seed treated with today’s modern, laboratory version of these energies.
-
Nine samples of corn (maize) seed of a variety grown by Native Americans from 700 AD onward were placed inside three different rock chambers for varying amounts of time, then planted and grown out organically. When compared to nine plots of control corn kept outside the chamber or at home in the laboratory, the chamber-exposed seed produced on average double or triple the yields of the plots of control seed.
-
Centuries before the Inca, a mysterious civilization on the Peruvian-Bolivian border built rock chambers of the same type as those found in the north-eastern U.S., as well as sophisticated pyramids with electrical properties. Accounts by early Spanish colonizers relate that the farmers of this civilization somehow grew triple the amount of food that today’s farmers can grow at the same location, in the harsh Andean altiplano.
-
Many thousands of standing stones around Carnac, France were placed solely at the border of zones of differing magnetic strength and seismic activity. Numerous series of enormous stone chambers were placed one after another precisely above invisible fault lines. Measurements of the type we have taken at megalithic structures were carefully performed by a Belgian engineer over 30 years, with results strikingly similar to ours, showing magnetic and electric variations of similar magnitude. All these structures were erected only after a food crisis was on hand, starting 6,700 years ago – more than 2,000 years before the pyramids of Egypt.
-
In England we measured the effectiveness of henges at concentrating electrical ground currents by their placement, their design, and their construction. Sited on the same types of geology that we have seen elsewhere, we saw numerous archaeological finds where seed had been brought to these henges. Stonehenge was finally abandoned, after 2,000 years of use, only when fertilizer and crop rotation were introduced, thereby allowing farmers to multiply their yields without carrying seed to henges.
-
While the situation in Egypt was somewhat unique, we still saw all the same factors in place that we have seen elsewhere: famine, electrically active geological and atmospheric conditions, a harnessing of these energies in a manner that could have helped relieve the famine, and a chronology of building successive pyramids alongside and ‘upwind’ of the new farming regions as they opened up. We see how these energies could first have come to the attention of Imhotep, the first architect and chief engineer of the giant pyramids, in the temple at Heliopolis where he was also head priest. And we saw how those energies have manifested themselves at the same location in modern times before tens of thousands of witnesses in the form of glowing balls of light resulting from brush discharge. We began the chapter with the account of an early scientific pioneer of electricity experiencing powerful electric charge atop the great pyramid at Giza. And finally, we saw how every aspect of the design of the giant pyramids, from the building materials for each part, to the fitting of the casement stones, to the ‘airshafts’ and chambers, might well have functioned to efficiently collect, concentrate, and harness these energies to ionize air and produce airborne nitrogen fertilizer to the farms downwind at the same time of year and time in history when it was both possible and urgently needed.
Anyone can obtain instruments similar to those we used and can visit any of the many dozens of sites in the U.S., Canada, or England, or elsewhere around the world. Anyone can also repeat the seed experiments shown here. Whether or not you test our findings for yourself, we hope that you may come to share this new outlook on our ancestors and help resurrect precious knowledge that has been lost to us for thousands of years.
We do not ourselves need to believe in the gods of our forbearers to appreciate that they lived closer to the land and were more aware of it. By contrast, we find ourselves a bit embarrassed that today we can live, surrounded by some of the forces they tamed, and yet be completely oblivious to them. As we have seen, before there was agriculture, shamans tapped into these same forces to provide life-changing experiences for their people.
Certainly, anyone who had a base of such experience must have moved through the natural world with a different attitude than today’s casual picnicker in a park. Are such attitudes now obsolete in the modern world? Are they of no use to us any longer? Look around your own daily world and decide for yourself.
For our ancestors, the land was alive. It can be for us, too.
GLOSSARY
Appendix 1
Although the sites listed are usually in national parks or near roadways, use the same common sense when visiting the sites, as you would when visiting any outdoor location. See individual site listings for particular hazards.
You can access some sites in New England through pre-scheduled trips with a number of organizations. For information on how to do this, we suggest logging on to the website of the New England Antiquities Research Association (neara.org), which conducts a number of outings each year, with several chambers visited on each outing.
Location: 14 miles south of Tuscaloosa, on Hwy 69 South.
Website: moundville.museums.ua.edu
Location: 1219 County Rd. 187, Danville.
Website: oakvilleindianmounds.com
Location: At junction of U.S. 64 and Arkansas 184 North, Parkin.
