... Light on the Horizon Jumping Stars Post-Twilight Infrared Brightening of the Sky Extraordinary Sunsets GEM THE MAGIC OF MIRAGES GEM1 Fata Morganas GEM2 Telescopic Mirages GEM3 Lateral Mirages GEM4 Multiple Mirages GEM5 Mirages Sensitive to the Observer's Position GEM6 The Novaya Zemlya Effect GEM7 Illusions of a Flat Earth GEM8 Dynamic Mirages GEM9 Mirror or Reflection Mirages Double Moons Mock Mirages GER RADIO AND RADAR ANOMALIES GER1 Long-Delayed Radio Echos GER2 The Moon's Effect on Radio Propagation GER3 Thunderstorm Modification of Radio Propagation GER4 Stable Patterns of Electromagnetic Radiation GER5 Unidentified Radio Signals... GER6 The Humming Earth GER7 Polar Radio Blackouts GER8 Around-th e-World Transmission of High-Frequency Signals GER9 Periodic Fading of Satellite Radio Transmissions GER10 Sudden Disappearance of High Frequency Radio Transmissions GER11 Correlation of Radio Propagation Quality with Planetary Positions GER12 Earthquake-Induced Ionospheric Disturbances GER13 Easier Radio Transmission in One Direction than Its Reverse GER14 Radar Dot Angels GER15 Radar Ring and Line Angels GER16 Radar Ghosts Mexico's Zone of Silence Infrared Angels Extremely-Low-Frequency (ELF) Phenomena Effect of Low-Pressure Areas upon Shortwave Propagation Unidentified Atmospheric Radio Bursts Detected by Satellites GES SHADOW PHENOMENA GES1 Eclipse Shadow Bands GES2 Moving Shadow Bands in the Atmosphere GES3 Colored Shadows GES4 Shadow Bands Seen through the Telescope GES5 Unusual Shadows Observed during Eclipses GES6 Non-Eclipse Shadow Bands GES7 Persistent or "Living" Shadows GES8 Curious Mountain Shadows Curious Shadows of Condensation Trails GEZ ANOMALOUS MAGNETIC AND ELECTRIC-FIELD DISTURBANCES GEZ1 Unexplained Magnetic Disturbances GEZ2 Effect of the Moon on the Geomagnetic Field GEZ3 Effects of Solar Eclipses on Geomagnetism GEZ4 Effects of the Planets on the Geomagnetic Field ...

... Birds BBI INTERNAL STRUCTURES AND SYSTEMS BBI1 Avian Magnetoreceptors: Hard to Find BBI2 Curious Internal Structures BBO ORGANS BBO1 Complexity and Sophistication of Some Owl Ear-Brain, Sound-Localization Systems BBO2 Regeneration of Brain Neurons BBO3 Curiosities of Avian Brains BBO4 The Pecten: A Unique Structure in the Avian Eye BBO5 Curiosities of Avian Eyes BBO6 High Complexity and Sophistication of the Avian Eye BBO7 Remarkable Tongue Adaptations BBO8 The Loss and Reduction of Reproductive Organs BBT UNUSUAL TALENTS AND FACULTIES BBT1 Infrasound and Atmospheric Pressure-Change Detection BBT2 Utility of Ultraviolet Vision in Birds BBT3 Echolocation: Parallel Evolution in Birds BBT4 Navigational Feats during Migration BBT5 Homing: Release Experiments BBT6 Curious Migration Phenomena: Navigation Errors? BBT7 Complexity and Sophistication of Avian Navigation BBT8 Inheritance of Migration Data BBT9 The Existence of Avian Migration BBT10 Sensitivity to Impending Weather and Earthquakes BBT11 Possible Unrecognized Senses BBT12 Remarkable Feats of Flight BBT13 The Origin of Avian Flight BBT14 Unanswered Questions Concerning Flightlessness BBT15 Some Curiosities of Avian Flight BBT16 Deep-Diving Capabilities BBT17 Vocal Mimicry in Birds BBT18 Birds That Vocally Mimic Only in Captivity BBT19 Vocal Mimicry of Hosts by Parasitic Species BBT20 Duetting BBT21 Chorusing BBT22 Large Vocal-Repertoire Sizes and High Speeds of Delivery BBT23 Female Singers BBT24 Whisper Songs and Subsongs BBT25 The Two-Voice Phenomenon BBT26 Some Curiosities of Avian Vocalizations BBT27 Incubator Nests BBT28 Woven and Sewn Nests BBT29 Nests Containing Protective Materials BBT30 Bowers BBT31 Nest Curiosities BBT32 Tool Use BBT33 Communication between Chick Embryos BBX AVIAN INTERFACE PHENOMENA BBX1 Unusual Attacks on Humans BBX2 Unusual Predators of Birds BBX3 Unusual Bird-Animal Psychological Interfaces BBX4 Curious Associations of Birds with Other Animals and Plants BC BIOCHEMISTRY Titles not yet ...

