... Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Baikal: The Inland Ocean Lake Baikal, in Siberia, is the planet's deepest lake (1635 meters) and the richest in biodiversity (over 1,000 species of animals and plants existing nowhere else). Even though Lake Baikal is only 20-25 million years old, more than 5 kilometers of sediment have accumulated in some spots. These facts are remarkable as fresh-water lakes go, but Baikal also has features usually found only in salty oceans. It seals sport in fresh water 1,000 kilometers from the nearest salt water. (How did they get there?) Even more interesting are Baikal's thermal vents or chimneys that are otherwise restricted to cracks in the earth's crust in the deep oceans. Further enhancing Baikal's marine attributes, deep drilling and seismic profiles have recently discovered the existence of gas hydrates (methane hydrate, for example). Plumes of gas bubbles have also been detected where gas hydrates have been tectonically disturbed. There are even craters on Baikal's deep bottom where gas hydrates have erupted explosively. (De Batist, Marc, et al; "Tectonically Induced Gas-Hydrate Destabilization and Gas Venting in Lake Baikal, Siberia," Eos, 80:F502, 1999.) Comments. Baikal's gas-explosion craters resemble those on the floor of the North Sea. There, the sudden releases of gases are thought to cause the famous "mist-pouffers" or "fog-guns" heard around the shores of the North ...

... Science Frontiers ONLINE No. 137: SEP-OCT 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Ship-swallowers It's happened hundreds of times, and thousands of sailors have lost their lives. The killers are giant, usually solitary, waves that seem to come out of nowhere. These monster walls of water appear in seas that are rough but not fearfully so. Suddenly. a ship will find itself in a deep trough. Then conies a wall of water. 50-100 feet high. (34 meters is the biggest reliable measurement.) The vessel is flooded, perhaps its back is broken. It sinks like a rock without even sending a distress signal. Another ship has been devoured by a rogue wave. Giant solitary waves are usually preceded by deep troughs. as seen in this sketch of a vessel in the notorious A gulhas Current off the coast of South Africa. (From: Earthquakes. Tides....) Just between 1969 and 1994. 60 supercarriers were lost due to sudden flooding. Of this number, 22 were apparently swallowed by rogue waves. The rogue waves appear unexpectedly. They dwarf all surrounding waves. For a long time, the rogues were said to be just chance additions of two smaller waves. But they are too big and occur too frequently to be statistical flukes. In addition, statiticians have trouble in accounting for the fabled and feared "three sisters" -- three massive waves in succession. Consequently, scientists have retreated to a now-familiar ...

... No. 129: MAY-JUN 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Hidden 'Gardens'Some of the world's strangest "gardens" appear as green dots on the simmering deserts of the island of Bahrain in the Persian Gulf. These green dots are not your usual oases. Rather, they are springs that once fed long chain-well systems that carried water to villages at their lower ends. Called "qanats," these multimile subterranean structures were invented about 750 B.C . for trans-porting water efficiently in the dry desert climes of the Middle East. Cross section of a typical Iranian qanat. Unlike the exposed spring of the Bahrainian qanat, the water source here is at the bottom of a deep well. (From: Ancient Infrastructure) In our recent catalog, Ancient Infra-structure , we describe the qanats of Iran. (See figure.) Some of these shaft-tunnel structures run for miles and re-present a prodigious amount of labor. How prodigious? In Iran alone there are about 37,500 qanats with an aggregate length of some 100,000 miles! Qanats rank right up there with the Inca roads and the Great Wall of China as wonders of the ancient world. After reading our catalog section on Iranian qanats, E. von Fange informs us that the qanats of Bahrain pose a set of different problems. The Bahrainian qanats are easy to follow across the desert because the access shafts protrude a few feet above the sand. As one follows them ...