Website: arkansasstateparks.com/parks/parkin-archeological-state-park
Location: At #1 Toltec Mounds Road, Scott, 16 miles southeast of North Little Rock, and 9 miles northwest of England, off U.S. Hwy 165 on Arkansas Hwy 386. Easy access from I-140, take Exit 169 south on Arkansas Hwy 15 for 14 miles to Keo, then northeast on U.S. Hwy 165 for 4 miles; or take Exit 7 (England), going southeast on U.S. Hwy 165 for 10 miles.
Website: arkansasstateparks.com/parks/toltec-mounds-archeological-state-park
Numerous private, local groups offer vision quests on and around the peak, often at the many caves, springs, and smaller volcanic cones in the area (including Black Butte). Erupting every 60 years or so, Shasta still has a couple of active small fumaroles on the peak, one with an acidic hot spring inside it.
While we have not taken measurements on this site, it is likely to be as littered with magnetic anomalies as Bear Butte (Chapter 3), due to its many past lava flows, etc.
Location: 60 miles north of Redding, south of the Oregon border, next to Interstate 5.
Website: mtshastaspiritualtours.com
Location: Just north of Golden Gate Bridge, San Francisco.
Website: parks.ca.gov
We measured some puzzling and dramatic energy changes here (Chapter 3). We have also seen photos by Ed Sherwood, showing light balls at night there.
Location: 9739 N Ojai Rd., Ojai.
Website: ojaifoundation.org
Location: Near Groton.
Website: gungywamp.com
Location: 3600 Indian Mounds Rd., Tallahassee.
Website: floridastateparks.org/parks-and-trails/lake-jackson-mounds-archaeological-state-park
Location: 813 Indian Mounds Rd. SE, Cartersville.
Website: gastateparks.org/EtowahIndianMounds
Location: 205 Indian Mounds Road, Blakely.
Website: gastateparks.org/KolomokiMounds
Location: 1207 Emery Hwy, Macon.
Website: nps.gov/ocmu
As discussed in Chapter 7, the principal mounds lie along axes of magnetic transition. The entire complex lies at the intersection between two large, homogeneous zones of differing geomagnetic field strength, just up and down the road from it. These zones give consistent readings for miles in either direction away from Cahokia, but transition abruptly at the site.
Don’t fail to visit the ‘Woodhenge’ – tree trunks stuck in the ground in a circle, so as to provide sightlines to determine solstices and equinoxes.
Location: 30 Ramey St., Collinsville.
Website: cahokiamounds.org
Location: 500 North Orange Street, Havana (in a city park).
Website: havanaparkdistrict.org/facilities/rockwell-mound-park
Location: 8215 Pollack Avenue, Evansville.
Website: indianamuseum.org/historic-sites/angel-mounds
Location: 4306 Mounds Road, Anderson.
Website: in.gov/dnr/parklake/2977.htm
Apostol (see Chapter 3) reported a biolocation reaction over the Baby Bear Mound (the oldest), and a few hundred feet southeast, strong airflow from small holes in the limestone suggests a cave.
Location: 151 Hwy 76, Harpers Ferry.
Website: nps.gov/efmo
Location: Highway 99, Toolesboro.
Website: iowaculture.gov/history/sites/toolesboro-mounds-national-historic-landmark
Traditional interpretation says that these mounds were built before full-time agriculture had entered North America. However, discoveries of the past few years have pushed the date of non-maize farming in North America well past Poverty Point’s date of 1,200 BC (similar to the Olmec’s San Lorenzo, see Chapter 1).
A spectacular bird-shaped effigy mound rises 70 feet high, measuring 700 by 640 feet. It is estimated to have taken five million man-hours to build!
Location: 6859 La. Hwy. 577, Pioneer. From I-20, take the Delhi exit and travel north on LA 17, east on LA 134, and north on LA 577.
Website: povertypoint.us
Location: In a city park in Grand Rapids, between Indian Mounds Dr. and Interstate 196.
Website: michigan.gov/som
Location: Atop Dayton’s Bluff, along Mounds Blvd., off Hwy 94 east of St. Paul.
Website: stpaul.gov/facilities/indian-mounds-regional-park
Author John Burke, taking measurements on a large Mississippian earth mound in Philadelphia, Mississippi. (Photo copyright © by Jane Edsall, used by permission)
Location: In Natchez, turn off U.S. Highway 61 (known as Seargeant S. Prentiss Drive within the city limits), at Jefferson Davis Boulevard just south of the Merit Health Natchez Hospital. Proceed on Jefferson Davis Blvd. to the entrance gate.
