... Science Frontiers ONLINE No. 6: February 1979 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Strange high-level haze in the arctic Every March and April, the supposedly pristine air of Alaska is defiled by a peculiar haze concentrated at about 10,000 feet. The sky has a whitish, diffuse look; from an airplane the horizon seems to disappear entirely. Is the haze due to pollutants in this remote region? Recent studies indicate two components in the haze: (1 ) Dust, and (2 ) Sulfuric acid droplets. Both of these must be imported because there are no sources of such materials in the arctic. Violent wind storms in the Gobi Desert may carry some dust into the arctic. Strong winds might also transport sulphuric acid from Japanese industries to Alaska. These are speculations, though, and no one is sure where this haze comes from or how far it extends beyond Alaska into the stable, stagnant air over the Arctic Ocean. (Anonymous; "Alaska's Imported Haze," Mozaic, 9:41, September/October 1978.) From Science Frontiers #6 , February 1979 . 1979-2000 William R. Corliss ...

... No. 91: Jan-Feb 1994 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The earth's biosphere, 'tis no thin veneer A recurring theme in SF is the three-dimensionality of terrestrial life. Customarily, life is considered confined to a thin spherical shell of air, water, and earth. But the bits of drillers have demonstrated that life prevails as far down as we can pierce the planet's integument. Now, K.G . Stetter et al: ". .. report the discovery of high concentrations of hyperthermophiles [viz., bacteria] in the production fluids from four oil reservoirs about 3,000 metres below the bed of the North Sea and below the permafrost surface of the North Slope of Alaska. Enrichment cultures of sulphidogens grew at 85 C and 102 C, which are similar to in reservoir temperatures." Stetter et al favor the theory that these hyperthermophiles were injected into the reservoirs through: (1 ) drilling and secondary-recovery operations; and/ or (2 ) natural penetration via faults and seeps. They pointedly distance themselves from the idea, championed by T. Gold, that subterranean bacteria are actually permanent ancient residents of a deep subterranean biosphere. (Stetter, K.O ., et al; "Hyperthermophilic Archaea Are Thriving in Deep North Sea and Alaskan Oil Reservoirs," Nature, 365:743, 1993.) On the other hand, in their comments on the above paper, J. Parkes and J. Maxwell do not shy away from ...

... 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? ...

... Science Frontiers ONLINE No. 75: May-Jun 1991 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The Dinosaurs Of Winter And The Polar Forests It seems appropriate after suggesting above that the dinosaurs might have been frozen to death in a cosmic winter to remind the reader that some of the dinosaurs were pretty tough animals. Many dinosaur fossils have been dug up in Alaska, northern Canada, Siberia, New Zealand, and Antarctica. Not only were some dinosaurs cold-resistant but, seeing many were herbivorous, they were also able to migrate to more temperate climes as the long days of the polar summers waned. The point here is that the dinosaurs as a clan were very adaptable and should have survived severe environmental stress. (Vickers-Rich Patricia, and Rich, Thomas H.; "The Dinosaurs of Winter," Natural History, 100:33, April 1991.) That the polar regions were once covered by lush forests has been underscored by recent discoveries in both polar regions. Stumps of huge trees 45 million years old dot the now-bleak landscape of Axel Heiberg Island far north of the Arctic Circle. In Antarctica, heaps of 3- million-year-old fossil leaves have been found within 400 kilometers of the South Pole. (Francis, Jane E.; "Arctic Eden," Natural History, 100:57, January 1991. Also: Peterson, Christian; "Leafing through Antarctica's Balmy Past," New Scientist, p. 20, February 9, 1991.) ...