... of the plain's surface. Less than an inch of rain falls each year there -- not enough to wash out of word of what was written 2,000 years ago. Actually, no words as such are inscribed, rather there are huge biomorphs (for example, a pelican 1,000 feet long) and geoglyphs (a trapezoid enclosing 160,000 square yards). Overlaying and mingling with these pictographs is an apparent hodgepodge of hundreds of straight lines, one of which is 9 miles long. It is a confusing canvas to say the least. This gigantic terrestrial easel covers 400 square miles. Upon it are drawn more than 1,000 biomorphs and geoglyphs, plus some 800 straight lines. It is one of the world's great archeological legacies from the deep past. Actually, at least two canvasses seem to be superimposed. The earliest canvas consists of the geoglyphs, which were incised beginning about 200 B.C . Peel away these, and we are left with the geometrical figures and straight lines. These seem to have been inscribed starting about 600 A.D . -- a time of severe drought, which may be a clue to their purpose. Next, strip off the geoglyphs (trapezoids and such), and a seeming mishmash of straight lines survives. But most are not random when analyzed. Most converge spoke-like upon 62 or more "ray centers." Thus, the Nazca Plain seems to be a 3-page book: biomorphs, geoglyphs, and spoked ray-centers. They all overlap. It ...

... account have concluded that the "fiery exhalations" resulted from the spontaneous ignition of marsh gas; that is, the flames were will-o '- the-wisps, albeit relatively powerful ones. Will-o '- the-wisp theory states that marsh gas (mostly methane) also contains phosphane and traces of diphosphane (P2H4). The latter gas reacts spontaneously with air and ignites the methane, creating weak blue flames. The New Scientist article mentioned a parallel modern occurrence that is new to us and worth recording here. In 1997, a dramatic series of spontaneous fires burst forth in the town of Moirans-en-Montagne located in the Jura mountains of France. No details were presented although emanations of natural gas were suspected. (Pentecost, Allan; "From the Deep," New Scientist, p. 89, August 26, 2000.) Comments. We classify will-o '- the-wisps along with other nocturnal lights in GLN1 in Lightning, Auroras...., where one can find doubts about the standard explanation of these phenomena that was presented above. The region of Wales that experienced the fiery exhalations in 1693-1694 also saw another "flap" of less-destructive luminous phenomena in 1904-1905. These were the Egryn Lights, which were concentrated along the active Mochras Fault and might, therefore, have been earthquake lights, which have been officially named but not authoritatively explained. Even more interesting (to us) than the possible earthquake lights is the association of the Egryn Lights with the great Welsh religious revival ...

... bogs do breathe albeit rather erratically. The slow heaving of their surfaces is a poorly understood phenomenon as the following abstract demonstrates. The surfaces of bogs and fens in northeastern Minnesota may rise and fall by as much as 36 cm in a single day. This phenomenon, known as Mooratmung, or bog breathing, has been traditionally attributed to changes in water storage. However, the surface deformations recorded by static GPS [Global Positioning System] stations on bog and fen sites within the Red Lake peatland are more frequent and out of phase with precipitation events. These vertical fluctuations instead appear to be related to a complex interplay among climate, hydrology, and microbial gas-production. Climate-driven re-charge on bogs, for example, stimulates the production of biogenic gases by advecting root exudates deep into the peat profiles. Seasonal droughts, however, favor the formation of transient confining layers that trap biogenic gases into discrete pockets... Bog breathing may therefore be a surface manifestation of the accumulation and release of greenhouse gases in peat deposits. (Glaser, Paul H. et al; "Bog Breathing: the Curious Interplay of Climate, Ground-water, and Greenhouse Gases in Boreal Peatlands," Eos, 80:F47, 1999.) Spontaneously igniting, biogenic gases are found in many marshy places. These eruptions were observed on an English mud flat in 1902. Comment. When bogs breathe they release plumes of flammable gases which probably give rise to the many observations of will-o '- the-wisps in marshy areas. Why these gas clouds are luminous ...