Website: mdah.ms.gov/explore-mississippi/grand-village-natchez-indians
Location: 15 miles northeast of Philadelphia, on State Hwy 21.
Website: nps.gov/nr/travel/mounds/nan.htm
Location: In Tombigbee National Forest, 2.5 miles west of Natchez Trace Parkway on Davis Lake Rd., milepost 243.1 on Natchez Trace Parkway, about 18 miles southwest of Tupelo.
Website: nps.gov/nr/travel/mounds/owl.htm
Location: On the Natchez Trace Parkway (milepost 286.7), 23 miles northeast of Tupelo.
Website: nps.gov/nr/travel/mounds/pha.htm
Location: On Mississippi Hwy 1.6 miles north of the intersection of Highways 82 and 1 in Greenville.
Website: nps.gov/nr/travel/mounds/win.htm
Made of 1.5 billion-year-old sedimentary rock, this knob sits on the border of two tectonic plates. It thus qualifies as a conductivity discontinuity, sharing this property with Silbury Hill and Avebury in England (Chapter 9), which are both located on solitary knobs of one aquifer where it borders on another.
Location: On the eastern margin of the upper plate of the Lewis Overthrust, at one of the entrances at the eastern border of Waterton-Glacier National Park.
Website: visitmt.com/listings/general/mountain-mountain-range/chief-mountain.html
Location: Take I-93 to exit 3. Follow Rt. 111 east for 4.5 miles. Watch for the sign just past the North Salem Village Shops. Turn right at the intersection with the traffic light (Mobil Gas will be on your left). Follow this road for one mile. Entrance is on the right.
Website: stonehengeusa.com
We measured dramatic electric ground current activity, as well as electric charge in the air, during a single day’s visit.
Location: 6001 Unser Blvd. NW, Albuquerque.
Website: nps.gov/petr
We measured a strong magnetic anomaly directly under the rock. The site lies at the intersection of two L-shaped zones of differing magnetic field strength.
Location: At Rte. 116, North Salem.
Location: In Carmel, take Taconic State Parkway to Rte. 301, then west on 301.
Website: parks.ny.gov/parks/fahnestock
Location chamber A: Take the exit for Fahnestock State Park on Taconic State Parkway, but drive east on Rte. 301, away from the park. A few miles later, after passing a Buddhist monastery, this chamber is located on a curve on the immediate left shoulder of the road. Park across the road and be quiet and respectful, as this site is on private land, belonging to the owner of the house behind the chamber. Exercise extreme care, because when you step out of the door of this chamber, you are two feet from the lane of a busy highway with fast-moving cars on a curve.
Location chamber B: Past the above chamber, further east on Rte. 301, where the road makes a sharp curve to the right, across from Farmer’s Mill Road, on the right-hand side of the curve, a few feet below road level and hidden (except for the door) in the foliage. (If the road runs along a reservoir and you see a deli on the right, you have gone too far.)
This is another of the chambers we used in our seed experiments, which has a magnetic anomaly right outside the front door. It is also private property, owned by a person across the road, so show proper respect and restraint. There is safe parking for one car just past the chamber on the right shoulder.
Location: From the above chambers, continue east on Rte. 301 about 6 miles to a reservoir, make a 270-degree left turn onto Rte. 41 North (Gypsy Trail Rd.). After a few miles turn left onto Mt. Ninham Rd., at the sign for Ninham Mt. State Park. When you enter the park, drive up the mountain, until a barrier across the road blocks further progress. Park in the parking area and walk past the barrier up the dirt road to the right. About 50-100 yards up on the right lies the chamber, well hidden in foliage, about 20 feet off the road. You will see a cement frame doorway, which was a later addition by the occupants of the house, whose foundation can still be seen just uphill from the chamber.
Location: 509 Town Creek Mound Rd., Mt. Gilead.
Website: historicsites.nc.gov/all-sites/town-creek-indian-mound
Location: Indian Mound Circle, Indian Drive, Enon, off Dayton Bypass on Rt. 675.
Website: ohiohistorycentral.org/w/Enon_Mound
Location: Just down the road from Serpent Mound (below), on Rte. 41 between Elmville and Cynthiana.
Website: stateparks.com/fort_hill_state_memorial_in_ohio.html
Location: 1 mile SW of SR 16 on SR 79 in Newark.
Website: ohiohistory.org/visit/museum-and-site-locator/newark-earthworks
Location: 16062 State Rte. 104, Chillicothe, next to the sprawling state prison complex.