... Science Frontiers ONLINE No. 32: Mar-Apr 1984 Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects Grand Canyon Shamed Again Exploration and mapping of submarine canyons cut into the continental shelves of Alaska and Siberia emphasize once again the colossal scale of these crustal gashes: "Erosion of some of the largest known submarine canyons has removed more than 20,000 km3 of former subduction margin between the Aleutian Islands and Cape Navarin, U.S .S .R . The canyons are incised as deeply as 2,400 m into Tertiary sedimentary and igneous rocks that make up the margin and attendant deep sedimentary basins along the outer Bering shelf. Cutting of the seven major canyons probably occurred during low stands of sea level when the Bering shelf was exposed to a depth of about -135 m, which allowed the ancestral Anadyr, Yukon, and Kuskokwim Rivers to carry large volumes of sediment to the outer shelf. Although their positions appear to be structurally influenced, the canyons apparently were cut by combinations of massive slumping and sliding of sediment deposited near the shelf edge and of scouring action of the resulting turbidity currents that carried debris to the abyssal sea floor, where deep-sea fans have formed." (Carlson, Paul R., and Karl, Herman A.; "Ancient and Modern Processes in Gigantic Submarine Canyons, Bering Sea," Eos, 64:1052, 1983.) Comment. The authors believe that submarine slumping and turbidity currents were sufficient to have eroded these huge canyons. Other geologists doubt this. The other ...

... France and Iberia. Stanford said, "We don't know yet what that means." Studies of DNA diversity among New World Indian populations find such large differences that at least 30,000 years would have been needed for these differences to develop. (Assuming, of course, a relatively homogeneous group of initial colonists.) Linguist, J. Nichols, from Berkeley, sees a similar diversity in the languages of New World peoples. Some 140 language families -- half the world total -- are found in the Americas. Nichols estimates that it would have taken a minimum of 40,000 years for such diversification. (Again assuming initial homogeneity.) Nichols also pointed out strong similarities in languages all around the Pacific Rim, from New Guinea north to Siberia, around Alaska, and down the west coast of the Americas. The implication is that many of these peoples derived from the same stock. (Lore, David; "Bering Strait May Not Have Been Only Route to Americas," Columbus Dispatch , February 17, 1998. Also: Gibbons, Ann; "Mother Tongues Trace Steps of Earliest Americans," Science, 279:1306, 1998.) Comment. The Bering Strait fetters have been struck. Above we even see hints that ancient seafaring will soon be allowed. Apparently epigraphic heresy, a la B. Fell, remains anathema. Also verboten: Pedra Furada, that 50,000-year-old site in Brazil. (SF#108, SF#105, SF#112) From Science Frontiers #119, SEP ...

... studied at ground level; and it is of impact origin, as confirmed by upturned strata and grains of shocked quartz. The other two could be volcanic say the skeptics. It will take an expedition to Chad to clarify things. (Kerr, Richard A.; "Impact Craters All in a Row?" Science, 272:33, 1996) A final comment -- at last! All impactcrater chains are relevant to the claim of H.R . Shaw that even the earth's largest impact structures are found in swathes (chains). In his wonderfully heretical book Craters, Cosmos, and Chronicles: A New Theory of the Earth, Shaw mentions several such swathes. One of his chains includes Chicxulub (beneath Yucatan), Manson (Iowa), Avak (Alaska), and three more in Russia. These are giant craters stretched out over much of the planet, not pipsqueak craters athwart a couple states! 50 years from now. In 2050, perhaps someone will wonder why Shaw's vision was rejected so emphatically today. Reference. Impact craters and other topographic anomalies are cataloged in ETC in the catalog: Carolina Bays, Mima Mounds. Ordering information can be found here . From Science Frontiers #106, JUL-AUG 1996 . 1996-2000 William R. Corliss ...

... based on that article. Shaw contends that cosmic projectiles -- asteroids and comets -- have controlled almost all features of the earth's evolution. For example: Impacts have determined the positions of the continents. They have controlled the geomagnetic field. They have created volcanoes and massive basalt flows. They have caused mass extinctions. Of course, for two centuries, other catastrophists have proposed similar dire consequences of giant impacts. But Shaw does introduce three ideas that are worth recording here. Large impact craters occur in swaths. Although this has been suggested before, Shaw has mapped out several swaths where large craters of about the same age are located. His "K -T swath" includes the Chicxulub crater (Yucatan), the Manson crater (Iowa), the Avak crater (Alaska), and three more in Russia -- all of which were gouged out about the time of the Cretaceous-Tertiary (K -T ) boundary. Shaw has plotted several other swaths of different ages. The application of chaos theory to solar system debris. Shaw hypothesizes that nonlinear gravitational effects channel asteroids and comets into the inner solar system in intermittent bursts. The bursts are then captured by the earth and other inner planets, with some of these objects grouped in like orbits. Gravitational feedback occurs from earth to orbiting debris. Shaw believes that the uneven distribution of mass inside the earth -- due probably to the impact that created the moon -- influences where asteroids and comets impact. In turn, these large objects keep smashing into the same regions and their cumulative effect contols ...