... NOV-DEC 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Remarkable Animal Talents And Capabilities Looking backward with genital photoreceptors. Photoreceptors are sensitive to light but do not produce images. They are found in many groups of animals. Even humans possess photoreceptors besides their eyes; specifically, in the pineal gland and, perhaps, the knees. (SF#116, SF#117) The pineal gland (our "third eye") may have registered photons at some stage in our evolution, but it is now useless or adapted to other purposes. The arthropods, however, still find photoreceptors useful. Crayfish have them on their abdomens, where they initiate an escape response when illuminated. Additionally, the blind shrimp that collect around the glowing deep-sea vents have photoreceptors perched on their backs, presumably to guide them to their prey located around the luminous vents. Recently, the Japanese yellow swallowtail butterflies were discovered to sport photoreceptors on their genitalia. These I are used during mating to confirm the position of the female's ovipositor.(Arikawa, Kentaro; "Hindsight of Butterflies," BioScience, 51:219, 2001.) Barn-Owl auditory neurons multiple signals. Barn Owls can locate rustling mice in the dark with high precision. They discern their prey by sound rather than light. To achieve the high accuracy needed to home in on small rodents in the black of night, their ears are slightly offset so that they can draw a bead by using microsecond time-of-arrival differences in the sounds ...

... region of Bolivia called the Llanos de Mojos (Plains of Mojos). Anthropologist C.L . Erickson and a team from the University of Pennsylvania have discovered that the Llanos de Mojos once supported a Precolumbian complex of societies linked together by networks of communication, trade, and alliances. Erickson asserts that these cultures erected: .. .thousands of linear kilometers of artificial earthen causeways and canals,... large urban settlements, and intensive farming systems. Indeed, aerial photographs of this immense region show patterns of canals and causeways that stretch from horizon to horizon. This is truly a remarkable, virtually unexplored region of ancient human endeavor. Even the geology of the region staggers the imagination. The Llanos de Mojos is a shelf of alluvial deposits 3,000 meters (2 miles) deep! (Mann, Charles C.; "Earthmovers of the Amazon, Science, 287:786, 2000.) Comment. The earth-and-water cultures of the Llanos de Mojos should be compared to the "hydraulic civilization" of ancient Sri Lanka. (MSC7-X3 in Ancient Infrastructure ) From Science Frontiers #132, NOV-DEC 2000 . 2000 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI, JFK, MI5, NSA, etc) Homeworking.com . Free resource for people thinking about working at home. ABC dating and personals . For people looking for relationships. Place your ad free. ...

... . The line was observed to be a wave. "It was about 10 minutes after the first sighting that the vessel passed over the wave, which was approximately 4 m [13 feet] high, and she heeled 5 to port while the autopilot deviated 3 off course. At the time of the event, there was a low swell of 1.0 m from 320 and the sea was 0.5 m from 360 . The current was estimated to be 2.5 knots running to the west." (Talbot, A.P .; "Unusual Wave," Marine Observer, 69:10, 1999.) Comment. The wave could not have been a tsunami because it was travelling too slowly. Tsunamis travel at jet speed and are rarely visible on the deep ocean. Since the wave was solitary and four times the height of the gentle swells, it is unlikely that it was a chance combination of the swells. Most likely it was a surface manifestation of an internal wave that had been reflected from an undersea obstacle like the continental shelf. From Science Frontiers #122, MAR-APR 1999 . 1999-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 133: JAN-FEB 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Rochester Residents See Mirage Of Canadian Shore 65 Miles Distant May 16, 1921. Rochester, NY. On this day, many citizens climbed to the roofs of tall buildings to view a splendid mirage of the Canadian shore located 65 miles north of the city. The weather was very clear, and the mirage rested high in the northern sky. The colors were a deep blue and near-black, the uneven shoreline being distinctly depicted against the cloudless sky. An occasional forest appeared darker than the regular line of the mirage and indicated that the shore line displayed was several hundred miles in extent. The mirage disappeared about 4 PM. (Anonymous; "Rochester Sees A Remarkable Mirage of Canadian Shore, 65 Miles Away," New York Times, May 17, 1921. Cr. M. Piechota.) Comment. This mirage is notable for its clarity and distance. An even more remarkable mirage of the same type appears in our catalog Rare Halos, Mirages. In this instance, a mirage of the Snaefells Jokull, an Icelandic peak, was seen from a schooner 335-350 miles distant. Details in GEM2. From Science Frontiers #133, JAN-FEB 2001 . 2001 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . The journal of intelligence and political conspiracy (CIA, FBI, JFK, MI5, NSA, etc) Homeworking. ...

