A small X on the map, just northeast of Delphos, caught our eye. Written next to it were the words "UFO site." UFO site drawing. "Oh, that," said Mary, when we asked her about it. "That's where the UFO came down in 1971." Mary recounted the tale. Ronnie Johnson, a local teenager, came across "a big glowing mushroom thing" hovering just above the ground on his parents' farm. The object froze him and his dog in place, then flew skyward and left him with headaches and nightmares. Others in town saw the strange light as well (including the school principal), and a glowing, grey-white circle was left on the ground. Mary took us into a back room to show us some photos. "On this picture there's a Geiger counter there, and it was way high at that time. REALLY high." "When the scientists come out," Mary told us, "they dug a two foot deep trench in that circle, put the dirt in water, and it never, ever sank. It floated indefinitely."
The ring was still clearly visible thirty-two days later when examined by a UFO investigator named Ted Phillips, who specializes in physical-trace cases. The soil in the ring itself was still dry to a depth of at least twelve inches even though at this time it was covered by snow, whereas the soil outside the ring was wet and black. Phillips took several photos of the ring and collected soil samples from the ring and from the ground outside the ring. A number of analyses were done of soil samples taken from the ring and from the surrounding soil. The ring soil was found to be resistant to water, to contain more calcium and more soluble salts, and to be more acidic than soil from outside the ring. In addition, the soil from the ring was found to contain an unidentified hydrocarbon and an organic material composed of white, crystal-like fibers.
Over twenty laboratory reports from universities and other sources showed a variety of chemical and physical analyses. The consensus of those giving an opinion stated that the material of the circle was vegetal matter. Several concluded that it was a particular fungus that over a period of time can cause a circular pattern called a "fairy ring" visible on the surface of the ground.
A number of analyses were done of soil samples taken from the ring and from the surrounding soil. The ring soil was found to be resistant to water, to contain more calcium and more soluble salts, and to be more acidic than soil from outside the ring. In addition, the soil from the ring was found to contain an unidentified hydrocarbon and an organic material composed of white, crystal-like fibers.
According to Jacques Vallee, in his book Dimensions, a French biologist identified the white fibers as a fungus-like organism of the order Actinomycetales, whose growth can cause a circular pattern to form on the ground. In addition, this biologist, who asked not to be identified, stated that this fungus is often found growing with another fungus of the order Basidiomysetes, which may fluoresce under some conditions.
Actinomycetales is an order of Actinobacteria. They are very diverse and contain a variety of subdivisions as well as yet unclassified isolates. This is mainly because some genera are very difficult to classify because of a highly niche-dependent phenotype. For example Nocardia contains several species that were first believed to be distinct species before it was proven that their difference is purely depending on their growth conditions.
Basidiomycota (pronounced /bəˌsidiː.ɵmaɪˈkoʊtə/) is one of two large phyla that, together with the Ascomycota, comprise the subkingdom Dikarya (often referred to as the "higher fungi") within the Kingdom Fungi. More specifically the Basidiomycota include mushrooms, puffballs, stinkhorns, bracket fungi, other polypores, jelly fungi, boletes, chanterelles, earth stars, smuts, bunts, rusts, mirror yeasts, and the human pathogenic yeast, Cryptococcus. Basically, Basidiomycota are filamentous fungi composed of hyphae (except for those forming yeasts), and reproducing sexually via the formation of specialized club-shaped end cells called basidia that normally bear external meiospores (usually four). These specialized spores are called basidiospores. However, some Basidiomycota reproduce asexually, and may or may not also reproduce sexually. Asexually reproducing Basidiomycota (discussed below) can be recognized as members of this phylum by gross similarity to others, by the formation of a distinctive anatomical feature (the clamp connection - see below), cell wall components, and definitively by phylogenetic molecular analysis of DNA sequence data.
The objective of this analysis was to build on the initial analysis done by Erol Faruk on the Delphos ring soils in the 1970s . At the very least it is hoped this investigation will be a base case for reference to future analyses. Erol Faruk developed his analytical approach based on his experience as an Organic Chemist. He analyzed these materials using 1970’s technology which has advanced dramatically in 20 years. Computerization, new techniques, and instrumentation have advanced the field of analytical sciences to previously unachievable heights. Yet, Faruk’s work was outstanding and provided preliminary observations and conjectures regarding unknown residues extracted from the ring soils. My approach to the analysis, as an Analytical Chemist, is different; and there is nothing to contradict his initial observations.
Both ring and control soil samples from this event were located on Thanksgiving Day 1998, and received for analyses on December 7th. Thanks to the wisdom of John Timmerman, the samples were preserved in his attic for many years after closure of the CUFOS Chicago office. Documentation/sample labeling existed attesting to their authenticity, and they were encased in their original tightly closed film containers with no sign of tampering.
Originally posted by gortex
reply to post by internos
Excellent work , thanks for your help on this internos .
What of the Wolf Girl , is she part of this or just a coincidence ?
So many questions remain .
It pretty much strips away the myth that institutional scholars would welcome Great Taboo data if Only They Had Decent Stuff To Study.
originally posted by: gortex
talk about banging your head against a brick wall
When I arrived at the site the traces were still quite visible. It was one meter in diameter in a slightly irregular circle where the shaft had rested. The soil was extremely dehydrated in contrast with the surrounding soil. There was an imprint 100 mm x 65 mm. The imprint extended vertically downward to a depth of 100 mm with an extension 25 mm long the depth of the imprint shaft.