... Science Frontiers ONLINE No. 1: September 1977 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology First Writing May Have Been Three-dimensional Ancient Iberian Jars Recovered Off Maine Coast Geology New England Seamounts Once Near Surface Astronomy Four Extragalactic Sources Expand Faster Than Light Biology Australian Mistletoes Mimic Their Hosts Motion Sickness Difficult to Explain in Terms of Evolution Addiction to Placebos Cattle Mutilations Called Episode of Collective Delusion Geophysics Animal Behavior Prior to the Haicheng Earthquake Lightning Superbolts Detected by Satellites ...

... Issues This Issue Sourcebook Project Sourcebook Subjects Whirling Crescents Move With Ship July 11, 1980. Malacca Strait. Uniform crescents of luminescence appeared suddenly. Horizontal to the sea surface, they moved around the ship in circles, starting just forward of the bow. The crescents were about 100 meters long, 0.5 meter wide, light green in color, and passed the observers at the rate of three per second. The display was centered on the ship and moved with it. Some thought the crescents were above the sea surface, others placed them on the surface itself. (Lardler, D.A .; "Bioluminescence," Marine Observer, 51:116, 1981.) Comment. If the display moved with the ship, it was probably not generated by microseisms (tiny earthquakes) -- the favorite explanation. If the display was truly above the surface, it may not have been bioluminescence. What is it then? From Science Frontiers #20, MAR-APR 1982 . 1982-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 29: Sep-Oct 1993 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology South American-polynesian Contacts At Easter Island The Ancient Horsemen Astronomy Another Quasar Enigma Sedimentary Rocks on Venus? Biology Porpoise Stun Gun Genes Aren't Everything Life Beyond 100 c Geology Nitrate Deposits Defy Rational Explanation Episode of Steep Geomagnetic Inclination Geophysics Astronomy and Earthquakes Satan's Storm Psychology Solving Problems in Your Sleep Unclassified Temptations of Numerology ...

... Science Frontiers ONLINE No. 27: May-Jun 1983 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Ogham Inscriptions in West Virginia? An Earthen Stonehenge Astronomy Anomalous Redshifts (Again) Biology A Compass in Our Sinuses? How Trees Talk to One Another Does Ri = Mermaid? Great Balls of Snakes Geology The Solar-system Dust Bin Hushing Up the Guadeloupe Skeleton Geophysics Electromagnetic Noise Prior to Earthquakes The Current Anomalous El Nino ...

... Science Frontiers ONLINE No. 57: May-Jun 1988 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Updating man-in-the-americas Who built these chambers? Stonehenge in quebec? Astronomy A NEARBY RING OF COMETS? Martian canals: is lowell vindicated? Biology You can fool some of the animals some of the time, but.... Mysterious bird deaths Does the aids virus really cause aids? The eels strike back Yeti evidence too hard! Living stalactites! subterranean life! (in three parts) Subterranean life! (part 3) Geology Florida more exotic than the travel agents promise Geophysics Outrageous earthquake waves The large-scale structure of electrical storms Unusually large snowflakes General Morphic resonance in silicon chips Did charles darwin become a christian? ...