... some 350 years, keen-eyed observers have seen this phenomenon through their telescopes. Nevertheless, the effect is so elusive that many astronomers doubt its physical reality. Additionally, it is easy to doubt the existence of the ashen light because good explanations are as elusive as the light itself. During the past decade, two scientific nails have also been driven into the ashen-light coffin: Spectrographic studies of the upper atmosphere of Venus do detect some nighttime air glow, but it is much too weak to account for the abundant telescopic observations from earth. The Cassini spacecraft did not detect any high-frequency radio noise typical of lightning when it passed close to Venus in 1998 and 1999. This put an end to the surmise that the ashen light was due to rapid, widespread lightning occurring deep inside the planet's thick atmosphere and then blended into a steady glow by atmospheric scattering. (Anonymous; "Case for 'Ashen Light' Weakens," Sky & Telescope, 101:27, May 2001.) Comment. It seems that the ashen-light phenomenon is within an Angstrom Unit of being closed; first, because instruments cannot detect what the human eye sees; and second, and more important, science knows of no physical mechanism that might create the light. This latter attitude is dangerous. For example, the reality of continental drift was dismissed contemptuously for decades for the lack of a physical mechanism to move the continents. For a collection of ashen-light reports, see AVO3 in The Moon and the Planets. An 1897 sketch of Venus as seen ...

... the unique triangular holes characteristic of the "mooring stones" drilled into a boulder resting in a North Carolina stream bed. North Carolina is hardly Viking country no matter how receptive you are to claims of an early and extensive Norse presence in North America. After all, the interior of North Carolina is hundreds of miles from L'Anse aux Meadows, Newfoundland, and nowhere near the site of the infamous Kensington Stone in Minnesota. Yet, several hundred of these Viking mooring stones have been found all the way from Canada south to Missouri. Most, however, are clustered in Minnesota. For those unfamiliar with this unusual artifact, it is the curious triangular holes that are diagnostic of the Viking mooring stones. These holes are essentially identical everywhere: an inch across, 4-5 inches deep, triangular in cross section, with neatly rounded corners. The saga is reviewed in our catalog Ancient Infrastructure . Cross section of one of the strange triangular holes found in boulders. Note the rounded corners. Drillers and purpose are unknown. Our purpose here is to flag a recent article in Ancient American that tells of the discovery of still more of the Viking mooring stones in Minnesota, especially in Pope County. The most interesting feature of this article is the map of Pope County giving the locations and approximate elevations of more than a score of the stones. All lie between 1,100 and 1,400 feet. While small lakes exist at these elevations, the stones are all more than 500 feet above Lake Superior. If the Vikings did somehow penetrate into the Great Lakes ( ...

