... were estimated to be 2-2 metres in width and the entire concentration, which was more than the width of the vessel (approximately 27 metres), was observed on both sides of the bridgewing simultaneously. The 'whirlpool' formations, with a distinct central hub, varied from l to 2 metres in width and from 14 to 15 metres in length. The phenomenon was observed for 40 minutes." (Messinger, P.A .; "Bioluminescence," Marine Observer, 51:13, 1981.) Comment. This is the first report uncovered that described "whirlpool" formations. The variety of phosphorescent formations and their long durations cast doubt on the usual seismic explanation. Reference. The many strange types of marine biolouminescence are detailed in Section GLW in our catalog: Lightning, Auroras. Details here . From Science Frontiers #17, Fall 1981 . 1981-2000 William R. Corliss ...

... have been found linking sun and earth. A prime example is the bombard-ment of the terrestrial atmosphere by solar cosmic rays. The cosmic rays and the secondary particles they create ion-ize enough of the atmosphere to disturb the entire planetary electrical circuit. The details of the circuit changes are still under study, but there seems no question about cosmic rays initiating thunderstorm activity. Plots of global thunderstorm activity peak strongly about three days after any maximum in solar cosmic rays. (Lethbridge, M.D . "Cosmic Rays and Thunderstorm Frequency," Geophysical Research Letters, 8:521, 1981.) Comment. At its present rate of decline the earth's magnetic field will reach zero in 1200 years. With this protective magnetic bottle gone, we see a good future for lightning rod manufacturers. hunderstorm frequency index shows a maximum 3 days after cosmic-ray maximum. From Science Frontiers #17, Fall 1981 . 1981-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 1: September 1977 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Lightning Superbolts Detected By Satellites The Vela satellites carry optical sensors for the detection of terrestrial nuclear explosions. Four Vela satellites keep the entire earth under constant surveillance. In addition to nuclear explosions, these satellites register many intense lightning flashes. Some of the flashes are over 100 times more brilliant than average. Only about five of these "superbolts" occur for every 10 million flashes registered. Superbolt flashes have relatively long durations (about one thousandth of a second) and do not appear to be confined to the upper levels of the clouds. A large fraction of the superbolts are recorded over Japan and the northeast Pacific during intense winter storms. Ground observations during these storms reveal occasional very powerful discharges of long duration from positively charged regions near the cloud tops to the ground. In contrast, typical lightning arises from negatively charged regions of clouds. (Turman, B.N .; "Detection of Lightning Superbolts," Journal of Geophysical Research, 82:2566, 1977.) Reference. Many of lightning's anomalies are described in Chapter GLL in our Catalog: Lightning, Auroras. For ordering information, visit: here . From Science Frontiers #1 , September 1977 . 1977-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 2: January 1978 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Giant Ball Lightning June 8, 1977, Fishguard, Dyfed, West Wales. A brilliant, yellow green, trans-parent ball, the size of a bus with a fuzzy outline, floated down a hillside. Slowly rotating, it seemed to bounce off projections on the ground. It flickered out after 3 seconds. (Jones, Ian; "Giant Ball Lightning," Journal of Meteorology U.K ., 2:271, 1977.) From Science Frontiers #2 , January 1978 . 1978-2000 William R. Corliss ...

... formation with the center of rotation unseen but in the direction of 315 T. The spokes were about 22 m in width, with 22 m between each spoke. Rotating clockwise, the spokes swept past the vessel at ever increasing speeds, reaching two spokes per second maximum. By 1925, the display had reverted to the parallel band form. Then, the bands changed into a counterclockwise rotating wheel. The performance ended when the display again reverted to parallel bands and faded out altogether. The light from the spokes was white to light green and its intensity increased with the speed of rotation." (Cowie, R.E .; "Bioluminescence," Marine Observer, 47:17, 1977.) Reference. Lightwheels and other weird forms of bioluminescence are cataloged in Chapter GLW of Lightning, Auroras. For details, see: here . A = Locus of Center of spoke formation at beginning B = Ship's course C = Locus of center of spoke formation at end D = Advancing bands of light E = Direction of movement of spoke formation From Science Frontiers #2 , January 1978 . 1978-2000 William R. Corliss ...