... Science Frontiers ONLINE No. 91: Jan-Feb 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Do earthquakes raise mima mounds?This possibility was tendered in SF#69 in our notice of a paper in Geology by A.W . Berg. Berg had covered a large sheet of plywood with sandy soil and then vibrated the wooden sheet. The result: small mounds formed at points where intersecting vibrations cancelled each other out. Could the many fields of Mima mounds in North America, Africa, and other continents have been created in a like manner by earthquakes? The recent severe quake in India proved that the answer to the above question might be "yes." Some farm-lands that had been flat were riven by cracks several inches wide and up to 70 feet deep and, in addition, topped by undulating mounds up to a foot high. (Anonymous; "Farmers Work Land Churned by Earthquake," Spokane Review , October 10,1993. Cr. J. Satkoski) Comment. Mima mounds are often higher than 1 foot, but at it certainly seems that Berg's experiment has been repeated by Nature herself. Mima mounds and like structures are cataloged in ETM1 in Carolina Bays, Mima Mounds. This catalog is described here . From Science Frontiers #91, JAN-FEB 1994 . 1994-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 91: Jan-Feb 1994 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Dna undermines key paradigms Did captive christians and moslems build this mayan pyramid? A LARGE CELTIC PYRAMID IN GERMANY? Astronomy Two-faced planets and moons Pairs of ghostly spots sweep across jupiter Biology Some people are brighter than others Crayfish communication Pizzaspermia! The earth's biosphere, 'tis no thin veneer Geology Do earthquakes raise mima mounds? Geophysics Remarkable hailstones Lightning stalled aircraft Post-lightning glows Fiber fall ...

... Science Frontiers ONLINE No. 95: Sep-Oct 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Deep Quake Deepens Mystery Most earthquakes are shallow. They are concentrated no deeper than 20-25 kilometers down. However, a few extremely deep quakes rumble at depths of about 600 kilometers. On June 8, 1994, what may be the largest deep earthquake of the century -- magnitude 8.2 -- exploded 640 kilometers beneath Bolivia. "Exploded" may or may not be the proper word. Geophysicists are really not certain what causes the very deep quakes, because at 640 kilometers rocks are so hot that they flow rather than snap under geological stresses. The more common, shallow earthquakes are generally created when rocks snap and fracture. Since the deep quakes seem to be concentrated in subducted slabs of terrestrial crust that plunge down deep into the earth's mantle, geophysicists suppose that the increasing heat and pressure applied to the descending slabs may cause "explosive" phase changes in minerals contained in the slabs. Phase changes often involve volume changes that, if sudden, might generate seismic waves. Too, water of hydration in minerals may be explosively turned into vapor. But this is all surmise at present. The Bolivian quake also caused the whole earth to ring like a bell. Every 20 minutes or so, the entire planet expanded and contracted a minute but detectable amount. Another surprise: the Bolivian earthquake was felt a far away as Seattle -- the first time that a quake in that part of South ...

... Science Frontiers ONLINE No. 99: May-Jun 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Biological precursors of the 1995 kobe earthquake The Japanese are meticulous observers of animals. Many keep birds, insects, fish, etc. as pets. When scientists at the Osaka City University asked for reports of unusual animal behavior around the time of the great January 17 quake, over 1,200 people in the Kobe-Osaka area 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 ...

... Science Frontiers ONLINE No. 101: Sep-Oct 1995 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Death waves and seebars A comprehensive, 12-page article on seiches appeared in the July/August issue of American Scientist, and it was awash with curious observations. A seiche (pronounced "saysh") is a rhythmic rocking motion of a body of water that has been disturbed by natural forces, such as sudden weather changes and, especially, earthquakes. A famous example of the latter seichedriving force occurred on March 27, 1964, when the Great Alaskan Earthquake sent seismic waves rippling around the globe. Fourteen minutes after this quake, the tremors reached the U.S . Gulf coast and triggered numerous seiches in bays, harbors, canals, bayous, etc. Some crest-to-trough waterlevel oscillations reached 2 meters in amplitude. Startling though these seiches were to Gulf fishermen, most seiches are wellexplained. Bodies of water that are mostly enclosed have natural frequencies of oscillation or "sloshing," just as do coffee cups and bathtubs. The Alaskan quake just operated on a larger scale than a bump to your coffee cup! Short-period oscillations in the tidal record from Puerto Princesa, Palawan Island, Philippines. These are coastal seiches, but hardly "death waves"! So far, so good. But there are exists an interesting -- and sometimes dangerous -- class of related events that affects open coastal waters. The Irish call them "death waves." In the Baltic, they are ...

