Author: William R Corliss
Publisher: Sourcebook Project (www.science-frontiers.com)
Price: .95
Isbn: 0915554623
Rating:

At one time, Charles Fort had 40,000 notes collected over nearly 40 years from journals, papers and books published between 1800 and 1930. Corliss has surpassed that by several tens of thousands, published (single-handedly) in more than 25 of a projected 35 volumes of his Catalog of Anomalies.
He describes his Catalogs as “a massive hoard of scientific enigmas, paradoxes, and esoterica” gleaned from more than 16,000 volumes of science journals and magazines from 1820 to date. “I believe my collection is unique,” he wrote in an introduction. “It transcends modern computerized data bases in its very wide time frame and its focus on the anomalous and curious.” Corliss’s philosophy would merit Fort’s approval: “Anomalies reveal nature as it really is: complex, chaotic, possibly even unplumbable [..] The search itself is everything.”
The introductory sections explain Corliss’s aims, the value to science of studying anomalies, and his category system, around which the entire project, cross-references and indexes are organised.
The focus of this volume, expanded from the 1983 edition with new material, is weather anomalies.
Each of the 10 major categories is subdivided; here are a few examples from each:
• unusual clouds (arches, bands, noisy, electrical, glories, high altitude, holes, and radiating spokes);
• obscurations (dark days, dry fogs and link to epidemics);
• falls (ice, stones, manna, leaves, jelly, fish, insects, dust, objects);
• winds (hurricanes, structures, cycles, lightning, heat);
• incendiary phenomena (spontaneous fires, large scale conflagrations);
• precipitation (huge snowflakes and hail, strew patterns, slow falls, things in hail, volume deluges, luminous rain);
• temperature (dramatic changes and extremes);
• weather related to astronomy (lunar and solar correlations, meteors and comets);
• tornadoes and waterspouts (heat during, multiple walls, pranks, forked, geyser-topped waves); and
• whirlwinds (dust and steam devils, electric vortices, creators of simple ‘crop circles’).
Interestingly, the meteorological literature on crop circles, sampled here, has seriously discussed observations of naturally flattened circles of crops, including simple ‘scattershot’ patterns, suggesting these might well have inspired the early 1980s wave of ‘circle-making’.
This volume has been let down by its printer (the inking is patchy in places) but this in no way affects the astounding quality of Corliss’s data. Four indexes make all entries accessible by date, author, source and subject. Reading is mandatory for serious forteans; but this volume would enlarge any public or school library, where its inspirational content could spread to fresh minds.
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