... dinosaurs of China and Mongolia did not live in the same type of lush, well-watered environment that existed in North America during the Mesozoic era, when dinosaurs dominated the globe. The dinosaurs of Alberta flourished on a great swampy coastal plain on the edge of a vast inland sea. In ancient China, conditions were much harsher. A modern-day equivalent would be the Great Salt Lake Basin of Utah. Water did exist in vast shallow lakes, but it was often alkaline and high in soda. The vegetation was scrubland with coniferous forests on the higher ground." (Anderson, Ian; "Chinese Unearth a Dinosaurs' Graveyard," New Scientist, p. 26, November 12, 1987.) Comment. To these Gobi observations should be added those above from northern Alaska, all of 70 north latitude, which suggest that dinosaurs also survived in a land where darkness reigned almost six months of the year. It seems that these great beasts could live almost anywhere. Why, then, do most scientists maintain that climatic changes wiped them out? From Science Frontiers #55, JAN-FEB 1988 . 1988-2000 William R. Corliss ...

... Science Frontiers ONLINE No. 14: Winter 1981 Supplement Issue Contents Other pages Home Page Science Frontiers Online All Issues This Issue Sourcebook Project Sourcebook Subjects The China Syndrome In Archeology Bit by bit, evidence accumulates showing that Chinese and Japanese ships visited the American Pacific coast long before Europeans. Indian traditions tell of many "houses" seen on Pacific waters. Chinese history, too, tells a charming account of voyages to the land of Fusang. Even old Spanish documents describe oriental ships off the Mexican coast in 1576. Japanese explorers and traders evidently left steel blades in Alaska and their distinctive pottery in Ecuador. Recent underwater explorations off the California coast have yielded stone artifacts that seem to be anchors and line weights (messenger stones?). One line weight found at 2,000 fathoms is covered with enough manganese to suggest great antiquity. The style and type of stone point to Chinese origins for all these artifacts. Apparently, vessels from the Orient were riding the Japanese Current to North American shores long before the Vikings and Columbus reached the continent. (Pierson, Larry J., and Moriarty, James R,; "Stone Anchors: Asiatic Shipwrecks off the California Coast," Anthropological Journal of Canada, 18:17, 1980.) Reference. Such putative Asian contacts are covered in our Handbook: Ancient Man. A description of this book is located here . From Science Frontiers #14, Winter 1981 . 1981-2000 William R. Corliss ...

... but which were exposed 10,000-12,000 years ago. In situ tree stumps and shellfish-rich paleobeaches are present on these drowned landscapes. A stone tool encrusted with barnacles and bryozoa were recovered from a drowned delta flood plain now 53 m below mean sea level. This is the first tangible evidence that the subaerial broad banks of the western North American Continental Shelf may have been occupied by humans in earliest Holocene and possibly late glacial time. (Fedje, Daryl W., and Josenhans, Heiner; "Drowned Forests and Archaeology of the Continental Shelf of British Columbia, Canada," Geology, 28:99, 2000.) Comment. A map in the referenced report reveals that 12,000 years ago broad stretches of land several hundred kilometers wide bordered Canada, Alaska, and Russia. Not only could this exposed land have encouraged entry into the New World (as long-theorized), but the universal 500-foot drop in sea level provides ample opportunity to speculate about Atlantis and other drowned cities of earlier cultures now lost in time. One can imagine vast human-occupied plains abutting the steep, exposed edges of today's continents, then fringed withgreat waterfalls hundreds of feet high as the continents' rivers scoured out the great submarine canyons on modern bathymetric maps. There are few, if any, reliable accounts of this segment of human history, although speculation is rife about an Osirian Age, ancient sea kings, and the like. Finally, one must ask what caused the rapid rise in sea level shown on the graph? Were ...