... Science Frontiers ONLINE No. 87: May-Jun 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The vent glow and "blind" shrimp In 1988, when the research submersible Alvin was exploring those remarkable hydrothermal vents or "black smokers." Its CCD (Charge-Coupled Device) camera detected a ghostly glow emanating from the vents. Since this mineral-laden water gushing from these cracks in the deep-sea floor exits at 350 -400 C, the simplest explanation of the vent glow is that is is simply thermal radiation from the hot fluid. Indeed, color filters on the camera recorded a spectrum close to that of a 350 C plume. But the deep-sea shrimp camped around the vents have raised second thoughts. The shrimp, only a few inches long, live in the perpetual darkness of the miles-deep vents. They do not need and do not have ordinary eyes. Rather, they sport a mysterious organ on their backs that is connected to their brains by a nerve-fiber bundle much like an optic nerve. This organ is packed with the same light-sensitive pigments found in the eyes of surface creatures. Despite its unusual location on the shrimp, it is an "eye" of sorts. But of what use is it in the Stygian abysses? To find, perhaps, vent glows that betray the presence of chemosynthetic food sources. If this is so, the shrimps' optical organ, which is most sensitive in the blue-green portion of the spectrum, is ...

... 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 It Came From Within Life did, that is! Forget that warm little pond where life incubated according to all the textbooks. Instead, says T. Gold, an iconoclastic Cornell physicist, life began in rocky fissures deep down in the earth's crust. The idea is not as unlikely as it sounds. Look at the most primitive life forms we know, the archaebacteria. They like heat, need neither air nor sunlight, and prosper on sulfur compounds for sustenance. Such bacteria are today found in boreholes as deep as 500 meters, in thermal springs, and around deepsea vents. Gold surmises that these archaebacteria migrated to the surface long ago, where they evolved into higher forms of life. "Gold argues, moreover, that the earth's interior would have provided a much more hospitable environment for proto-life four billion years ago than the surface would have, ravaged as it was by asteroids and cosmic radiation. And if life emerged within the earth, then why not within other planets? 'Deep, chemically supplied life,' Gold says, 'may be very common in the universe.'" (Horgan, John; "It Came from Within," Scientific American, 267:20, September 1992.) From Science Frontiers #84, NOV-DEC 1992 . 1992-2000 William R. Corliss ...

... terrains indicate that the final glacial epoch occurred late in Martian history. Thus, Mars may have had a relatively warm, moist climate and dense atmosphere much later than previously believed." (Kargel, Jeffrey S., and Strom, Robert G.; "Ancient Glaciation on Mars," Geology, 20:3 , 1992.) If Mars was warm and wet not too long ago, as implied above, perhaps life did gain a foothold there through either independent invention or, perhaps, through seeding by template-carrying comets or meteorites. P.J . Boston et al have investigated one possible Martian ecosystem: "We have reexamined the question of extant microbial life on Mars in light of the most recent information about the planet and recently discovered nonphotosynthetic ecosystems on Earth -- deep sea hydrothermal vent communities and deep subsurface aquifer communities. On Mars, protected subsurface niches associated with hydrothermal activity could have continued to support life even after surface conditions became inhospitable. Geochemical evidence from the SNC meteorites and geomorphological evidence for recent volcanism suggest that such habitats could persist to the present time...We suggest a possible deep subsurface microbial ecology similar to those discovered to depths of several kilometers below the surface of the Earth." (Boston, Penelope J., et al; "On the Possibility of Chemosynthetic Ecosystems in Subsurface Habitats on Mars," Icarus, 95:300, 1992.) Comment. Although Boston et al speak in terms of microscopic Martian life, there is no reason why chemosynthetic life forms could not be large -- perhaps even large enough to ...

... Science Frontiers ONLINE No. 104: Mar-Apr 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Reinventing The Neandertals The public image of the Neandertal is that of a brutish, hardly human creature clad in a ragged skin and unable to speak save for a few grunts. Forget that picture. Several hundred meters deep inside a cavern near Bruniquel, in southern France, spelunkers stumbled across a complex quadrilateral structure, 4 x 5 meters in extent, built up from chunks of stalactites and stalagmites. Within its "walls" they found a piece of burnt bear bone that was later carbondated as at least 47,600 years old. A burnt bone and a geometrical structure certainly suggest the work of an intelligent creature, as does the site's great distance from the surface. Torches would have been a necessity that far in. That 47,600-year figure, though, presents a problem. The first Cro-Magnons didn't filter into western Europe until about 35,000 BP. According to the accepted anthropological schedule, only those subhuman Neandertals inhabited that part of France in 47,600 BP. So, we must conclude that the Neandertals knew well the sophisticated use of fire. They also had enough curiosity to venture deep into the earth, where for some unknown purpose they piled together an enigmatic structure. All this also seems to require more information transfer than possible with a few "ughs"! (Balter, Michael; "Cave Structure Boosts Neandertal Image," Science, 271:449, ...

