... -power microscope (say, at 100 x), one can see concentric rings surrounding the impurities. These dark radiohalos or "pleochroic" halos have specific radii and can be used to identify the radioisotopes that produced them. So far, so good; but: "The fact that fully formed, optically visible internal radiohalos in diamonds are now presented casts a considerable shadow over current theories of diamond genesis." Actually, the radiohalos pose three challenges to diamond-genesis theory. Problem 1. The half-lives of the halo-creating radioisotopes are measured in thousands of years rather than the billions prescribed for crystallization. In fact some of the half-lives are only minutes or days long. M.H . Armitage comments: "How could these halos become imprinted if the formative cooling processes involved require such lengthy intervals?" Problem 2. The radioactive impurities producing the radiohalos are very tiny -- about 2-4 micrometers in diameter -- and are highly concentrated. Armitage continues: "What is most difficult to understand is that many of these inclusions and impurities have much lower melting and boiling points than the diamonds in which they are found." Why did the impurities fail to disperse as the higher-melting-point diamond matrix surrounding them slowly cooled down the eons? Photomicrograph (100x) of hollow tubes in a diamond Problem 3. Some diamonds contain a strange, rectangular latticework of radiation-stained hollow tubes. Some of the tubes terminate in radiohalos; some do not. Some reach the crystal surface; most don't . What are ...

... 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 Did darwin get it all right?Believe it or not, the above title appeared in Science rather than the Creation Research Society Quarterly. (We never thought we'd see the day!) And right beneath, in large type, is: "The most thorough study yet of species formation in the fossil record confirms that new species appear with a most un-Darwinian abruptness after long periods of stability." In the article that follows, R.A . Kerr reviews several recent studies of fossil bryozoans and snails. Some of these painstaking dissections of the fossil record were carried out by scientists initially committed to Darwinian gradualism. Even these researchers have been forced to acknowledge that much biological evolution proceeds not in minute steps but by large jumps or saltations. Such abrupt speciation is tough enough to explain, but even more daunting are those species untouched by change over millions, even hundreds of millions of years. Indeed, the major characteristic of the fossil record and, therefore, earth life as a whole, has been stasis rather than speciation, despite all manner of asteroid impacts and climatic traumas. Nevertheless, many biologists think that species are somehow frozen in time by environmental forces that keep them from straying from their little niches. This being so, paleontologist D. Jablonski, University of Chicago, asks: If stability is the rule, how do you get large-scale shifts in morphology? How do you get ...

... Science Frontiers ONLINE No. 103: Jan-Feb 1996 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects But what about the hawaiian volcanic chain?The classical, oft-repeated explanation for the formation of the Hawaiian chain of volcanic islands and submerged sea-mounts -- thousands of kilometers long -- is that the surface lithographic plate has been sliding over a fixed mantle plume. The heat brought to the surface via this plume has created the volcanic chain as the surface plate has drifted over it during the past 73-or-so million years. Obviously, this model is starkly contradicted by the fossil plume under South America (described above) that seems to have been firmly attached to the South American plate for 120 million years. No differential motion there! Now, from a different line of evidence, P.D . Ihinger is challenging the well-entrenched "Hawaiian-volcanic-chain" theory. For example, the Hawaiian volcanoes do not line up exactly. There are dozens of short, overlapping segments rather than a continuous trace across the Pacific basin. On the map, you will also see a sharp dog-leg in the trace. Further, the volcanoes Mauna Loa and Mauna Kea, only 40 kilometers apart, disgorge lavas that are distinctly different. Something is not right! Ihinger postulates a strong mantle current flowing ponderously under the Hawaiian chain, dissecting the rising plume of hot rock into small "plumelets". These discrete blobs of hot rock are dispersed by the current of semi-solid rock ...

... machine). Rather, we might depart slowly, quietly, and mournfully. Of course, Eliot was not thinking of asteroids -- no one foresaw impact havoc in his day. But, his use of the word "whimper" can be attached to another, much slower astronomical agent of planetary death: cosmic dust and gas. Here's the current situation: "For the most part of the past five million years, the Solar System has been moving through a rather empty region of interstellar space between the spiral arms of the Milky Way. But a few thousand years ago, it entered a diffuse shell of material expanding outward from an active star-forming region called the Scorpius-Centaurus Association. Such 'super-bubble' shells of gas and dust result from the formation of massive stars, or the explosion of those stars as they become supernovas, and contain gas and dust clouds of varying densities." The density of matter in this solarsystem-engulfing shell could well shroud our planetary system with dust and gas a million times more dense than that we now encounter. If this happens, the sun's rays would slowly dim and life forms dependent on photosynthesis would expire. P. Frisk, a University of Chicago astronomer, forecasts a "bumpy ride" for earth dwellers during the next 50,000 years; but we think Eliot's "whimper" is more expressive of what might happen. (Jayawardhana, Ray; "Earth Menaced by Superbubble," New Scientist, p. 15, June 22, 1996) Comments. A ...