... about 200 m before being lost in the mass of flashing blue and white lights. The thickness of each ring remained constant at about 2 m as the diameter of the circle increased; the formation was always a perfect circle. "About 300 m off the ship's side, large irregular shapes were observed, They were all about 3-m in diameter and changed both size and shape while flashing intensely. By 1817 the effect had completely stopped on the starboard side and only the pulsating rings were left on the port side and, with these, the intensity of the light reduced until 1822 when there was nothing more to observe." (Bowden, P.; "Bioluminescence," Marine Observer, 62:64, 1992.) Reference. Chapter GLW in our catalog Lightning, Auroras describes a wide variety of complex bioluminescent phenomena, including many "wheels.". Ordering details here . From Science Frontiers #82, JUL-AUG 1992 . 1992-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 141: May-Jun 2002 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology An Ice-Age North Atlantic voyage? Somehow bananas slipped into West Africa 2,500 years ago Ancient messages on the Shroud of Turin Astronomy Europa's anomalous infrared spectrum Are the cosmic carriers of life comets or meteorites? Biology 'Modern' feathers on a non-avian dinosaur The intelligence of plants Unexplained weight-gain transient at the moment of death Geology Flank collapses: Generators of giant tsunamis Ragnarok: The Age of Fire and Gravel Geophysics Ball lightning gets some scientific respect Unknown species puts on spectacular light show Psychology Why music? Physics Falling in a quantized way Unclassified Where are those aliens? ...

... Science Frontiers ONLINE No. 152: Mar - Apr 2004 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The Amazon's Jungles were Tamed Long Ago, but by Whom? World's most Mysterious Manuscript may be a Hoax (Voynich manuscript) Vast Network of Ancient Road Astronomy Centauro Events Curious Structures on the Surface of Mars The Dodecahedron and the 'True Earth' Biology Nanofabrication and Light Control in a Squid Beyond Water Condensation Animal Miscellany, some of which are rather Amusing Toriodal Bubbles Telling tales (FRTs) Magnetically orientated Tunnels Cells are naturally cancerous? Geology Witchers Hole and the Bermuda Triangle Intimate Encouters of Sand Dunes Geophysics Multiple Ball-Lightning event? A Burning Bush Sprouts a Lighning Leader Falsetto Thunder and Tabular Hail Psychology The Sleepwalking Bandsman Sleep and Scientific Insight Mathematics Quadamagicology (the science of magic squares) ...

... Science Frontiers ONLINE No. 114: Nov-Dec 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Lightning Strikes Jet And Possibly Spawns Ball Lightning June 17, 1996. Tewkesbury, England. On this day, two remarkable observations were made a few seconds apart. Even so, one cannot be certain that the first caused the second. For the first observation, there were two witnesses. Both saw lightning strike a low-flying USAF jet. Mrs. E. Shobli wrote the following account: "Two forks of lightning came from the clouds in front of the plane, converged on it and gripped it. The tail end of the plane became illuminated -- vapours came from its end and formed into a bright, dense mass. I thought I was witnessing damage to the plane. The light continued to separate from the plane, downwards like a flare. It appeared as yellow, lit-up gases. These seemed to take shape, becoming brighter and denser, and then move downwards in the same direction as the plane (south). About two seconds after disappearing behind the roof there was an ear-splitting explosion. To my relief the plane reappeared unscathed." At the time of the lightning strikes, the jet was passing over a factory, where a fork-lift driver saw a dazzling blue-white ball bounce along the factory roof and enter the building. Many workers inside were treated to an amazing pyrotechnic display as the ball made its way through the building. "It entered the factory ...