... . Waller has visited rock art sites in Europe, North America, and Australia. Standing well back from the painted walls, he claps or creates percussion sounds, and records the echos bouncing back. A casual observer might be tempted to call 911. It turns out, though, that rock art seems to be placed intentionally where echos are not only unusually loud but are also related to the pictured subject matter. Where hooved animals are depicted, one easily evokes echos of a running herd. If a person is drawn, the echos of voices seem to emanate from the picture itself! "At open air sites with paintings, Waller found that echos reverberate on average at a level 8 decibels above the level of the background. At sites without art the average was 3 decibels. In deep caves such as Lascaux and Font-de-Gaume in France, echos in painted chambers produce sound levels of between 23 and 31 decibels. Deep cave walls painted with cats produce sounds from about 1 to 7 decibels. In contrast, surfaces without paint are 'totally flat'." What did the ancient artists have against cats? (Dayton, Leigh; "Rock Art Evokes Beastly Echos of the Past," New Scientist, p. 14, November 28, 1992.) From Science Frontiers #86, MAR-APR 1993 . 1993-2000 William R. Corliss ...

... you will likely find yourself surrounded by scores, possibly hundreds, of scalloped hammerheads, some as long as 13 feet. They will ignore you and the teeming fish as they slowly wheel passively around the submerged mountain. Why do these big sharks congregate in this spot? Marine biologists have been asking this for years. (SF#20) A.P . Klimley and his colleagues decided to find the answer. First, by direct observation, they determined that the sharks' main purpose was not pro-creation, although some mating did occur. Mainly, the hammerheads just idled away the daylight hours. At dusk, they disappeared. Klimley et al next implanted some sharks with transmitters and followed them at night. This was their feeding time, they swam 10-15 miles to deep waters where they gorged on squid. At daybreak, they were back drifting around Espiritu Santo. Apparently, the mountain was just a place to rest. But how did the hammerheads find their way back so unerringly? Furthermore, by tracking the tagged fish, the researchers found the sharks often precisely followed the same paths in what seemed a featureless ocean. How did they do it? It was quickly ruled out that they were following specific ocean currents or the bottom topography. The hammerheads seemed to possess some sort of unrecognized navigation sense. Suspecting they might be sensing the geomagnetic field, Klimley began towing a magne tometer behind the boat. Sure enough, the hammerheads were following paths coincident with lines of high magnetic gradient. And Espiritu Santo itself turned out to be a sort of magnetic ...

... Science Frontiers ONLINE No. 90: Nov-Dec 1993 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Band Of Turbulence That the ocean deeps also have their "weather" is evident in the following report. While reading it, be aware that it is only the surface manifestation of larger phenomenon which, like the bulk of an iceberg, is concealed from the observer. July 29, 1992. Equatorial Atlantic. Aboard the m.v . Enterprise enroute from Saldanha Bay to Las Palmas. "At 1930 UTC a bold linear echo was suddenly noted on the radar screen, as if from a singular, large swell wave running along a line bearing approximately 290 -110 and moving towards the ship in a south-southwesterly direction, see sketch. Although it was night-time, it was light enough to determine visually at a distance of about 1 n.mile, that it was not a large swell wave. At 1947 the vessel was passing through the echo which extended out to 4 n.mile on either side of it and, on observing the water around the ship with the aid of an Aldis lamp, it was noted that there was a great deal of turbulence present. The Enterprise , fully laden with iron ore, suddenly veered 6 to port of her heading of 325 , indicating the strength of the turbulence. The sea prior to this point was only slightly rippled by a light SW'ly wind, force 1-2 . The band of turbulence was approximately 20 m wide and the sea beyond ...