Website: nps.gov/hocu
Location: On State Rte. 42, 1 mile SW of Cedarville.
Website: touringohio.com/history/williamson-mound.html
Location: 900 Mound Rd., Miamisburg, turn west on exit 42 on I-75.
Website: ohiohistory.org/visit/museum-and-site-locator/miamisburg-mound
Location: On Rte. 50 between Bainbridge and Bourneville, SW of Chillicote.
Website: stateparks.com/seip_mound_state_memorial_in_ohio.html
Location: 3850 State Rte. 73, Peebles.
Website: ohiohistory.org/visit/museum-and-site-locator/serpent-mound
Location: 2.5 miles east and 3.5 miles north of Spiro on W.D. Mayo Lock & Dam Road, off State Hwy. 9.
Website: okhistory.org/sites/spiromounds
Location: 6 miles northeast of Sturgis, off Hwy. 79.
Website: gfp.sd.gov/parks/detail/bear-butte-state-park
Location: Near Mt. Rushmore, south of State Rte. 244 and east of State Rte. 87.
Website: summitpost.org/black-elk-peak-harney-peak/150511
Location: 460 Ozier Rd., Pinson. From Jackson, follow Hwy 45 South to Pinson. Turn left at the park sign, State Rt. 197, and then follow the signs 2.5 miles to the park entrance.
Website: tnstateparks.com/parks/pinson-mounds
Location: On State Hwy 21, 6 miles SW of Alto.
Website: thc.texas.gov/historic-sites/caddo-mounds-state-historic-site
Like so many mounds, it was originally connected to a river by ditch and mound avenues, similar to the ones found at England’s henges (Chapter 9).
A large museum is focusing on the lives of the pre-Columbian Native Americans who inhabited the area, and there is an extensive exhibit on the building of the mound. The mound itself is surrounded by a tall fence and can only be accessed during museum hours (Tuesday through Saturday, 9 a.m. – 5 p.m., access to the mound closes at 4:30 p.m.)
The entire original complex was so striking that Lewis and Clark paused here for more than a day to explore it on their way to Missouri.
Location: 801 Jefferson Avenue, Moundsville, across the street from the state prison.
Website: wvculture.org/museum/GraveCreekmod.html
We have never measured an effigy mound and we do not know if these follow the magnetic siting pattern of the conical mounds we have measured in the Midwest. However, many of the parks cited below have modest conical mounds as well.
Location: In Lake Side Park, East Lake Shore Dr., Avoca, on the shore of Avoca Lake, a backwater slough of the Wisconsin River.
Website: wisconsinmounds.com/AvocaMounds.html
Extensively excavated in the 1920s, two platform mounds and parts of the wall have been reconstructed. To the northeast of Aztalan is a line of large conical mounds.
Location: 6200 County Road Q, Jefferson, on the shore of the Crawfish River, one mile east of Lake Mills.
Website: mpm.edu/research-collections/anthropology/online-collections-research/aztalan-collection/site-history
Location: In Goodland County Park, Goodland Park Rd., Dunn.
Location: N6150 County Trunk Highway EE, Hilbert, off State Hwy. 55 in Stockbridge.
Website: calumetcounty.org/650/Calumet-County-Park
Location: 2975 Cave of the Mounds Rd, Blue Mounds, 20 miles west of Madison, just off U.S. Hwys 18 and 151, between Mount Horeb and Blue Mounds.
Website: caveofthemounds.com
Location: S5975 Park Rd., Baraboo, situated along the National Ice Age Trail.
Website: devilslakewisconsin.com
Location: Edgewood College, Woodrow St. (off Monroe Ave.), Madison.
Website: wisconsinmounds.com/EdgewoodCollegeMounds.html
Location: 802 Femrite Dr., Madison.
Website: cityofmadison.com/parks/find-a-park/park.cfm?id=1159
Location: At Lakeland and Hudson Avenues, Madison.
Website: wisconsinmounds.com/ElmsideParkMounds.html
Location: On the shore of Lake Mendota, Troy Drive, Madison.
Location: 5140 County Road M, Waunakee.
Website: travelwisconsin.com/state-parks-forests/governor-nelson-state-park-204103
Location: In Jefferson Co., on Koshkonong Mounds Road, a mile west of its intersection with Old Wisconsin Hwy 26 and near its intersection with Vinnie Haha Road, Fort Atkinson.
Website: wisconsinhistoricalmarkers.com/2013/08/marker-322-lake-koshkonong-effigy-mounds.html
Location: 2121 County Highway A, West Bend, east of State Hwy 144. On Hwy 45, take exit STH 33.