... Science Frontiers ONLINE No. 112: Jul-Aug 1997 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Apparent Circular Lightning May 1, 1997, near Patterson, New Jer sey. Between 3 and 4 PM, D. Quinlan was driving along Route 80. A dark line squall was approaching from the west. Quinlan observed many horizontal strokes of lightning passing from cloud to cloud. These discharges seemed to make little noise -- no loud crashes of thunder, although sounds were somewhat muffled by his vehicle. These strokes moved so slowly that their progress across the sky could be easily tracked visually. Most remarkable were three discharges that began to his right, progressed across the sky in nearly a horizontal plane, and then looped back to near their starting points, thereby completing what appeared to be a circle. (Quinlan, David; private communication, May 2, 1997.) Comment. In our Catalog Lightning, Auroras, section GLL25, we offer three cases of "meandering" lightning in which the discharges follow long, complex, looping paths. However, none of these were circular. Also, in SF#89. there is an instance of "looped" lightning that rises from cloud tops toward the ionosphere and then loops back to the cloud tops. The Catalog volume just cited is described at here . From Science Frontiers #112, JUL-AUG 1997 . 1997-2000 William R. Corliss ...

... fused the stones together with fire. (Why they bothered is unknown.) However, a different sort of natural glass has been found in east-central Botswana. There, archeologists have found 5-inch-thick layers of glassy slag interleaved with ashy soil in ancient middens (garbage dumps). These middens are not associated with pottery kilns or iron smelting. It is hard to imagine what could have melted layers of garbage, including pottery, plant material, and other biomass. Analysis of the slag indicates that temperatures of 1155-1290 C were required to fuse the garbage. Open fires could not have attained the necessary temperature. The slag layers encompass several hundred square meters, so the phenomenon is not a trivial one. Combustion metamorphism may be the answer to this puzzle. Lightning or grass fires might have ignited buried biomass layers. Being confined like burning coal seams, the fires could have generated the required very high temperatures. (Thy, P., et al; "Implications of Prehistoric Glassy Biomass Slag from East-Central Botswana," Journal of Archaeological Science, 22:629, 1995.) Comments. It is unlikely that lightning would strike the same middens repeatedly to create the separate layers of slag. It would be difficult for grass fires to ignite buried material. But many modern garbage dumps do catch fire and burn for years under the surface. We wonder if glassy slag is forming in them. From Science Frontiers #121, JAN-FEB 1999 . 1999-2000 William R. Corliss ...

... .The early morning appeared warm, humid, and overcast. The explosive "thunderclaps" happened again, a whole series of them, and they seemed to originate up in the air and to my right, but I could detect no flashes of light, and the blasts seemed to come at random points in the sky (which was not very visible to me because of the big building looming across the lawn). I couldn't figure out where the storm cloud was that was producing these blasts, since everything was uniformly overcast, and there was no darkness moving in or evident in my field of view. From the sound of the blasts, which were very impressive, powerful noises, I pictured in my mind's eye that huge cloud-to-ground bolts of lightning must be erupting somewhere aloft and to the right and out of sight of my position at the window. But they seemed too scattered about, and then one boomed to the rear of my position, and that was soon followed by a blast slightly to the left of that one and way to the left of all the previous ones. Yet, there was no flash of lightning and no dark mass of cloud moving from right to left. "About 2 hours later, a young man who frequents that region told me that what had woken me up was not thunder but what the locals called 'Lake farts'." (Kuchar, George; personal communication, August 1996) Comment. Both the Cayuga and Seneca Guns have been blamed on eruptions of natural gas from the lake ...

... Science Frontiers ONLINE No. 122: Mar-Apr 1999 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The mosier mounds El nino -- bueno? The black pyramids Astronomy Our lucky star Ghost galaxies Is a singularity worse than a spinning cosmos? Biology Are we running on martian time? Another skin shedder A GENETIC DISCONNECT Another sucker Geology The earth hums more loudly in the afternoons Geophysics Bizarre phsiological effects of lightning Unusual wave Psychology Exceptional human experiences A FEW POTENTIAL EHEs Unclassified A REALLY MEANINGFUL COINCIDENCE Ach du lieber himmel Now we know why! ...

... Science Frontiers ONLINE No. 120: Nov-Dec 1998 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology The pigeon-snaring mounds of tonga Pyramid stones not "cementitious" Where did they come from? Astronomy Bye-bye mercury, and maybe mars The force is with them Biology Why some like it hot Dog doctors Acoustical "vision" underwater Gaia as a super-superorganism Geology Spod logs Miles of floating forest Geophysics Bouncing ball lightning A BRIGHT FLYING OBJECT AND ANOTHER ENIGMATIC CRATER Psychology Are ufo abductions akin to ndes? Precognitive dreams Physics More quantum weirdness Mathematics The first digit phenomenon ...