... Science Frontiers ONLINE No. 104: Mar-Apr 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A METEORITIC EVENT LAYER IN ANTARCTIC ICE "Where the East Antarctic icesheet meets the Transantarctic Mountains, old, deep glacial ice is tilted upward and exposed. Within this visible cross section of the icesheet, layers of dark volcanic tephra serve as stratigraphic markers and datable age horizons. Systematic sampling of these layers at a well-known meteorite collection site (the Allan Hills Main Icefield) has revealed a band consisting of unusually dark and rounded particles, many of which are spheroidal. This debris layer (BIT-58) extends parallel to the stratigraphy of the ice established from the tephra bands, and thus apparently marks a single depositional event. Several kilograms of ice from two sites along this band were subsequently collected and melted, yielding a few grams of sediment for further study." Microscopic examination and microprobe analysis led to the following conclusions: "Although direct evidence of an extraterrestrial origin for this debris layer (such as the presence of cosmogenic 10 Be and 26Al) has not yet been obtained, the available data strongly suggest that this sediment originated as meteoritic spallation debris. This debris is distinct from other Antarctic 'cosmic dust' collections by virtue of its uniform, recognizable, ordinary chondrite composition and the consistent relation shown between grain size and texture. The BIT-58 layer probably originated from a single transient event, the passage and/or impact of a single large meteorite over the East Antarctic icesheet." (Harvey, ...

... , a horse-like head, distinct eyes, a visible mouth and either ears or giraffe-like horns. Often Caddy is described as having hair like a seal, and sometimes a mane along its neck." Most interesting is Caddy's body hair, which implies a mammal rather than a reptile. But if it is a mammal, how does it get air, since it surfaces so rarely? Some have suggested that the giraffe-like horns are snorkels! But E. Bousfield, a colleague of LeBlond, thinks that the tubercules reported along the animal's back might be gill-like tissues that would allow a mammal to extract oxygen from seawater! With so little hard evidence, speculation can get pretty wild. (Park, Penny; "Beast from the Deep Puzzles Zoologists," New Scientist, p. 16, January 23, 1993.) Reference. A variety of putative mammals that might qualify as "sea monsters" are cataloged in Chapter BMU in our book: Biological Anomalies: Mammals II. For details, visit: here . From Science Frontiers #87, MAY-JUN 1993 . 1993-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 65: Sep-Oct 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Microorganisms At Great Depths It was a surprise when diverse biological communities were discovered around deep-sea thermal vents, where sunlight is nonexistent and the energy for sustaining life must be extracted from the mineral-charged water gushing from the vents. An analogous situation occurs at great depths in the earth's crust itself, as proven by sampling at three deep boreholes in South Carolina. Number of microorganism colony types at various depths at Site P28. The concentration and diversity of microorganisms (mostly bacteria) at depths as great as 520 meters (1610 feet) below the ground's surface are remarkably high. It makes one wonder what will be found even farther down. To illustrate, more than 3000 different microorganisms have been found in the boreholes. Many of the bacteria are new to science. As the following two paragraphs demonstrate, subterranean life consists of many well-adapted microorganisms working together. "The traditional scientific concept of an abiological terrestrial subsurface is not valid. The reported investigation has demonstrated that the terrestrial deep subsurface is a habitat of great biological diversity and activity that does not decrease significantly with increasing depth. "The enormous diversity of the microbiological communities in deep terrestrial sediments is most striking. The organisms vary widely in structure and function, and they are capable of transforming a variety of organic and inorganic compounds. Regardless of the depth sampled, the microorganisms were able to perform the cycling of carbon, nitrogen, sulfur ...