... Science Frontiers ONLINE No. 96: Nov-Dec 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Two really deep oceans During our latest anomaly-collecting cycle, we came across two reports on apparently identical phenomena. Neither article mentioned the work of the other! Both groups of scientists processed massive quantities of earthquake records to form "seismic images" of structures deep in the bowels of the earth. (The technique is called "seismic tomography.") Both groups have discerned huge slabs of crust that were once on the planet's surface but were subsequently thrust (" subducted") down under the continents. These slabs are now hundreds of kilometers below the surface, and they have dragged water along with them. In fact, their water inventories may rival today's surface oceans; they may even have been surface oceans themselves millions of years ago before they descended into the infernal regions. Only a few years ago, all geologists maintained that all water in subducted slabs was squeezed out of the rocks by immense pressure and later reappeared at the surface as volcanic steam. Deep ocean #1 . G. Nolet and A. Zielhuis, Princeton seismologists, report a huge reservoir of water about 900 kilometers under present-day Europe. Some 400-500 million years ago, there was an ocean in this locale. (Zimmer, Carl; "The Ocean Within," Discover, 15:20, October 1994.) Deep ocean #2 . H. Wysession, Washington University, has located a water ...

... red' Sun, an ear-piercing 'whistling' sound, and the fall of fine ash which covered trees and vegetation with a blanket of white), few details are provided that constrain the time and place of the event. Nevertheless, the story refers to an article in the papal newspaper L'Osservatore Romano [March 1, 1931], apparently written by a Catholic missionary 'Father Fidello, of Aviano', and it is to this that we now turn. Apparently, there were three bolides or fireballs seen. Father Fidello wrote: "They landed in the centre of the forest with a triple shock similar to the rumble of thunder and the splash of lightning. There were three distinct explosions, each stronger than the other, causing earth tremors like those of an earthquake. A very light rain of ash continued to fall for a few hours and the sun remained veiled till midday. The explosions of the bodies were heard hundreds of kilometres away." (Ref.1 ) M.E . Bailey singles out two puzzling features of the Brazilian event: (1 ) the fall of dust before the fireballs were observed; and (2 ) the lack of any mention of a blast wave. Further, the L'Osservatore Romano account does not say anything about extensive forest fires. (Ref. 1; see Ref. 2 for a synopsis.) Circa December 11, 1935. British Guiana (now Guyana). Only five years after the Brazilian event, a large bolide apparently smashed into the jungle of Guyana. Buried in the library ...

... This Issue Sourcebook Project Sourcebook Subjects Stythe = choke damp This, according to an unabridged dictionary. Looking up "choke damp", it is found to be "a suffocating gas, chiefly carbon dioxide, found in wells, coal mines, and other pits, also called "blackdamp." Evidently, in the quotation in SF#102 describing the death of one Donald Tollett due to a stythe, the word "stythe" was used for the meteorological event itself rather than -- correctly -- for the gases sucked out of the coal mine by a sudden drop in atmospheric pressure. (Stepp, Richard; personal communication, November 26, 1995) Comment. Changes in atmospheric pressure are also the causes of "blowing caves" and "weather wells". See GHG2 in Earthquakes, Tides, Unidentified Sounds. To order, visit here . Incidentally, blowing caves were used in the very early days of aernonautics for testing aircraft models due to the lack of wind tunnels. From Science Frontiers #103, JAN-FEB 1996 . 1996-2000 William R. Corliss ...

... two major groups, one of which trends approximately parallel to the asteroid's long axis, but is offset by some 15 , the other is approximately perpendicular to this trend. The first of these directions falls along a family of planes which parallel three extensive flat facets identified by Thomas et al. The occurrence of grooves on Gaspra is consistent with other indications (irregular shape, cratering record) that this asteroid has evolved through a violent collisional history." (Veverka, J., et al; "Discovery of Grooves on Gaspra," Icarus, 107:72, 1994.) Comment. The pits along Gaspra's cracks, as on Phobos, suggest the violent expulsion of gases. Where could these gases have come from? "Sandblows" are sometimes formed during terrestrial earthquakes as natural gases and other fluids are squeezed out of the earth's porous outer crust. Could Gaspra harbor primordial methane? If so, is it biogenic or abiogenic? Reference. An entire chapter on the anomalies of asteroids can be found in our catalog: The Sun and Solar System Debris. Details here . From Science Frontiers #94, JUL-AUG 1994 . 1994-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 116: Mar-Apr 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Earthquake Weather Folklore reserves the term "earthquake weather" for the sultry, ominously uneasy period said to precede large earthquakes. Scientists have generally belittled suggestions that weather could have anything to do with the ponderous forces unleashed during a quake. Despite such authoritative pronouncements, many Californians, who have ample experience with seismic events, insist that quakes and weather are somehow connected. They may be right -- at least some of the time. In the five years following the 7.3 Landers earthquake of June 28, 1992, the frequency of smaller quakes has peaked reliably every September. However, before the Landers event, no such pattern is evident. One thought is that the average atmospheric pressure, which is lower in the summer months, reduces the downward pressure on the earth's crust enough to allow easier slippage along fault lines. This sounds reasonable, but why did this effect not occur before the Landers quake? The answer given is that perhaps the Landers event "sensitized" nearby faults! (Monastersky, R.; "California Shakes Most Often in September," Science News, 152:373, 1997.) Since the Landers event, Earthquakes in the weestern U.S . have been following an annual cycle. From Science Frontiers #116, MAR-APR 1998 . 1998-2000 William R. Corliss ...

