... references, LC 90-60568, ISBN 915554-24-0 , 7x10 format. Unknown Earth: A Handbook of Geological Enigmas Out of print Hardcover, 833 pages, January 1980, ISBN: 0-915554-06-2 Astronomy Catalogs For a full list of astronomy subjects, see here . The Moon and the Planets; A Catalog of Astronomical Anomalies Sorry: Out of Print. No longer available. From our own moon's cratered surface to the red, rock-strewn plains of Mars, the Solar System is a fertile field for scientific research. Despite centuries of observation, each new spacecraft and telescope provides us with new crops of anomalies [Picture caption: One drawing of the Venusian radial spoke system] Typical subjects covered: The ashen light of Venus * The Martian 'pyramids' * Kinks in Saturn's rings * Continuing debate about the Voyager life-detection experiments * Neptune's mysterious ring * Evidence of water on Mars * The grooves on Phobos * The two faces of Mars * Lunar clouds, mists, "weather" * Ring of light around the new moon * Dark transits of Jovian satellites * Io's energetic volcanos * Jupiter as a "failed star" * Venus-earth resonance Comments from reviews: "The author is to be commended for his brilliantly conceived and researched volume", Science Books. 383 pages, hardcover, $18.95, 80 illustrations, 4 indexes 1985. 988 references, LC 85-61380, ISBN 915554-19-4 , 7x10 format. The Sun and Solar System Debris ...

... Science Frontiers ONLINE No. 134: MAR-APR 2001 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Missing Martian Meteorites Scientists scouring the Antarctic snowy wastes have collected 13 so-called SNC meteorites, which by virtue of their compositions are likely from Mars. These tiny chunks are believed to have been blasted off the Martian surface by five or six impacts of much larger meteorites. All save one of these Martian meteorites have formation ages of about 1.3 billion years. The only part of the Martian surface believed to be 1.3 billion years old is the TMOM (Tharsis Montes and Olympus Mons) region. The rest of Mars -- about 90% of it is much older. To have 12/13ths. of the Martian meteorites originate from 1/10th. of the planet's surface is highly unlikely. Something is wrong somewhere; probably a bad assumption. And what about that 13th. meteorite that did not get ejected from the TMOM region? This is ALH 84001, the controversial meteorite that contains strange worm-like structures resembling terrestrial bacteria. (See SF#130, #116, #110, #108, and #101.) (Taylor, Richard L.S ., and Mittlefehldt, David W.; "Missing Martian Meteorites," Science, 290:273, 2000.) From Science Frontiers #134, MAR-APR 2001 . 2001 William R. Corliss Other Sites of Interest SIS . Catastrophism, archaeoastronomy, ancient history, mythology and astronomy. Lobster . ...

... and Identified the earth as the most likely perpetrator of this celestial catastrophism. Day's abstract follows: Mars has surface features that are not seen on inner planets or moons. These are hemispheric asymmetries, idiosyncratic surface fracturing, localized vulcanism, altitude differences, chains of pits, and the nature of dry river-like channels. Other features include extensive loss of an early atmosphere and liquid water. There is interest in the lower-altitude northern region, with its surface formed after the period of heavy bombardment, as a possible ocean basin. The evidence for this is very sparse: no river deltas, no river networks, little debris at the ends of the catastrophic flow channels. The surface is consistent with the stripping anticipated by a Roche-limit encounter. The low-density Martian moons appear to be unconsolidated material of higher density; they appear to be from low-gravity aggregation of that part of the Martian debris that went into orbit as a short-lived ring. A Roche-limit encounter is invoked as a reasonable hypothesis to explain these features. Earth, Mars' nearest planetary neighbor, may have provided that encounter. The Roche limit is 2.9 Earth radii. The Roche limit is that distance within which Mars would begin to be torn apart by the gravitational pull of nearby Earth. (Day, Richard A.; "A Roche-Limit Encounter Explains Martian Features," Society for Scientific Exploration paper, 2000.) Comment. Anomalists with long memories will see immediately that Day's theory is displaced Velikovskyism. Velikovsky had Venus straying ...