... , there was very little fading away at the edges; it was as if a paint brush had been drawn across the sky...For about an hour it arched the sky and during that time it was noticeably fixed relative to the earth, for some of the stars as they got higher in the east crossed it from the northern or convex side to the other." (Anonymous; "Great Auroral Displays," Royal Astronomical Society of Canada, Journal, 10:469, 1916.) Comment. This sharp and precisely drawn arc is so different from the swaying draperies, pulsing arcs, and "merry dancers" that characterize the usual auroral displays. We have not seen any good explanation of this phenomenon. More examples may be found in GLA2 in our catalog: Lightning, Auroras. A sky-spanning auroral arch with penants seen off the coast of Maine. A more typical aurora occurred within the arch. From Science Frontiers #115, JAN-FEB 1998 . 1998-2000 William R. Corliss ...

... small quakes can release huge plumes of methane bubbles into the ocean and thence into the atmosphere. Ships might founder in the lowdensity froth of bubbles, and aircraft might be adversely affected, too. This is where TWA800 comes in. R. Spalding, a scientist at Sandia National Laboratories has been monitoring mysterious atmospheric explosions and believes that some of these detonations are consistent with the atmospheric ignition of huge methane plumes. (Other detonations are due to meteors.) Spalding proposes the following scenario: The ocean floor releases a massive methane gas plume, which rapidly rises to the surface and ascends into the atmosphere. The lighter-than-air methane cloud gains altitude, mixing with oxygen and thereby gaining explosive poten tial. An electrical disturbance -- possibly caused by the rising cloud itself or a lightning strike -- detonates the cloud. Awesome energy is instantly re leased in the form of a devastating shock wave and fireball that shat ters nearby TWA Flight 800. Supporting Spalding's theory are the many reports of light flashes, light streaks, and booming/rumbling sounds accompanying the disaster. But, methane burps are bizarre, and the properties of methane hydrate are so unfamiliar to most scientists and investigators of aircraft disasters that Spalding's idea has received scant attention. (Spohn, Lawrence; "Earth 'Burp' Might Have Downed Jet, Scientists Says," Albuquerque Tribune, January 20, 1997. More appeared in the January 24, issue. Cr. R. Spalding) Comment. The phenomena accompanying methane burps are well known to SF readers. First, there ...

... observations in a paper entitled: "Tone der Wasserfalle." Verhandlung der Schweizeren Naturforschung Gesellschaft, 8:209, 1874) In his letter to the magazine Earth (now defunct), Charlie wondered if the same resonant tonegenerating mechanism (rising clouds of bubbles) operated in both the oceans and waterfalls. (Charlie, Wayne A.; "Musical Monotones," Earth , 7:7 , June 1998.) Comments. In our catalog Earthquakes, Tides (GQV2), we recorded how waterfalls produce low-frequency terrestrial vibrations with one frequency predominating. This characteristic frequency is inversely proportional to the height of the waterfall. Just as fascinating are the remarkable flashes of light that emanate (rarely) from the bases of waterfalls. These may be due to sonoluminescence. (GLD14 in Lightning, Auroras) The predominant fequency in waterfall vibrations depends upon the height of the waterfall. (From: Earthquakes, Tides). From Science Frontiers #119, SEP-OCT 1998 . 1998-2000 William R. Corliss ...

... know of this phenomenon?" A. Pentecost answered. He noted first the similarity of the Mekong phenomenon to the will-o '- the-wisp or ignis fatuus. The usual explanation of ignis fatuus blames the spontaneous combustion of marsh gas. However, the Mekong lights are initially seen under the water where there would not be enough oxygen to support combustion. Pentecost suggested instead phosphorescent bacteria or the "cold flame" of phosphorus vapor which might form through diphosphane decomposition. (Pentecost, Allan, et al; "Mekong Mystery," New Scientist, p. 96, September 6, 1997.) References. The Mekong phenomenon may be allied with the many examples of luminous aerial bubbles. See SF#102 and a good collection of them in category GLD7 in our Catalog Lightning, Auroras. From Science Frontiers #114, NOV-DEC 1997 . 1997-2000 William R. Corliss ...