Website: wisconsinhistory.org/Records/Article/CS9955
Location: On the shore of Lake Mendota, Troy Drive, Madison.
Location: 6271-6299 Ridgewood Avenue, Monona.
Website: wisconsinhistoricalmarkers.com/2013/04/marker-384-outlet-mound.html
Location: Lake Shore Nature Preserve, Willow Dr., University of Wisconsin, Madison.
Website: lakeshorepreserve.wisc.edu/visit/places/picnic-point-mound-group
Location: The Arboretum’s 1,260 acres border the southern half of Lake Wingra. Vehicles can enter in 2 places: from the north at the intersection of McCaffrey Drive, North Wingra Drive and South Mills Street, or from the south at the intersection of McCaffrey Drive and Seminole Hwy, just north of the Belt line (Hwy 12).
Website: uwarboretum.org
Location: Pine St., Menominee.
Website: wisconsinfirstnations.org/upper-wakanda-park-mound-group
Location: 13081 State Park Lane, Bagley.
Website: travelwisconsin.com/state-parks-forests/wyalusing-state-park-204186
Physical evidence shows that the ‘tower’ was used for vision quests through the 1930s. After a decades-long ban on the ritual use of Devils Tower, the National Park Service is now allowing Native American groups to obtain permits for group activities on land, located away from the tower itself. But the brightly colored cloths and medicine bundles found at Bear Butte, are now also appearing at the base of the tower itself.
Location: Visitors traveling east on I-90, exit at Moorcroft. Traveling west on I-90, exit at Sundance. Take 14 North to 24, follow 24 North to Devils Tower.
Website: nps.gov/deto
Location: In the western part of Black Hills, Crook County, 14 miles S of Sundance, on private land near Newcastle. Access is only obtained via the landowner’s permission.
Website: fs.usda.gov/detail/blackhills/specialplaces/?cid=stelprdb5063000
Location: In the Bear Lodge District of the Black Hills National Forest.
Website: blackhillsbadlands.com/cities-towns/sundance-wyoming
Here the pre-Cambrian shield outcrops at the shorelines, forming a huge conductivity discontinuity at the edge of the electrically conductive water. Dreamer’s Rock is a 300-foot outcrop of white rock, perched above the lake with spectacular views. Heavily vandalized in 1974, the site was rehabilitated by First Nations young people. Please respect the privacy of anyone you see here using the site.
Tours are available in nearby Whitefish River and other towns. Tribal permission must be obtained to visit Dreamer’s Rock alone or with a tour. One place to obtain permission is at the Great Spirit Circle Trail organization, which is owned and operated by tribe members.
Location: Off Hwy 6 (west of Sudbury) on Birch Island where Hwy 6 connects Manitoulin to the northern mainland. From SW Ontario, connection can be made up Route 6 north to Tobermory and Cape Herd, where a ferry connects to Route 6 on southern Manitoulin.
Website: circletrail.com (Great Spirit Circle Trail)
Unfortunately it is extremely far off the nearest road and on private property, as are most of Alberta’s medicine wheels. With an estimated two-thirds of all the medicine wheels in existence, Alberta is the center of this cultural phenomenon.
Those wishing to visit these sites need to do a great deal of advance research, including obtaining permission from landowners. The Alberta Wilderness Association periodically hosts guided tours to the Majorville Medicine Wheel.
Location: In the Valley of the Ten Peaks in the Canadian Rockies near Calgary, Alberta, on the highest hill in the area.
Website: albertawilderness.ca (Alberta Wilderness Association)
Location: On the eastern central coast of Vancouver Island, just across from the city of Vancouver. Take the main highway south out of Nanaimo. The park will be on the left (seaward) side, just before the mouth of the Nanaimo River empties into the channel.
Website: bcparks.ca/explore/parkpgs/petroglyph
Location: 2249 Northey’s Bay Rd., Woodview, 11 km from Hwy. 28, 55 km NE of Peterborough, Ontario.
Website: ontarioparks.com/park/petroglyphs
Location: On Hwy 1, 40 miles west of Regina, take Route 2 south through Assinoboia. A little way past Route 719, watch for sign for left turn (east). Road bends 90 degrees south before park and another 90 degrees east just past park. Watch for signs.