... Science Frontiers ONLINE No. 129: MAY-JUN 2000 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Extremophilic Terraforming of Mars If we are to colonize Mars, we must make it more earthlike; and that is what terraforming does. Right now, the Martian atmosphere, surface temperatures, level of ionizing radiation, and noxious soil are inimical to delicate, complex life forms, such as us. But these hostile Martian conditions are easily endured by some bacteria, such as Deinococcus radiodurans . This bacterium, one of the extremophiles, lives in our sewage systems and other unpleasant places. It can survive desiccation, freeze-drying, and high radiation levels. D. radiodurans can do more than survive on Mars. It can begin to detoxify the soil and prepare the way for other pioneer microorganisms. And even more: What D. radiodurans can provide is a microscopic (and therefore easily portable) factory -- a kind of terra-forming toolkit -- from which any number of products potentially can be derived. Whether it is engineered to reduce metals, produce drugs for ailing astronauts or simply manufacture the polymers necessary for the production of thread, D. radiodurans , one of the world's oldest bacteria, may provide a means of expanding the limits of human imagination beyond the written sci-fi page. (Slotnick, Rebecca Sloan; "Extremophilic Terraforming," American Scientist, 88: 124, 2000.) Comment. Perhaps D. radiodurans is the oldest bacterium on earth. Having arrived eons ago on ...

... Science Frontiers ONLINE No. 82: Jul-Aug 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Warm, wet, fertile mars Mars may not be orbited by huge artificial satellites of alien provenance, but its geological history is looking more and more as if could have supported or perhaps still does support life. "A large number of anomalous landforms on Mars can be attributed to glaciation, including the action of ice and meltwater. Glacial landscapes are concentrated south of lat -33 and in the Northern Plains suggesting vast Austral and Boreal ice sheets. Crater densities on the glaciated 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 ...

... Science Frontiers ONLINE No. 82: Jul-Aug 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Phobos Mystery Object On March 28, 1989, Russian ground controllers suddenly and unexpectedly lost contact with their spacecraft that was shadowing the Martian moon Phobos. The last close-up photo of Phobos snapped by the spacecraft contained "an object which shouldn't have been there." Naturally, this Phobos Mystery Object (PMO) was quickly dubbed a UFO by some. It was even speculated that the Russian mission had been deliberately terminated by aliens! Such a scenario dovetailed neatly with the old speculations that Phobos is actually an artificial satellite of Mars, which is being used as a base of operations by someone or something. The final photo of Phobos, taken in infrared light just three days before the communication failure, reveals the outlines of both Phobos and the PMO. All surface detail is washed out, as is common in infrared photographs. If the PMO was at the same distance as Phobos itself, it would be about 2 kilometers wide and 20 long. Its surface brightness is the same as that of Phobos. The sides of the PMO are perfectly parallel; it is rounded at both ends; the end towards Phobos narrows slightly; the other end seems to have a slight protrusion. Since the PMO does not appear to have a metallic surface and displays no antennas or other indicators of artificiality, it is reasonable to ask whether it might be some natural phenomenon. One possibility is that the PMO image is only ...

... Science Frontiers ONLINE No. 79: Jan-Feb 1992 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A Martian Riddle Adaptation of J. Channon's sketch of the "Face on Mars" emphasizing its similarities to the Sphinx. (From: Pozos, Randolfo Raphael; The Face on Mars , Chicago, 1986, p.50) Once again we return to cold, desertlike Mars, which still clings to a thin, oxygen-less atmosphere and where, some say, the artifacts of a long-dead intelligent race may be seen. A livable Mars in past eons is not a physical impossibility. Some scientists argue that Martian geological and geochemical data: ". .. are consistent with past conditions on Mars that were favorable to earth-like life forms: Abundant liquid water and an atmosphere that was dense and warm, and possibly rich in oxygen." That life -- intelligent life -- once thrived on Mars is suggested by photos taken of the Martian surface by Viking spacecraft: "Images of the surface of Mars showing, at several sites what appear to be three carved humanoid faces, of kilometer scale, and having similar anatomical and ornamental details between all three. Appearing with these objects are numerous other objects and suface features that resemble Earth-like archaeological ruins, of a Bronze Age culture, with no evidence of advanced technology or civilization." The Martian faces, pyramids, and cities are the foundation of the Cydonian Hypothesis: "That Mars once lived as the Earth now lives, ...