... Science Frontiers ONLINE No. 72: Nov-Dec 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Baikal's deep secrets Lake Baikal, in Siberia, requires many superlatives in its description. It is the deepest lake, 1637 meters; the oldest lake, 20-25 million years; and home to the richest array of lake life, both in terms of biomass and recorded species. There are found here 1550 species and variants of animals plus 1085 plants. Over 1000 of these species of life are found nowhere else. The sediments de-posited on the lake floor are of astounding thickness. Bedrock lies 7 kilometers below the lake surface in some spots. With a maximum depth of 1637 meters, we find by subtraction places where more than 5 kilometers of sediment have collected. The diversity of Baikal's life is remarkable in itself, but there are two aspects of it that approach the anomalous: (1 ) Baikal's seals are 1000 kilometers of so from salt water. How did they get there and when? (2 ) Hydrothermal-vent communities have been discovered at a depth of about 400 meters in the northern part of the lake. These communities contain sponges, bacterial mats, snails, transparent shrimp, and fish; some of which are new to science. Baikal's thermal vents are the only ones known in freshwater lakes. Their rela tion to saltwater vent communities has not yet been explored. (Stewart, John Massey; "Baikal's Hidden Depths," New Scientist ...

... Science Frontiers ONLINE No. 67: Jan-Feb 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Really-deep rivers "Ecologists studying rivers have discovered a vast subterranean world filled with dozens of previously unknown species of worms, shrimp, insects and microscopic organisms that live in the groundwater below the stream channel and sometimes for miles on each side." The quotation above once again evokes the concept of "crevicular structure" in the crust. The crevicular world is that immense, unappreciated maze of underground space created by cracks in the rocks, solution channels, permeable gravels, and so on. In the article reviewed here, a crevicular realm has been discovered underneath river beds. But this is just a special case of a subterranean world found many places beneath the surface -- even under the continental shelves. The surface waters we see are just (to use an aquatic metaphor) the tip of the iceberg! Sub-river life lives far under the beds of the great Alaskan rivers and even small desert streams in Arizona. Preliminary exploration has shown that fluid-and life-filled crevicular structure exists at least 30 feet under river beds and may extend several miles to either side. For example, water wells drilled two miles from the Flathead River, in Montana, yield immature stoneflies. J. Stanford, Director of Montana's Flathead Lake Biological Station states, "We have basically enlarged the concept of what a river is." He and his colleagues have found at least a dozen new species in the crevicular ...

... purpose of sensing the ambient magnetic field and orienting themselves. Similar bacteria have recently been discovered living in ordinary soil in Bavaria. It is near-certain that they will now be found just about everywhere. J.W .E . Fassbinder et al, who reported the Bavarian bacteria, conclude their Abstract with: "We suggest that the magnetic bacteria and their magnetofossils can contribute to the magnetic properties of soils." (Fassbinder, Jorg W.E ., et al; "Occurrence of Magnetic Bacteria in Soil." Nature, 343:161, 1990.) Comment. It is easy to reach great heights of speculation given the facts that: (1 ) magnetic bacteria exist; (2 ) bacteria in general are exceedingly abundant; and (3 ) bacteria are found deep inside the earth's crust and, seemingly, just about anywhere one cares to look. Now, let's see how ridiculous one can get: Magnetic bacteria and/or their fossils contribute heavily to the magnetic properties of sedimentary rocks and unlithified sediments, such as deep-sea sediments. In fact, magnetostratigraphy and paleomagnetism in general may be based upon bioartifacts and be suspect. Magnetic bacteria and/or their fossils are present in such immense numbers deep in the crust that they contribute significantly to the earth's magnetic field. They "might" even be responsible for most of it, including its his torical behavior. Magnetic bacteria, as agents of Gaia, actually constructed the earth's magnetic field for the specific purpose of erecting a shield against space radiation, ...