... ] while the hole in the ice was 54m in diameter. The time of one full rotation was measured at 545s and 575s on 20 and 24 January respectively. Unverified measurements suggest that the time of rotation had been about 8 min a few weeks earlier. The rotation of the ice disc was anticlockwise and for most of the time the disc was in contact with the border ice. This contact point moved clockwise, i.e . the ice disc was not 'rolling' on the walls of the hole. This erosion by contact, which caused a low-frequency sound, explains why the hole in the ice was kept open for months." The ice thickness was 0.43m. Estimated weight of the ice disc = 864 metric tons -- almost 2 million pounds! Formation of the disc began when ice floes formed upstream were captured by a big whirlpool just as the river was beginning to freeze over. As more and more floes accumulated, the disc grew. Friction with the surrounding river ice rounded off the edges until it was nearly a perfect circle Although no deep mystery is involved here, the authors of the referenced article admitted that: "The mechanisms that form and drive the rotating ice disc are not yet known." (Nordell, Bo., and Westerstrom, Goran; "Large Rotating Ice Discs on Ice-Covered Rivers," Weather, 52:17, 1997.) Reference. Ice sometimes exhibits strange phenomena, such as sinusoidal cracks, columnar jointing, and even luminosity. See Chapter ESP in Anomalies in Geology. Ordering information ...

... a powerful magnetic anomaly. The deposit is 12 kilometers long by several wide. At low altitudes, the total magnetic intensity of the earth's field is 60% higher than normal. What happens when migrating birds fly into this magnetic bump? "Although Almerstam found that many migrating birds showed no signs of avoiding the Norberg anomaly, and often managed to keep on the right course as they passed through it, there were definite indications that the birds' orientation might be affected under special circumstances. Some migrants flying at low altitudes, where the magnetic intensity was greatest and the inclination and declination distorted greatly, became disoriented briefly. They nervously landed and then circled around before taking off again. Other birds changed their altitude abruptly, dropping 100 metres in two minutes and breaking up their flock formations." Certainly something is happening, but no one knows what. (Anonmous; "Magnetic Anomaly Upsets Migrating Birds," New Scientist, p. 32, November 5, 1987.) From Science Frontiers #55, JAN-FEB 1988 . 1988-2000 William R. Corliss ...

... Mosier Mounds In past issues (SF#38 and SF#115) we introduced the still-mysterious East Bay walls that stretch for some 50 miles along the foothills bordering San Francisco Bay. The strange, meandering stone lines of the Panamint Valley near Death Valley appeared in AR#3 . In fact, the western states are festooned with curious stone structures. Now we add the Mosier Mounds to this file. On the south bank of the Columbia, near Mosier, Oregon, archeologists have mapped a 30-acre complex of rock walls, cairns, pits, and troughs -- a vertiable maze of lithic structures. (See map.) The most impressive features are alignments of stacked rocks that hug the contours of the slopes. Although their configuration suggests a battlement, the stone formations weave so sinuously that they cannot be defensive in nature. Some anthropologists suggest that these various lithic structures were used for burials, vision quests, and even the physical conditioning of the young men who were given the job of piling up all the stones! No precise dates are available, but the Mosier Mounds probably predate European contact. (Connolly, Thomas J., et al; "Mapping the Mosier Mounds: The Significance of Rock Feature Complexes on the Southern Columbia Plateau," Journal of Archaeo logical Science, 24:289, 1997.) Maps of the main concentrations of Mosier Mounds. The heavier lines represent the stacked rocks. The squares are 20-meters on a side. From Science Frontiers #122, MAR-APR 1999 . 1999-2000 William R. ...