... Science Frontiers ONLINE No. 74: Mar-Apr 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Gaia on mars?H.L . Helfer, University of Rochester, noting the absence of extensive cratering on the northern plains of Mars, suggests that some 2-3 .5 billion years ago these plains were covered with oceans. These ancient seas, perhaps as much as 700 meters deep, protected the plains from direct impacts. Further, crater density counts for Chryse and the Martian highlands imply that Mars possessed a fairly dense atmosphere until about 1.5 billion years ago. In his Abstract Helfer speculates as follows: "With both early Earth and early Mars having similar atmospheric compositions and not too dissimilar atmospheric structures, it is reasonable to suppose that the warm Martian oceans, like the ancient oceans of Earth, would develop anerobic and aerobic photosynthesizing prokaryotes and structures like stromatolites. Their development might have changed the Martian atmosphere. Their fossils might be found along the fringes of the old oceans, the northern lowland plains." (Helfer, H.L .; "Of Martian Atmospheres, Oceans, and Fossils," Icarus, 87:228, 1990.) Comment. The Gaia influence is seen in the molding of the Martian atmosphere into something more conducive to the development of life. One can also speculate that, if life did develop on Mars, it could have seeded the earth via bits of debris blasted off by meteorite impacts. Several meteorites picked up in Antarctica are thought to have come from Mars ...

... corn circles found in southern Britain. "Max and Nancee Jolly, farmers at Turiff West, found 12 rings in their wheat crop. Each ring was 12 metres across and rock-hard in the middle. 'The wheat in the rings was bent over at the base but not damaged in any other way.' said Nancee Jolly." The Australian Sceptics suspect pranksters. (Anonymous; "More Circles," New Scientist, p. 23, August 11, 1990.) An article in a Perth newspaper puts the number of wheat circles in Victoria at 400, as of July 9. That's a lot of work for hoaxers! It is also said that the soil in the rings is "magnetically altered," whatever that means. (Anonymous; "Outback Martian Rings Riddle," Perth Daily News, July 9, 1990. Cr. P. Norman via L. Farish) Plasma vortex picked up by radar. "Japanese and British meteorologists are investigating a link between a fastmoving object crossing the Pacific and the mysterious appearance of crop circles in English fields. "A ship from Tokyo University's Ocean Research Institute was in the Pacific when its radar equipment located a large object travelling more than four times the speed of sound. The radar discounted it as an aircraft because of its size, 400 metres across, and it sped northwards. "The Japanese scientists identified the object as a plasma vortex, caused by freak weather. The phenomenon is similar to ball lightning and believed to be generated by 'mini-tornadoes' of electrically- ...