... 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 The Kind Of Fault You Like To Find Earthquakes are concentrated along the boundaries between tectonic plates where oceanic plates dive under continental plates. Stresses naturally accumulate during such slow-motion collisions. The result: plenty of quakes. Mechanically, this model is very appealing, but there are puzzling exceptions. There are sections along plate boundaries obviously in collision where no earthquakes at all occur to relieve stresses. Quakes are felt on either side of these segments, but all is serene inside. These segments are termed "seismic gaps." They may stretch for hundreds of kilometers. Theory insists that all seismic gaps must eventually be filled in. After all, the rocks can take only so much stress. Theory may be wrong because at least ten seismic gaps seem to be permanent. Something unexplained is transpiring beneath the surface that allows oceanic plates to slide quietly down under the continents and deep into the mantle. One such permanent seismic gap is especially embarrassing to geophysicists. It stands out prominently on earthquake maps of the very active Peruvian coast. When the immense quake of 1974 shook this coastline, this gap was unperturbed. Neither did the many aftershocks violate this charmed region. Not believing in subterranean magic, some geophysicists confidently (and very loudly) predicted this reluctant gap would soon yield. After 23 years it is still there! (Penvenne, Laura Jean; "When It's Better to Build on the Fault," New ...

... Science Frontiers ONLINE No. 118: Jul-Aug 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Song Of The Earth After a major earthquake, the entire earth quivers like a sphere of jelly suspended in space. Already a slightly oblate sphere, the planet becomes successively a bit more oblate, then a bit more prolate, as illustrated. The amplitudes of these deformations are small, just a centimeter or so after big quakes. The tone or frequency of the quivers is just a few millihertz, which translates to periods ranging from 3-54 minutes. We doubt that the telestomping elephants mentioned under BIOLOGY can detect these quiverings. That the earth does indeed "ring" is old news. Geophysicist A.E .H . Love mentioned the possibility in 1911. It is also recognized that large earthquakes can set the earth to ringing (" quivering" is better). What is news is the discovery by N. Suda et al that our planet rings even when no major quakes are occurring, and no one yet knows why. Suda et al write: "The observed "background" free oscillations represent some unknown dynamic process of Earth." Suda and his colleagues detected these oscillations using a superconducting gravimeter, which they installed in a seismically-quiet place: Antarctica. The favorite explanation for the background oscillations is turbulence in the earth's atmosphere. Ocean tides and currents are also on the list as potential "bell-ringers." [El Ninos were not mentioned!] (Suda, Naoki ...

... Science Frontiers ONLINE No. 116: Mar-Apr 1998 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Miles Of Mush The earth's tectonic plates are usually drawn as neatly fitting puzzle pieces. This idealistic picture is changing because several lines of evidence suggest that some plates are separated by miles of geological "mush." J-Y . Royer and R.G . Gordon came to this conclusion after careful inspection of the huge Indo-Australian plate. First, they noticed that many powerful earthquakes originated in the center of this plate. Usually, quakes are confined to the edges of plates where they crunch against neighboring plates. Second, a line of folds 3,000 feet high runs down the center of the plate, as if is being squeezed like an accordion. But they could not identify any geological accordionist. Finally, working backwards in time using paleomagnetic data, they reconstructed plate configurations 11 million years ago. The Indo-Australian plate did not match up with its neighbors of that time period. Royer and Gordon concluded that the Indo-Australian plate really consists of three smaller plates. Even more surprising was their discovery that in between the boundaries of the three new plates there is a tectonic morass perhaps a thousand miles wide in places -- the "miles of mush" of our title. Plate tectonics (nee "continental drift"), once a revolutionary idea in geology and geophysics, seems poised for another upheaval. (Anonymous; "Gaps in the Theory," Earth , 7:11 ...