... to these difficult circumstances, JPL-MIPL [Jet Propulsion Laboratory-Mission Image Processing Laboratory] personnel, apparently judging that the controversy over artificiality would not be ended when the actual photo was released, processed the image through two filters having the effect of flattening and suppressing image details. This step is documented at a JPL web site. Here we do image processing correctly and present the results of computer corrections to compensate for the poor lighting and low viewing angle. The actual image shows clearly the impropriety of the JPL-MIPL actions because the visual impression of artificiality persists. However, appearances after a discovery are not a valid basis for drawing conclusions, but only for forming hypotheses for further testing. This is called the a priori principle of scientific method. The 1976 Viking imagery allowed the formation of competing hypotheses, natural vs. artificial origin, and tests to distinguish them. When applied to the high-resolution MGS image of the Face, all artificiality predictions were fulfilled despite a lack of background noise. The combined a priori odds against the natural origin of the Face on Mars are 1021 to 1. (Van Flandern, Tom; "Proof That the Cydonia Face of Mars Is Artificial," Meta Research Bulletin, 9:22, June 15, 2000. Journal address: P.O . Box 15186, Chevy Chase, MD 20825-5186.) Comment. Will conspiracy buffs suspect that something is awry in all this? You bet they will! (Left) The Face as actually photographed by MGS in 1998. (Center) Lighting switched from southeast ...

... Enough high-resolution photos have been taken to prove that these grooves emanate from the large crater named Stickney and run around the satellite to its opposite side where they die out. This suggests that the origin of the crater and the grooves are related. Further, the widest and deepest grooves (700 meters wide and 90 meters deep) are located close to Stickney. On the other side of Phobos, grooves are consistently less than 100 meters wide. Despite these hints of impact origin, the grooves are not quite what one would expect from simple fracture by collision. Some show beaded or pitted structures. Other grooves are composed of irregularly bounded segments. Finally, some of the straight-walled sections seem to have slightly raised rims. Evidently, some internal forces, perhaps stimulated by the formation of Stickney, also played a part. (Thomas, P., et al; "Origin of the Grooves on Phobos," Nature, 273:282, 1978.) Reference. The grooves of Phobos and its other anomalies are catalogued at ALL2 and ALL3 in The Moon and the Planets. To order this book, go to: here . Map of the strange grooves on the Martian moon Phobos From Science Frontiers #4 , July 1978 . 1978-2000 William R. Corliss ...

... terminal Eocene event 34 million years ago. The sudden change in the abundance of forest plants suggests that the winters became much more severe while the summers remained about the same. At about the same time, the radiolaria were devastated by some sort of disaster. This was also the time when the North American tektite strewn field was deposited -- a field that stretches halfway around the world. John O'Keefe hypothesizes that some of the tektites and microtektites that rained down during this period missed the earth and went into orbit around it, forming an opaque Saturn-like ring. This ring might have lasted a million years or more; and its shadow could have caused the extrasevere winters postulated from botanical data. (O 'Keefe, John A.; "The Terminal Eocene Event; Formation of a Ring System around the Earth," Nature, 285:309, 1980.) Comment. Many who have previously speculated about terrestrial ring systems, such as I.N . Vail, were called pseudoscientists! Reference. The North American tektites are the subject of Section ESM3 in our Neglected Geological Anomalies. Ordering information here . Earth's ring shadow From Science Frontiers #12, Fall 1980 . 1980-2000 William R. Corliss ...

... like a star of third or fourth magnitude; the color was a pale white similar to a neon light, with a slight tint of yellow. The brightness was rather steady, with no apparent flicker. The angular width of the group was about 4 degrees, and the central angle of the V was about 150 degrees. It was first visible about 20 degrees above the western horizon and disappeared at about that altitude in the east. The disappearance was gradual, probably as a result of atmospheric extinction. Since the group was in view for approximately two minutes, the mean angular velocity must have been a bit more than one degree per second. All these estimates are approximate of course. No noise was heard during the observation." Noel added that the lights maintained a rigid V-formation. He ruled out birds as the source of the phenomenon. (Noel, F.; "Unidentified Atmospheric Phenomena Observed by an Astronomer," Journal of Scientific Exploration, 7:439, 1993. Journal address: ERL 306, Stanford University, Stanford, CA 94305-4055.) From Science Frontiers #92, MAR-APR 1994 . 1994-2000 William R. Corliss ...