... depth of 1280 m). These channel measurements suggest that flood vel ocities ranged from 32 to 75 m. s-1 and that discharge was greater than 1 km3. s-1 , values larger than those calculated for any other flood event on Mars or Earth." That maximum flood velocity is equal to 170 miles/hour! The erosion features included a -mile-deep pothole. Some temporary lake was likely the source of the flood, although no one sees any surface water on Mars today. (Robinson, Mark S., and Tanaka, Kenneth L.; "Magnitude of a Catastrophic Flood Event at Kasei Valles, Mars," Geology , 18:902, 1990.) Reference. Our catalog: The Moon and the Planets contains a section on the Martian "channels" (AEM1). For ordering information, visit: here . From Science Frontiers #76, JUL-AUG 1991 . 1991-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 62: Mar-Apr 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Recent Martian Rivers Erode Alba Patera Most of the Martian surface is thought to be more than 3.8 billion years old. This portion is densely cratered from a period pf heavy meteorite bombardment. It is also carved by many channels that are thought to have been cut in ancient times by flowing water, water which quickly escaped into space or combined chemically with Martian minerals. The present atmosphere of Mars, in consequence, contains little water vapor. But some of the Martian landscape, notably Alba Patera, raises questions about the above scenario. The anomalous characteristic of Alba Patera is its relative smoothness and scarcity of impact craters. This Martian real estate is believed to be 2 billion years younger than the rest of the planet. Even so, it, too, is marked by "fluvial" features that resemble stream beds. Question #1 . How did Alba Patera get smoothed out or "reworked"? In other words, what happened to the ancient craters that must have pocked its surface, as they do everywhere else? Question #2 . Where did the water come from to cut Alba Patera's stream beds if all of the Martian water disappeared 2 billion years earlier? One line of thought maintains that "fluvial" does not mean "pluvial," and that Martian water has come from below rather than as rain from the atmosphere. Both fluvial episodes, in this view, occurred when something caused the ...

... 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 Hypnotic Mars As we tried to convey in SF#52, scientists (and most people, in fact) have a strong innate urge to "close the book on problems"; that is, come up with final, absolute solutions. Apparently nature -- Mars, at least -- is not cooperating. When the Mariner and Viking spacecraft found no traces of Martian canals, most astronomers "closed the book" on the century-old Martian canals. Percival Lowell and all the other able astronomers who also saw the canal networks were obviously deluded. Wouldn't you know it, those canals haven't gone away! Consider this testimony of I. Dyer: "As staff photographer and observer at Lowell Observatory during the 1960-61 apparition of Mars, I spent several nights scrutinizing the planet's surface through the 24-inch Clark refractor. At instants of steady seeing I saw, and attempted to photograph, an apparent network of fine lines. Unfortunately, I was unable to duplicate clearly what I saw. Still, several of the more visually distinct 'canals' can be traced on my original prints. each is a composite of the finest four to eight images out of 49. Such prints suppress grain, remove artifacts and enhance detail." The canals thus photographed match some of lowell's well, although some of his detail is lacking. (Dyer, Ivan; "Martian Canals ...

... Science Frontiers ONLINE No. 63: May-Jun 1989 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Life Currents In Space A few of the hundreds of meteorites picked up in the Antarctic wastes have chemical properties consistent with a Martian origin. Calculations, too, support the notion that a large meteoric impact could propel bits of the Martian surface into space where, statistically speaking, a tiny fraction would be captured by the earth's gravitational field. Some of these would fall to earth; others would remain in orbit. Now, the reverse scenario has been investigated numerically. S.A . Phinney and colleagues at the University of Arizona have calculated what would happen to small chunks of the earth's crust if a large meteor impact excavated a 60milewide crater. "Phinney's group used a computer to calculate where 1,000 particles would go if ejected from Earth in random directions, moving about 2.5 kilometers per second faster than the minimum speed necessary to escape. Of the 1,000 hypothetical particles, 291 hit Venus and 165 returned to Earth; 20 went to Mercury, 17 to Mars, 14 to Jupiter and 1 to Saturn. Another 492 left the solar system completely, primarily due to gravitational close encounters with either Jupiter or Mercury that 'slingshot' them on their way." (Eberhart, Jonathan; "Have Earth Rocks Gone to Mars?" Science News, 135:191, 1989.) Comment. One implication from the preceding analysis is that terrestrial bacteria and spores could well ...