... . 106: Jul-Aug 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Looking Up Into A Tornado Funnel January 21, 1992. Near Cripple Creek, Colorado. Shortly after 2 PM, while fishing at Skagway Reservoir, D. Mc Gown spotted an ominous cloud formation developing in the west. A horizontal, black cloud rolled toward him. Suddenly, it lifted to reveal a huge, twisting funnel advancing directly at him. He threw himself to the ground, but got a good look up into the interior of the funnel. "The outside of the tornado was spinning so fast my eye couldn't follow it, but the inside was rotating almost lazily. I could see a thousand feet up inside it. Tiny fingers of lightning lined the hollow tube." Passing over him, the funnel bounced across the lake, ripped up some trees, and was gone. (McGown, Dennis; "Letters," Time, 147: 8, June 10, 1996) Comment. The "tiny fingers of lightning" are of great interest to anomalists, because most meteorologists deny that electricity plays any part in tornado activity. Of course, there is often plenty of ordinary lightning in the accompanying storms. An observation very similar to McGown's occurred in Kansas, in 1928. (GLD10-X2 in Lightning, Auroras. For information on this book, visit here .) Today, American meteorological journals are mostly filled with articles on the computermodelling of weather systems, satellite-imaging, etc. Eyewitness accounts ...

... particularly above thunderstorms. We have already reported on the mysterious light flashes (SF90) and radio emissions (SF#94). Now, we record similar, possibly intimately related flashes of energy in a different portion of the electromagnetic spectrum. "Detectors aboard the Compton Gamma Ray Observatory have observed an unexplained terrestrial phenomenon: brief, intense flashes of gamma rays. These flashes must originate in the atmosphere at altitudes above at least 30 kilometers in order to escape atmospheric absorption and reach the detectors." The energies of the gamma rays in the flashes are very high. They are typical of the braking radiation (Bremsstrahlung) from 1,000,000 electron-volt electrons. Since most of the gamma flashes originate over regions where thunderstorms are frequent, it is tempting to associate them with lightning. Ordinary lightning, however, is not energetic enough to generate the gamma flashes and, of course, it does not occur above 30 kilometers altitude anyway. G.J . Fishman et al, who reported on this new phenomenon in Science, speculate that some hitherto unrecognized, high altitude electrical discharges occur high above areas hosting thunderstorms. Possibly, upwardly directed lightning (" rocket lightning") is involved in all three of the newly found flashes in the radio, optical, and gamma portions of the electromagnetic spectrum. (Fishman, G.J ., et al; "Discovery of Intense Gamma-Ray Flashes of Atmospheric Origin," Science, 264:1313, 1994. Kerr, Richard A.; "Atmospheric Scientists Puzzle Over High-Altitude Flashes," Science ...

... surrounded by the phenomenon to a distance of approximately 1 n. mile radius. Yet again the patterns changed, this time to parallel concentric circles moving outwards from numerous centres. The display started to decrease at 1725, returning to milky-white patches before eventually disappearing at 1730." (Watson, M.M .; "Bioluminescence," Marine Observer, 65:59, 1995.) Bioluminescent displays often possess mixed geometries. In this illustration, both moving bars and rotating spoked wheels are noted. Location: East Indian Archipelago. Time: 1959. May 23, 1994. Equatorial Atlantic. Aboard the m.v . Taunton enroute to Richards Bay. "At 0550 UTC the vessel was passing through an area of thunderstorms with moderate to heavy rain and the nearest area of lightning was about 4 n. mile away when the Chief Officer went onto the bridge to observe some bioluminescence. At this point he noted that the hairs of his arms and moustache were glowing with a bluish light although no tingling or any other sensation was felt. A check of the vessel's aerials revealed no traces of 'St Elmo's fire' and the observer seemed to be the only object affected. The glow disappeared once he retreated to the wheelhouse but reformed when he went outside again but without the same intensity." "What was noticeable was that the bioluminescence was only seen at the same times as the St. Elmo's fire, and the observer was left wondering whether it appeared in response to a heavy static charge in the air." (Nicholls ...