... volume of sediment removed is not the real issue. The first problem emerges downstream from Red Butte at Pierce Ferry. There we find 200 meters of Hualapai limestone, which has been dated at 8.7 million years from a thin layer of volcanic ash within the limestone. When this limestone was laid down, the geology is emphatic that no large, sediment-carrying river was in the vicinity. Most geologists agree that the lower end of the Grand Canyon was not active around this time. No one knows where the Col-orado River was flowing at this period. Some say southwest from Peach Springs; others point to a northwest route into Utah. All the likely alternate routes face serious geological obstacles such as lava barriers. What does seem certain is that the stock explanation of the formation of the Grand Canyon is incorrect. It was not steadily ground out, cutting everdeeper as the whole region was slowly elevated. Actually, geologists believe that the region stopped rising over 50 million years ago. Where, then, did the sediments from a 450-kilometer canyon and the wide areas surrounding its rims go? The present exit of the Colorado near Pierce Ferry was blocked until fairly recently while the Hualapai limestone was being deposited; and other routes don't look too promising. (Rice, R.J .; "The Canyon Conundrum," Geographical Magazine, 55:288, 1983.) Comment. Moral: beware of facile explanations. The data presented, in fact, make one wonder whether all of the erosion might have occurred quite recently (perhaps when ...

... planets do in the solar system. This observation is anomalous itself, because it seems that the laws of orbital motion have been violated. We will save this anomaly for another day, the one we are after now is called: The Winding Dilemma. N. Comins and L. Marschall elaborate as follows: "Stars closer to the center of a spiral galaxy don't have as far to go to complete an orbit as stars located farther from the center. Thus, inner stars should orbit more frequently than outer stars, resulting in a spiral that gradually winds up as the galaxy ages. But observations of spiral galaxies at various distances -- and thus at different stages in their evolution -- have shown that this is not the case. Astronomers believe density waves, stochastic star formation, or perhaps a combination of both processes may sustain or regenerate the spiral pattern." Density waves have recently been applied to explain the spiral rings of Saturn, and now to the arms of spiral galaxies. The density waves are thought to stimulate the condensation of bright new stars as they move through space. A good analogy is the bioluminescent wake of ship in tropical waters. The density waves in a galaxy maintain the spiral pattern with new stars, while the old stars die out (in much less time than it takes for them to orbit the hub) as they orbit out of the spiral pattern. Postulating density waves just raises more questions, as is often the case in science. What causes the density waves? Theory says that the density waves should damp out in under ...

... Science Frontiers ONLINE No. 53: Sep-Oct 1987 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Are the soviet plumes only orographic clouds?F.C . Parmenter-Holt, a NOAA scientist, has reacted to the recent discussions of Soviet plume events as follows: "I believe that these clouds are naturally occurring, orographically-induced formations. When winds blow perpendicular to the 2,500-plus foot glacial ridge, along the northern portion of the island, a long gravitywave pattern is established downwind, on the lee side. The cases collected by Matson show sharp boundaries conforming to the contour of this glacial barrier." The Matson reference is Science News, March 28, 1987, p. 204. (Parmenter-Holt, Frances C.; "Plumes and Peaks," Science News, 131:403, 1987.) Comment. Parmenter-Holt could well be correct in some cases, for wave-like orographic clouds often form in the lee of mountain ranges, such as the Rockies. Some of the plumes, however, extend for 175 kilometers, as described above. This is pretty long for a glacial ridge. Then, too, one should inquire whether such plumes occur near similar ridges in northern climes and not just over Soviet territory. From Science Frontiers #53, SEP-OCT 1987 . 1987-2000 William R. Corliss ...

... Subjects Salt structures on venus?The following quotation is the abstract of a paper appearing in the Bulletin of the American Association of Petroleum Geologists. "The discovery of a surprisingly high deuterium/hydrogen ratio on Venus immediately led to the speculation that Venus may have once had a volume of surface water comparable to that of the terrestrial oceans. We propose that the evaporation of this putative ocean may have yielded residual salt deposits that formed various terrain features depicted in Venera 15 and 16 radar images. "By analogy with models for the total evaporation of terrestrial oceans, evaporite deposits on Venus should be ar least ten to hundreds of meters thick. From photogeologic evidence and insitu chemical analyses, it appears that the salt plains were later buried by lava flows. On Earth, salt diapirism leads to the formation of salt domes, anticlines, and elongated salt intrusions -- features which have dimensions of roughly 1 to 100 km. Due to the rapid erosion of salt by water, surface evaporite landforms are only common in dry regions such as the Zagros Mountains of Iran, where salt plugs and glaciers exist. Venus is far drier than Iran; extruded salt should be preserved, although the high surface temperature (470 C) would probably stimulate rapid salt flow. Venus possesses a variety of circular landforms, ten to hundreds of kilometers wide, which could be either megasalt domes or salt intrusions colonizing impact craters. Additionally, arcuate bands seen in the Maxwell area of Venus could be salt intrusions formed in a region of tectonic stress. These large structures may not be salt features; nonetheless, salt ...

... Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Galactic radiation belt?Both Jupiter and the earth boast radiation belts consisting of electrically charged particles tethered by the planet's magnetic fields. Recent radio astronomical studies of the Milky Way reveal long filaments of ionized gas about 150 light years long curving up out of the galactic disk, at a point about 30,000 light years from earth. These filaments emit radio energy just like the planetary radiation belts and are presumably held in the grip of a galactic magnetic field. There have been previ-ous hints of a weak and disorganized galactic magnetic field, but this is the first evidence for a strong polar field in our own Milky Way or any other galaxy. The unexpected filaments were discovered by in a study of star formation in the core of the Milky Way. The radio energy emitted by the belts was originally thought to come from the galactic machinery that makes new stars; but now it looks like that machinery is not grinding out nearly as many new stars as once thought. (Thompsen, D.E .; "Galactic Dynamoism: A Radiation Belt?" Science News, 126:20, 1984.) From Science Frontiers #35, SEP-OCT 1984 . 1984-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 71: Sep-Oct 1990 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects PALEOMAGNETIC PITFALLS "Magnetism in rocks has provided a traditional tool for studies of the Earth's geomagnetic field. These studies have tended to rely on the assumption that the direction of magnetization was 'frozen in' during formation of the rock. But many sedimentary rocks formed during the Palaeozoic acquired their remanent magnetization through alteration processes that occurred after deposition of the sediment. The causes and geological significance of this phenomenon have been much debated." The foregoing paragraph is enough to send shivers throughout the geological world. Does this undermine paleomagnetism and generalizations flowing from it, such as plate tectonics? The "alteration processes" mentioned in the above quotation include: (1 ) The chemical conversion of pyrite into magnetite in ancient rocks after they were deposited; and (2 ) The reorientation of remanent magnetization following exposure to moderately high temperatures. That these processes can be important is evident in a second quotation: "During the past eight years, however, evidence has accumulated that the remanent magnetization of many carbonate sediments was not acquired at the time of deposition, thereby invalidating some previous interpretations of the palaeomagnetic data. Instead, magnetization seems to have been acquired over a limited time span during the late Palaeozoic, from about 310 to 250 million years ago." (Reynolds, Richard L.; "A Polished View of Remagnetization," Nature, 345: 570, 1990.) Reference. Many other problems afflict paleomagnetism. See: ...

... pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Cracks In The Kaimanawa-wall Story?It was bound to happen. The publicity accorded the Kaimanawa Wall by New Zealand newspapers (SF#107) stimulated the scientific community to take a close look at the controversial "wall." The New Zealand Department of Conservation asked geologist P. Wood for his assessment. "He identified the rock as the 330,000-year-old Rangitaiki Ignimbrite. Following the line of blocks both horizontally and vertically, and photographing them in series, he revealed a system of joints and fractures natural to the cooling process in ignimbrite sheets. What Brailsford [see SF#107] had taken to be manmade cut, stacked blocks were no more than a type of natural rock formation." P. Andrews, the author of this article likened the regular jointing of the "wall" to neatly hexagonal prisms seen in many basalt flows. He supplied two photographs of the "wall." One was like the photo in SF#107 and showed regular joints; the second, from the same outcrop, displayed angled fractures and joints that certainly do not look like the work of humans. (Andrews, Philip; "New Zealand: Recent Ash, Ancient Wall," Geology Today , p. 136, July-August 1996. Cr. R.E . Molnar) Comments. If we receive counter-arguments from proponents of the wall's artificiality, we will add them to this dossier. A similar situation occurs with the more-famous Bimini ...