... The solar system is generally perceived as evolving with clockwork regularity, yet there are several physical situations in the solar system where chaotic solutions of Newton's equations play an important role. There are physical examples of both chaotic rotation and chaotic orbital evolution. "Saturn's satellite Hyperion is currently tumbling chaotically, its rotation and spin axis orientation undergo significant irregular variations on a time scale of only a couple of orbit periods. Many other satellites in the solar system have had chaotic rotations in the past. It is not possible to tidally evolve into a synchronous rotation without passing through a chaotic zone. For irregularly shaped satellites this chaotic zone is attitude-unstable and chaotic tumbling ensues. This episode of chaotic tumbling probably lasts on the order of the tidal despinning timescale. For example, the Martian satellites Phobos and Deimos tumbled before they were captured into synchronous rotation for a time interval on the order of 10 million years and 100 million years, respectively. This episode of chaotic tumbling could have had a significant effect on the orbital histories of these satellites." Theis abstract continues, naming as other candidates for chaotic histories: some of the asteroids, Miranda (a satellite of Uranus), and the planet Pluto. (Wisdom, J.; "Chaotic Dynamics in the Solar System," Eos, 69:300, 1988. Also see: Kerr, Richard A.; "Pluto's Orbital Motion Looks Chaotic," Science, 240: 986, 1988.) Comment. We have been assured often, particularly in the days of Velikovsky, that the solar ...

... Science Frontiers ONLINE No. 48: Nov-Dec 1986 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The mars-antarctica connection "A study of ice-covered lakes in Antarctica has provided scientists with clues as to what conditions were like on Mars billions of years ago. Sufficient heat and gas would have been trapped beneath the Martian surface to have generated living organisms, such and algae, bacteria, protozoa, and fungi. [What a leap of faith!] But life would have died out as the planet cooled and much of its atmosphere was dissipated. 'It is highly unlikely life could exist on Mars today,' [C .] McKay said. .. .. . "However some scientists have not dismissed the possibility that primitive life may still exist on Mars. 'The chances are remote but life may be located in slushy brines well below the surface, or even inside Martian rocks,' said Howard Klein, who headed the biological experiments on board Viking. Living microorganisms have been found just below the surface of rocks in Antarctica, Klein said." (Anonymous; Antarctica Hints at Why There May Be Fossils on Mars," New Scientist, p. 20, September 4, 1986.) Comment. It is curious that some of the meteorites picked up in Antarctica are thought to have originated on Mars and been blasted off by meteoric impacts. This observation leads to the speculation that terrestrial life might have been seeded from Mars -- meteoric panspermia! Are we all Martians? If you ...

