Kornkreise in den Tagesthemen 13.7
15.08.2006 um 08:17
Teil 2:____________________________________________________________
5. Stunted,malformed seeds and germination effects. There are four basic changes to the seeds andgermination capability in crop circle plants documented so far. These radically differentreproductive effects depend upon the species of crop involved, the growth phase of theplants at the time the crop circle occurs, and the composition and intensity level of theenergy system involved (which appears to differ slightly within each event as well asfrom event to event):
(a) If the crop circle occurs prior to anthesis (theflowering of the plant) and the development of the seed, the somatic (non-reproductive)tissue of the plant will continue to develop normally -- but seed development ceases oris impaired. Normally-formed glumes have been found which are totally devoid of seeds.
(b) When crop circles occur at a slightly later growth stage, in young cropwhere the seed is still forming, the developing embryo fails to grow normally. Theseseeds will be visually stunted (smaller), will weigh less than their controls, and willexhibit reduced or repressed germination. Here, the reproductive capacity of the planthas been compromised.
(c) When crop circles occur in more mature plants, wherethe embryo is fully formed or nearly so, the seeds will again be visually stunted andwill weigh less than normal, but the effects on reproduction vary. One effect observedhas been an alteration in normal growth-habit of the developing seedlings: in specieswhich have a normal variability of growth at particular stages, this variability has beenlost -- with the result being that all of the germinating seeds exhibit synchronizedgrowth.
(d) Finally, when crop circles occur in mature plants with fully formedseeds, these seeds often exhibit a statistically significant massive increase in growthrate and vigor, with growth-rate up to five times the rate of the control seeds. Further,these seedlings can tolerate extreme stress (lack of water and/or light) for considerableperiods of time without apparent harm. The plant aberrations described above are thoughtto be caused by exposure of the plants to a complex atmospheric plasma energy systemwhich is emitting heat (probably microwaves) in association with unusual electricalpulses and strong magnetic fields. The microwave component heats up the internal moisturein the plant stems (even mature crop nearing harvest contains some moisture), turning itto steam. In younger crop, where the external fibers are more elastic, the steam seepsout at the nodes by stretching these fibers; in older crop, where the external fibers aretougher and less elastic, the build-up of steam explodes out from the nodes, creating theholes subsequently found. The final effects on the individual plants depend upon a numberfactors, including the complexity and intensity level of the microwave component (whichvaries in each event and from location to location within any given crop circle), themodifying influence of the electrical pulses also involved, as well as the species,variety and age of the plants involved.
6. Beer-Lambert Principle. A clearindicator of the electromagnetic nature of the energies which cause node-length change incrop circles is the discovery that, in some formations, node-length change decreases fromthe center of the circle out to its edges in a very precise manner. In fact, thesenode-length changes were found to agree with a well-known law in physics -- theBeer-Lambert Principle -- which describes the absorption of EM energy by matter. In thesecases the node-length increase was greatest at the center of the circle, decreasing as afunction of sampling distance away from the center and toward the perimeter.
Inanother case, involving a simple circle in southern Holland, a bright "pinkish-purple"football-shaped light was seen to hover low over a field. It then elongagated into adisc-shaped light, subsequently discharging an energy (described by the witness as "likethe Shuttle") down toward the crop surface, at which time the plants flattened into acircle. This circle was carefully sampled along three diameters and, in the laboratory,it was found that the node-length changes on both sides of each sampled diameterprecisely mirrored each other -- but each diameter's node-length changes differed fromthose found along the other two diameters. Exactly how this effect could have beenproduced is not understood.
7. Laboratory Replication of Crop Circle PlantChanges. Apical node (the first node beneath the seed-head) elongation and expulsioncavities (holes blown out at the lower plant-stem nodes) have been induced in normalplants in the laboratory by placing them in a commercial microwave oven for between 20-30seconds. It is microwave radiation, here, that is heating up the moisture inside theplant stem which--as it turns to steam and expands--either stretches the more elasticfibers at the top of the plant, or blows holes in the tougher nodes farther down theplant stem.
The more positive plant changes--enhanced growth rate, increasedyield & increased stress tolerance--observed in the laboratory in seedlings grown fromcropcircle plants which were mature when the crop circles occured, have also beenreplicated in the laboratory. In 1998 W.C. Levengood and John Burke obtained a patent(Patent #5740627) on equipment they developed which delivers unusual electrical pulses tonormal seed. Called the MIR process and carrying the registered Trademark "Stressguard,"this equipment creates organized electron-ion avalanches which then form organizedplasmas, to which seeds are exposed.
Corn, tomato, carrot and many other seedswill, after exposure to the MIR "Stressguard" process, show increased seedlinggrowth-rate and accelerated maturity, increased yield (25-35%), and a substantialimprovement in ability to withstand typical plant "stressors" (lack of water and/orsunlight). Numerous field trials with a wide variety of seed have substantiated theseresults and a commercial application is being sought.
The ability to replicatein the laboratory many of the changes documented in cropcircle plants is a strongindicator that the energies utilized in the lab are also involved as causative mechanismsin the field. In the field the major question is where are these plasma systemsoriginating, and why?
An important final note regarding these changes to cropcircle plants is the fact that non-geometrically-downed crop -- usually called "lodging"by farmers and attributed to over-fertilization of the field and/or subsequent weatherdamage -- has sometimes been found to show these same changes. (See Non-Geometric CropFormations.) This more randomly-downed, or chaotically-downed crop is often observed inthe same fields in which "geometric" crop circles occur, but is also found in fieldswhere no geometric crop circle exists. In some cases it is thought that thischaotically-downed crop is due to weather damage alone. However, testing has revealedthat in many instances the same energetic situation involved in the geometric events isalso involved in these non-geometrically downed areas. A control study carried out in1997 did not reveal any of the typical plant anomalies in 100% over-fertilized wheatgrown for commercial harvest.
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