... powered torch, but, as we went still further and were more or less alongside, we could see it was in fact four swirling shapes, shining white (not very bright, but bright against the night sky). We turned off the car engine and could hear a whooshing noise (like a car a distance away, going fast on a motorway -- but the sound did not come any closer). The national grid reference was ST 866392 approximately. "These four spinning shapes (like the top of a cotton bud -- not dense and solid) went round and round in a clockwise direction. They came together in the middle, out and round and round. They did this several times (once, one went off to the right but came back into 'formation'), and then they came back together and just disappeared." (Haines, David, and Haines, Elaine; "An Observation of Four Luminous Spinning Vortices, 21 July 1991," Journal of Meteorology, U.K ., 17:24, 1992.) Comment. Could the controversial crop circles, common in Wiltshire, be related to these luminous objects, or are they all hoaxes? From Science Frontiers #81, MAY-JUN 1992 . 1992-2000 William R. Corliss ...

... eccentricity (0 .206) are also anomalously high. In one blow. W. Benz, A.G .W . Cameron, and W. Slattery may have solved all three problems. Four frames from a computer simulation of proto-Mercury being stripped of its lighter, outer crust by a collision. Frame times are -1 , + 2.3 , + 7.7 , and + 41.7 minutes after impact. The dark molten sheet of iron in Frame #4 will collapse into a sphere, while the silicates will escape Mercury's gravitational pull. They think Mercury's original, lighter, silicate outer layers were stripped off during the impact of one of the small protoplanets that are thought to have swirled around the inner solar system shortly after its formation. Computations on a supercomputer revealed to these three researchers that, if the protoplanet had hit Mercury at between 20 and 30 kilometers/second, then its dense iron core would have survived pretty much intact. A lower velocity would not have stripped off the lighter outer layers; anything higher would have blasted the whole planet into smithereens. Calculations of this type also suggest that if a protoplanet the size of Mars had hit protoearth, it likewise would have stripped off its light silicate mantle. After this material that had been torn off gravitationally sphericized itself in orbit around the earth, it became--you guessed it - our moon. (Stewart, Glen R.; "A Violent Birth for Mercury," Nature, 335:496, 1988. Also: Anonymous; "Mercury ...

... American ice sheet. As the sheet began to retreat near the end of the glacial age, the water broke through and flowed in torrents down to the Gulf of Mexico and Atlantic Ocean. While flowing under the ice cap, water would have surged in vast, turbulent sheets that sculpted and scoured drumlins. Each flood lasted until the weight of the ice cap once again shut off the outlet of the covered lake, Shaw says." Shaw goes on to estimate that one large drumlin field in Saskatchewan was created when 84,000 cubic kilometers of water was discharged. Just this single episode would have raised global sealevels by about 10 inches in a few days or weeks. Imagine what happened as this water flowed across North America. Many geologists look askance at Shaw's theory of drumlin formation. (Monastersky, R.; "Hills Point to Catastrophic Ice Age Floods," Science News, 136:213, 1989.) Comment. The famous Channelled Scablands in the Pacific Northwest are thought to have been scoured out when an ice dam broke unleashing the Spokane Flood near the end of the Ice Ages. These land forms are described in our catalog: Carolina Bays, Mima Mounds. For details on this volume visit: here . From Science Frontiers #66, NOV-DEC 1989 . 1989-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 121: Jan-Feb 1999 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Starlings Fall Out Of The Sky Late October, 1998. Tacoma, Washington. About 300 starlings dropped out of the sky on this date. Neither poison nor disease was the cause. The birds all suffered crunched chests and blood clots in hearts and lungs. Since starlings fly in tight formations, some speculated they had smashed into the side of a large truck (? ), or perhaps a wind gust had thrown them to earth violently. (Anonymous; "Bird Deaths Still Mystery," Houston Chronicle, October 31, 1998. Cr. D. Phelps. Also: Anonymous; "300 Starlings Drop out of Sky Dead," Scranton Times, October 31, 1998. Cr. M. Piechota.) Comment. A much greater avian catastrophe took place near Worthington, Minnesota, March 13-14, 1904. After a storm, dead and dying Lapland Longspurs were strewn over a wide area. A scientist from the Minnesota Natural History Survey marked off squares in the snow covering two frozen lakes and began counting and counting and counting. On the lakes alone, 750,000 Lapland Longspurs lay dead. It was estimated that 1,500,000 died just in the area around Worthington. The injuries of the longspurs were much like those suffered by the starlings. (Details in our latest catalog: Biological Anomalies: Birds) From Science Frontiers #121, JAN-FEB 1999 . 1999-2000 William ...