... one of the three life-detection experiments on the Mars Viking landers, have always maintained that the positive results obtained with their experiment were unreasonably overruled by the negative data from the other two experiments. At a recent scientific meeting in Washington, they stated: "It is more likely than not that our experiment detected life on Mars." Their research in the decade following the Mars landings has only strengthened their belief. Further, they have demonstrated that one of the other life-detection experiments producing negative results was not sensitive enough to detect low population levels of microorganisms. Realizing that the no-life-on-Mars dogma is well-entrenched, they looked for other kinds of evidence for life. "In support of their claims, the two researchers presented two photographs of a Martian rock taken years apart by a camera on one of the landers. The photographs show greenish patches which had changed over time. Spectral analysis of the photographs compared favorably with the spectra given out by lichen-bearing rocks on Earth, as seen through a replica of the lander's camera." (Anonymous; "Is There Life on Mars After All?" New Scientist, p. 19, July 31, 1986.) From Science Frontiers #48, NOV-DEC 1986 . 1986-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 37: Jan-Feb 1985 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects When Mars Had Lakes Rhythmic layered deposits can be seen in the Valles Marineris, a large Martian valley. The strata are erosional remnants up to 5 kilometers high, with individual layers 170-220 meters thick. They can be traced on spacecraft photographs for some 50 kilometers. The material making up the strata is clearly different from that of the valley walls. After the layers were deposited, they were deeply eroded by some event in Martian history that seems related to the formation of the great outflow channels associated with Valles Marineris. The author of this American Geophysical Union paper concludes: "The morphology and history of the sediments are consistent with deposition in standing bodies of water early in Martian history." (Nedell, Susan S., and Squyers, Steven W.; "Geology of the Layered Deposits in the Valles Marineris, Mars," Eos, 65:979, 1984.) Comment. The "event" that deeply eroded the Martian deposits may have been similar to the catastrophic emptying of Lake Missoula, which carved out the Channelled Scablands of eastern Washington state as the Ice Ages waned. From Science Frontiers #37, JAN-FEB 1985 . 1985-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 16: Summer 1981 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects A MARTIAN ICE AGE?Long, sinuous depressions called "outflow channels" are concentrated in the equatorial regions of Mars. They clearly resemble terrestrial stream beds and have been attributed to water action. The ancient Spokane Flood that carved our Washington State's channeled scablands is seen as an apt terrestrial analogy. The Martian channels, however, are much larger than the water-eroded terrestrial analogs. The authors of the subject paper suggest that ice rather than water created the Martian channels, pointing out that terrestrial ice-stream and glacier landforms are much closer to the Martian features in terms of scale. (Lucchitta, Baerbel K., et al; "Did Ice Streams Carve Martian Outflow Channels?" Nature, 290:759, 1981.) Comment. This suggests the possibility that earth and Mars may have had synchronous Ice Ages due to solar variations or, perhaps, the envelopment of the entire solar system by a huge cloud of absorbing matter. From Science Frontiers #16, Summer 1981 . 1981-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 7: June 1979 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects White Area In Bottom Of Martian Crater Near the Martian equator, in the bowl of a 58-mile-diameter crater, Viking Orbiter snapped a peculiar white region. Called the "White Rock," the formation is 8.5 x 11 miles in size and possesses an unusual grooved surface. White Rock is too close to the equator to be ice or snow. It is a unique and unexplained feature. (Anonymous; "A Martian Mystery," Astronomy, 7:64, January 1979.) Comment. White Rock looks a bit like an eroded salt plug! If so, the history of Mars will have to be rewritten. White Rock from 707 miles above Mars (NASA photo) From Science Frontiers #7 , June 1979 . 1979-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 12: Fall 1980 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Ephemeral Lines On Mars At first, the close-up Mariner and Viking photos of the Martian surface seemed to dispose of the famous "canals." Few permanent linear features were discovered -- certainly nothing like the complex grid of straight lines sketched and photographed by Percival Lowell. Lowell may be vindicated yet, for at least one sharp, dark line has been photographed by a Viking Orbiter during three Martian springs just north of the great volcano Arsia Mons. Called a "weather wave," this line appears only in the spring when Lowell's canals darkened. This year, a second long line, slightly curved, joined up with the first line at a triangular junction looking suspiciously like one of Lowell's "oases." (Anonymous; "Rare Martian Weather Wave -- with a Kink," Science News, 118: 7, 1980.) Comment. Could it be that the notorious Martian canals are atmospheric features that come and go? For more on the history of the Martian canals and recent observations, see AMO1 in our Catalog: The Moon and the Planets. This volume is described here . From Science Frontiers #12, Fall 1980 . 1980-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 6: February 1979 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Unearthly Life On Mars From the media standpoint -- and therefore that of most people -- the Viking Martian biological experiments were uncompromisingly negative. However, R. Lewis points out that this is simple not so. The labelled-release experiments on both landers produced positive results every time a nutrient was added to fresh Martian soil. (The nutrient was tagged with carbon-14, and radioactive carbon dioxide always evolved, suggesting biological metabolism.) Further, the soil samples, when sterilized by heat, gave uniformly negative results. On earth. such repeatable experiments would be considered strong evidence that life existed in the samples. The reason the Viking experiments were described as "negative" is that the other two life detection experiments produced negative or equivocal results. The gas chromatograph, for example, detected no organic molecules in the Martian soil; and it is difficult to conceive of life without organic molecules. At first, most scientists preferred to explain the ambiguous life-detection-experiment results in terms of strange extraterrestrial chemistry. Nevertheless, strange extraterrestrial life would explain the data equally well. Everyone should be aware that the Viking biology team still considers life on Mars as a real possibility. (Lewis, Richard; "Yes. There Is Life on Mars," New Scientist, 80:106, 1978.) Comment. Most research into the possibility of extraterrestrial life assume "life-as-we-know-it. ...