... Science Frontiers ONLINE No. 104: Mar-Apr 1996 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Reinventing the neandertals The pit-zodiacs Astronomy Men like gods The petrozavodsk phenomenon Biology It's "smothers" not "pods" Search-and-destroy sperm The magnetic mountain Geology A HOLLOW, TRIANGULAR ICICLE A METEORITIC EVENT LAYER IN ANTARCTIC ICE The whale-on-its-tail fossil An antarctic bone bed Geophysics Puzzling winds Ball lightning materializes in a sitting room Bright sparks erupt from beach Psychology An invisible information superhighway? ...

... Science Frontiers ONLINE No. 94: Jul-Aug 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects An offset solar halo of 28 Anomalists should not perfunctorily dismiss unusual halo phenomena as trivial and/or boring. The laws of atmospheric optics have no room for the phenomenon described below. It is just as anomalous as ball lightning, although perhaps not as exciting! The 22 halo on the left is common and nonanomalous. However, optical theory has no room for the offset 28 halo on the right. June 22, 1993. North Cornwall, UK. "A 22 halo [the well-explained type] was very prominent, with the sector DCE being exceptionally bright and the colours quite strong. On the right-hand side of this, a larger but fainter halo could easily be seen, having a diameter of about 28 (see figure). It was white in colour. The sector CB was the brightest, sector BF not so bright but easily seen, but the sector AF could be seen only with difficulty. The halo was not seen to penetrate the 22 halo at either points A and C and so it could not be stated positively that the halo would have passed through the Sun, although it looked as though this would have been the case. The centre of the 28 halo had an altitude approximately the same as that of the Sun. The phenomenon lasted for about 20 minutes, although the 22 halo lasted for at least another hour." (Miles, Howard; "An Unusual Solar ...

... rumbling and even ground vibrations. In many houses, animals began to be anxious. Some people felt ill. Railroad communication devices failed. About 1 minute before the explosion, noise appeared in broadcast radio receivers, this soon jammed all radio stations. At a distance of up to several hundred kilometers from the epicenter, some people said that they felt a "heat wave" and suffocation. Near the epicenter, a bright flash with a duration of several seconds and an explosion (thunder and ground shock) took place. (According to some reports. at first a 'glowing object' flew down to the ground.) Probably light phenomena were present at some other places. "The 1991 Sasovo explosion was accompanied by a number of intri-guing phenomena, sometimes resembling (ball) lightning and even tornado damage. There was some unusual and selective damage in the town and even in the village 20 km from the epicenter. Azimuth distribution of hurled frozen soil from the crater and damage had four lobes. But, on the other hand, a tree 10 m from the epicenter was undamaged. There was no damage on the ground level at a distance up to about 1 km from the crater (only ground swing and jerking), but several high suspended electric wires were torn off. At large distances, there was unusual damage at the ground level, and even water pipes at a distance up to 15 km from the epicenter were torn off. During the explosion, in closed and undamaged rooms, in most cases different things flew with soft landings, and even some ...

... came forth with anecdotes. Some typical pre-quake observations were: Doves flying into walls. Caged birds (Chinese hawk-cuckoos) flying against the sides of their cages. Fish rising to the surface in great numbers. At the port of Shioya, "millions" of gizzard shad turned the surface of the water into silver. Captive stag beetles and turtles emerging from hibernation. And strangest of all, silkworms and fish in ponds orienting themselves in the same directions. (Minami, Shigehiko; "Creatures Went a Bit Batty, Maybe Knew Quake Was Coming," Asahi Evening News, February 25, 1995. Cr. N. Masuya) Cross reference. Many luminous phenomena were also seen. For descriptions of so-called "earthquake lights" refer to GLD8 in our catalog Lightning, Auroras, etc. It is listed here . From Science Frontiers #99, MAY-JUN 1995 . 1995-2000 William R. Corliss ...