... Science Frontiers ONLINE No. 108: Nov-Dec 1996 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology More evidence of precolumbian contacts from asia Deflating a paradigm: brazil's pedra furada Astronomy Life forms in meteorites? Sunspots and planetary alignments Biology Those selfish genes may also be intelligent! Lake victoria's cichlid fishes: can random mutations explain them? Hair rarity The glow below Geology Earthquakes and mima mounds The motor of the world* Geophysics Heard above cayuga's waters A BLUE FLASH Unclassified An innovative computer Are we reall robots? Nominative determinism ...

... conditions, the stock explanation for them involves the chance addition of two smaller waves from intersecting wave trains. Recently, B. Fornberg and B.S . White have taken a different tack: "Using a mathematical model, they demonstrate that ocean currents or large fields of random eddies and vortices can sporadically concentrate a steady ocean swell to create unusually large waves. The current or eddy field acts like an optical lens to focus the wave action..." Maybe so, but this article admits at the outset that solitary rogue waves may occur in calm seas. (Peterson, I.; "Rough Math: Focussing on Rogue Waves at Sea," Science News, 150:325, 1996) Reference. Large solitary waves are rather common. See GHW1 in our Catalog: Earthquakes, Tides. Ordering information can be found here . From Science Frontiers #109, JAN-FEB 1997 . 1997-2000 William R. Corliss ...

... 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. However, no one ever reports flashes of light that would signify spontaneous detonations of such gas. How could non-detonating gas eruptions cause such powerful booms emanating from various directions? For more on these perplexing "water guns", see GSD1 in Earthquakes, Tides, etc. They are actually a worldwide phenomenon; e.g . the famous Barisal Guns heard in the delta of the Ganges. For a description of the book just mentioned, visit here . From Science Frontiers #108, NOV-DEC 1996 . 1996-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 84: Nov-Dec 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects QUASAR REDSHIFT CLUSTERS AND (EVEN WORSE) MULTIPLE REDSHIFTS At the XIIIth Krakow Summer School of Cosmology, September 7-12, 1992, many of the world's top cosmologists experienced the disorientation that accompanies both earthquakes and shifting paradigms. Two of many cosmoseisms felt during the meeting in Poland are recorded below: "Halton Arp, Max-Planck Institute for Astrophysics, spoke about his "Variable Mass" cosmology. He pointed out the need for cosmologies to explain why quasar redshifts cluster near 0.3 , 0.6 .. ., with the grouping just below z = 1.2 dominating all others; and why certain classes of stars have significant excess redshifts. He also pointed out the inconsistency that local galaxy groups seem to have velocity dispersions of less than 100 km/s , while distant groups seem to have members with dispersions up to 1000 km/s . "Jack Sulentic spoke about multiple redshifts seen in some quasars and AGNs. Line profiles come in all types; symmetric, double-peaked, and asymmetric. Relative shifts are both toward the red and the blue. Arguments against an accretion disk/black-hole model were reviewed. Apparently a non-Doppler redshift-blueshift mechanism is needed. For example, one broad line (in 1404+ 28) shifts back and forth by 1000 km/s relative to another narrow H-line, with an average offset of 2000 km/ ...

... predictably linked the booms to UFOs. In the federal government, the Naval Research Laboratory (NRL) was assigned the task of tracking down the booms. In March, NRL reported that all of the 183 detonations they investigated were due to supersonic aircraft. That seemed to end the matter -- just as the Condon Report signalled the demise of UFOs!! The booms had an interesting side effect: they triggered urgent requests for the two Strange Phenomena sourcebooks from several universities, think-tanks, and intelligence agencies. There may be more to this than meets the ear. For more information, see Walter Sullivan's articles in the new York Times of January 13 and 19, 1978. The Strange Phenomena sourcebooks are superceded by a series of four geophysics Catalogs. One of these, Earthquakes, Tides, Unidentified Sounds, describes many other mysterious "booms." More information here . From Science Frontiers #3 , April 1978 . 1978-2000 William R. Corliss ...