... Science Frontiers ONLINE No. 8: Fall 1979 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects An oasis on mars -- no palm trees but...Most of the data returned from the Viking Landers and Orbiters confirm a highly desiccated surface for Mars. Life-as-we-know-it would seem to be impossible in such an ultra-dry environment. The Solis Lacus region is an exception. On occasion, Orbiter photos of this region have revealed heavy frosts and fogs. Further, the clouds here have more moisture in them than elsewhere on Mars. Conclusion: Considerably more water exists near the surface of the Solis Lacus region than elsewhere. Since this area was the source of the great 1971 Martian dust storm, one wonders whether the unusual concentration of water has been revealed only because winds have stripped off the normally dry surface layer. (Huguenin, R.L ., et al; "Mars: An Oasis in Solis Lacus," Eos, 60:306, 1979.) Comment. Close-up photos of Mars show many signs of fluid erosion. Abundant water may still remain well below the planet's surface. Reference. Probable wet areas on Mars are cataloged at AME16 in The Moon and the Planets. Ordering information for this book is located here . From Science Frontiers #8 , Fall 1979 . 1979-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 3: April 1978 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Strange Hillocks And Ridges On Mars On the northwestern flanks of the huge Martian volcano Arsia Mons are countless hillocks of undetermined origin. Mostly 100 to 500 meters in diameter, the hillocks cover the edge of the volcano flank. In addition, the outer edge of the flank is surrounded by dozens of parallel ridges that stretch lengthwise for hundreds of kilometers, A peculiar feature of the ridges is that they have not been disturbed by craters or flow features; there are not even any variations in surface brightness. One explanation suggests that both hillocks and ridges were created in a huge landslide. (Anonymous; "Strange Hillocks and Ridges on Mars," Science News, 113:43, 1978.) Comment. The hillocks resemble the much smaller terrestrial Mima Mounds. Reference. Martian topographical anomalies are cataloged in Section AME in The Moon and the Planets. Further information on this book is located here . From Science Frontiers #3 , April 1978 . 1978-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 153: May - Jun 2004 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology 5,500-year-old Clusters of Stone Pillars Rock Art and Rock Music Bog Butters Astronomy Parallel Double Meteor Trails Martian Bunnies? Inflation Inflated Biology Genome Fusion in Radically Different Species Animal Fasting in the Wild Nanotubular "Highways" Connect and Trap Cells Geology Hydroplaning in Geology Sand Dunes Invisible at Ground Level Another "Cookie-Cutter" Event Geophysics Will-O -The-Wisps Sicilian Sparks Psychology A Strange Property of Hyperlexia Chemistry The Darwinian Breeding of Nanostructures One "Pathological Science" May Not Be So Sick After All! ...

... Science Frontiers ONLINE No. 137, Sep-Oct 2001 Other pages Home Page Science Frontiers Online All Issues Last Issue Next Issue Sourcebook Project Sourcebook Subjects Contents Archaeology Alaska's "Mummy People", Where they Ainus? Granite-Working in Ancient Egypt Astronomy The Ashen Light of Venus Martian "Flares" Solar Model Confirmed, But Standard Model Crippled Biology Bird's Eggs as Information Carriers Unexpected Signals Within Life Forms Mysterious Losses and Acquisitions of Color Vision Geology Fuzz in the Climate Record The Missing Helium Geophysics The Long Reach of the Hawaiian Islands The Ship-Swallowers An Expanding Semicircle of Light in the Night Sky Psychology Phantom Bodies Sex and TGA Unclassified Something Rotten at the Core of Science Luck or Fate? ...