... Publishing details: 356 pages, paperback, $18.95, 417 illus., subject index, 1994. 1500+ references, LC 93-92800 ISBN 0-915554-28-3 , 8.5 x 11. Order From:The Sourcebook Project P.O . Box 107 Glen Arm, MD 21057 USA Tel: + 1 (410) 668 6047. Ordering information Prices are in U.S . dollars. Canadian dollars and pounds sterling are accepted at prevailing exchange rates. U.S . customers should add $2 for each order under $30. Foreign customers should add $12.00 per book for airmail mail. Preface from the Book Sorry, out of print Sorry, out of print Science Frontiers II More Anomalies And Curiosities Of Nature Same format as Science Frontiers (Vol. 1) Paperback: 338 pages ISBN: 091555447X $21.95 U.S . customers should add $2 for each order under $30. Foreign customers should add $12.00 per book for airmail mail. Contents Preface List of Project Publications Chapter 1. ARCHEOLOGY Ancient Engineering Works Small Artifacts Epigraphy and Art Diffusion and Culture Chapter 2. ASTRONOMY Planets and Moons Solar System Debris Stars Cosmology Chapter 3. BIOLOGY Humans Other Mammals Birds Reptiles Amphibians Fish Arthropods Invertebrates Plants and Fungi Microorganisms Superorganisms Genetics Origin of Life Evolution Chapter 4. GEOLOGY Topography Stratigraphy Inner Earth Geological Miscellany Chapter 5. GEOPHYSICS Luminous Phenomena Weather Phenomena Hydrological Phenomena Exotic Seismic Signals Anomalous Sounds Atmospheric Optics Chapter 6. PSYCHOLOGY Dissociation Phenomena Hallucinations Mind-Body Phenomena Hidden Knowledge Information Processing Psychokinesis Chapter ...

... the moon from the larger lunar basins. How could an impact on the moon magnetize the antipodal region? The impact of a large silicate meteoroid at speeds of 10 kilometers/second would not only blast out a big crater but it would also create a huge cloud of hot, partially ionized gas. This hot gas or plasma will conduct electricity and interact with lunar magnetic fields. As the plasma cloud spreads away from the impact site, it acts like a bulldozer, compressing the lunar magnetic fields ahead of it, as it envelopes the whole moon and rushes towards the antipodal point. It drives the compressed mag netic field into the surface, permanently magnetizing the rocks at the antipodal point. Voila! Magcons. (Hood, L.L ., and Huang, Z.; "Formation of Magnetic Anomalies Antipodal to Lunar Impact Basins: Two-Dimensional Model Calculations," Journal of Geophysical Research, 96:9837, 1991.) Comment. The earth also sports scars from the impacts of large meteoroids. Are there magnetic anomalies opposite these craters? Even more interesting to check out would be the holes blasted in the earth's biosphere by the converging masses of hot gases at the an tipodal points. Wouldn't there be extinctions seen in the fossil record at these antipodal points? Reference. Magcons are cataloged as ALZ1 in The Moon and Planets. This catalog is described here . From Science Frontiers #78, NOV-DEC 1991 . 1991-2000 William R. Corliss ...

... Sourcebook Project Sourcebook Subjects Everglades astrobleme?Astrobleme means "star wound," and the southern tip of Florida seems to have been wounded by an asteroid or some other celestial projectile. At a recent meeting of the Geological Society of America, E.J . Petuch proposed that the Everglades region received a direct hit from an asteroid about 36 million years ago. The Everglades region is a swampy, forested area surrounded by an oval-shaped system of ridges. Geologists usually maintain that the Everglades represent a collapse feature caused by groundwater dissolving away limestone. (Buildings and cars seem to be swallowed fairly regularly by Florida sinkholes.) Petuch disagrees with the collapse theory and points to the following evidence for an impact origin: 1. The presence of a strong positive magnetic anomaly; 2. Eocene formations, 40 million years old, are missing over the southern Everglades; 3. A network of fractures pervades rock layers older than Eocene; 4. High iridium concentrations, probably of extraterrestrial origin, exist at the Eocene-Oligocene boundary on nearby Barbados; and 5. The oval reef structure that seems to have grown around the impact area as sealevels rose. Some geologists do not concur with the asteroid theory, but they are all reviewing Florida's geological history in a new light. (Weisburd, S.; "Asteroid Origin of the Everglades?" Science News, 128:294, 1985.) Reference. Very large craters and astroblemes are cataloged in ETC in out catalog: Carolina Bays, Mima Mounds, which is described here . Time, of December 9, ...