[Paleopsych] Rise of the Plagiosphere

Steve Hovland shovland at mindspring.com
Fri May 27 13:25:57 UTC 2005

By Ed Tenner June 2005 1 of 1
The 1960s gave us, among other mind-altering ideas, a revolutionary new 
metaphor for our physical and chemical surroundings: the biosphere. But an 
even more momentous change is coming. Emerging technologies are causing a 
shift in our mental ecology, one that will turn our culture into the 
plagiosphere, a closing frontier of ideas.
The Apollo missions' photographs of Earth as a blue sphere helped win 
millions of people to the environmentalist view of the planet as a fragile 
and interdependent whole. The Russian geoscientist Vladimir Vernadsky had 
coined the word "biosphere" as early as 1926, and the Yale University 
biologist G. Evelyn Hutchinson had expanded on the theme of Earth as a 
system maintaining its own equilibrium. But as the German environmental 
scholar Wolfgang Sachs observed, our imaging systems also helped create a 
vision of the planet's surface as an object of rationalized control and 
management--a corporate and unromantic conclusion to humanity's voyages of 
What NASA did to our conception of the planet, Web-based technologies are 
beginning to do to our understanding of our written thoughts. We look at 
our ideas with less wonder, and with a greater sense that others have 
already noted what we're seeing for the first time. The plagiosphere is 
arising from three movements: Web indexing, text matching, and paraphrase 
The first of these movements began with the invention of programs called 
Web crawlers, or spiders. Since the mid-1990s, they have been perusing the 
now billions of pages of Web content, indexing every significant word 
found, and making it possible for Web users to retrieve, free and in 
fractions of a second, pages with desired words and phrases.
The spiders' reach makes searching more efficient than most of technology's 
wildest prophets imagined, but it can yield unwanted knowledge. The clever 
phrase a writer coins usually turns out to have been used for years, 
worldwide--used in good faith, because until recently the only way to 
investigate priority was in a few books of quotations. And in our 
accelerated age, even true uniqueness has been limited to 15 minutes. Bons 
mots that once could have enjoyed a half-life of a season can decay 
overnight into cliches.
Still, the major search engines have their limits. Alone, they can check a 
phrase, perhaps a sentence, but not an extended document. And at least in 
their free versions, they generally do not produce results from proprietary 
databases like LexisNexis, Factiva, ProQuest, and other paid-subscription 
sites, or from free databases that dynamically generate pages only when a 
user submits a query. They also don't include most documents circulating as 
electronic manuscripts with no permanent Web address.
Enter text-comparison software. A small handful of entrepreneurs have 
developed programs that search the open Web and proprietary databases, as 
well as e-books, for suspicious matches. One of the most popular of these 
is Turnitin; inspired by journalism scandals such as the New York Times' 
Jayson Blair case, its creators offer a version aimed at newspaper editors. 
Teachers can submit student papers electronically for comparison with these 
databases, including the retained texts of previously submitted papers. 
Those passages that bear resemblance to each other are noted with color 
highlighting in a double-pane view.
Two years ago I heard a speech by a New Jersey electronic librarian who had 
become an antiplagiarism specialist and consultant. He observed that 
comparison programs were so thorough that they often flagged chance 
similarities between student papers and other documents. Consider, then, 
that Turnitin's spiders are adding 40 million pages from the public Web, 
plus 40,000 student papers, each day. Meanwhile Google plans to scan 
millions of library books--including many still under copyright--for its 
Print database. The number of coincidental parallelisms between the various 
things that people write is bound to rise steadily.
A third technology will add yet more capacity to find similarities in 
writing. Artificial-intelligence researchers at MIT and other universities 
are developing techniques for identifying nonverbatim similarity between 
documents to make possible the detection of nonverbatim plagiarism. While 
the investigators may have in mind only cases of brazen paraphrase, a 
program of this kind can multiply the number of parallel passages 
Some universities are encouraging students to precheck their papers and 
drafts against the emerging plagiosphere. Perhaps publications will soon 
routinely screen submissions. The problem here is that while such rigorous 
and robust policing will no doubt reduce cheating, it may also give writers 
a sense of futility. The concept of the biosphere exposed our environmental 
fragility; the emergence of the plagiosphere perhaps represents our textual 
impasse. Copernicus may have deprived us of our centrality in the cosmos, 
and Darwin of our uniqueness in the biosphere, but at least they left us 
the illusion of the originality of our words. Soon that, too, will be gone.

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