Website: tourismsaskatchewan.com/listings/313/st-victor-petroglyphs-provincial-historic-park
Location: NE of Vancouver, British Columbia. Take Hwy. 1 to the village of Lytton. Trail-head at Lytton is at Van Winkle Flats sandy beachhead. Alternate route: From N. Vancouver take Hwy. 99 (the Sea to Sky Highway) to Pemberton Valley/Mt. Currie area.
Website : bcparks.ca/explore/parkpgs/stein_val
Location: At Bannock Point, Whiteshell Provincial Park, Manitoba. From Winnipeg, take Hwy 1 for 126 km east to Falcon Lake and West Hawk Lake. Other entry points to the park include PR 307 at Seven Sisters Falls and PTH 44 at Rennie.
Website: explorethewhiteshell.com
Location: From Milk River, Alberta, drive east 32 km on Secondary Road 501, south 10 km on Secondary Road 500.
Website: albertaparks.ca/parks/south/writing-on-stone-pp
Location: On Walker’s Hill, about 4 miles NE of Pewsey, 1 mile NE of Alton Barnes.
Website: historicengland.org.uk/listing/the-list/list-entry/1013032
Location: 6 miles west of Marlborough. Just off the A4, the A4361 runs right through the stone circle.
Website: english-heritage.org.uk/visit/places/avebury/history
Location: On the A4, half a mile east of Avebury, 6 miles west of Marlborough. Watch for marker at road’s edge.
Website: historicengland.org.uk/listing/the-list/list-entry/1014563
Officially, there is no public access to the hill, and a fence blocks off access to the mound with a sign No Visitors Allowed. However, you are welcome to walk around the base. We conducted a multi-instrument one-week monitoring of this site.
Location: Half a mile from Avebury on the A4, 6 miles west of Marlborough.
Website: english-heritage.org.uk/visit/places/silbury-hill/history
Note: During the Summer Solstice, the site may be closed to the general public as thousands show up dressed in white robes for rituals.
Location: 90 miles west of London on Salisbury Plain, at the junction of A303 and A344/A360, 2 miles west of Amesbury.
Website: english-heritage.org.uk/visit/places/stonehenge
Location: Visible just off the A4, a few hundred meters east of Silbury Hill, about 1 km SW of West Kennet, along footpath off A4.
Website: english-heritage.org.uk/visit/places/west-kennet-long-barrow/history
Location: About 1 km NW of Avebury.
Website: english-heritage.org.uk/visit/places/windmill-hill/history
Appendix 2. Do it yourself! (with your own instruments)
Overall, they fall into three categories:
One advantage of the more costly 3-axes units is their ease of operation. You basically just push a button when you want a reading. The z-axis units require some patience, dexterity, and practice. For an accurate reading, you must hold the probe parallel to the geomagnetic field line, while facing north. This is how you will obtain the highest reading. If you fail to hold the probe parallel to the field line, you will get lower readings. Thus, it is easy to mistakenly get a lower-than-accurate reading, but virtually impossible to get a higher-than-accurate reading. It requires standing still and rotating the probe in your hand while you watch the readout. With practice and a steady hand, you can get readings accurate to within about 50 gammas (or 0.5 milligauss) during a few minutes of manipulating the probe.
Increases of more than a few hundred gammas are likely to be non-natural sources, such as buried or nearby iron or steel objects. Don’t worry about coins or a pen in your pocket. I hold the probe at about chest height with bent elbow, simply because it is the most comfortable. Choose a comfortable position, because you will be holding it for a long time. If you need to work in the rain, you can put the unit’s base, with readout, inside a clear plastic bag and just let the probe get wet.
Some z-axis units now on the market are accurate to as little as one gamma, but it is impossible to hold the probe steady enough to accurately measure to such fine resolution. If you wish to do so, you need to employ a clamp or base similar to a camera or telescope tripod. However, as we have seen, the coarser resolutions still can produce very useful information at most sites.
Today, a variety of types are available for under $1,000. One important aspect of use is to not wear clothing made of synthetic fibers, silk, or wool as the cloth rubbing against itself will produce electrostatic charge that can register on the meter. All-cotton clothing is best, though leather is also fine. Rubber- or leather-soled shoes are best.
Normally, interference from overhead electric lines is not a problem. It will be a problem getting accurate readings in rain. You cannot put the unit in a plastic bag or under a nylon umbrella and get accurate readings, because both generate electrostatic charge. Always store the unit in a cloth bag or leather case, never in a plastic or nylon bag, unless it is shielded by a cotton or leather covering.
If you need to check if it is working, a good test target is your own hair after rubbing it with silk or rubber. That can produce a charge of several thousand volts.