Junk science

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This article is about the concept of spurious information being posited as science. For the studio album by Deep Dish, see Junk Science (album).
"Sound science" redirects here. For the branch of physics, see acoustics.
Further information: Pseudoscience

In the United States, junk science is any scientific data, research, or analysis considered to be spurious or fraudulent. The concept is often invoked in political and legal contexts where facts and scientific results have a great amount of weight in making a determination. It usually conveys a pejorative connotation that the research has been untowardly driven by political, ideological, financial, or otherwise unscientific motives.

The concept was first invoked in relation to expert testimony in civil litigation.[citation needed] More recently, invoking the concept has been a tactic to criticize research on the harmful environmental or public health effects of corporate activities, and occasionally in response to such criticism. In these contexts, junk science is counterposed to the "sound science" or "solid science" that favors one's own point of view.[1] This dichotomy has been particularly promoted by Steven Milloy and the Advancement of Sound Science Center. This is somewhat different from issues around pseudoscience and fringe science.

History[edit]

The phrase junk science appears to have been in use prior to 1985. A 1985 United States Department of Justice report by the Tort Policy Working Group noted:

"The use of such invalid scientific evidence (commonly referred to as 'junk science') has resulted in findings of causation which simply cannot be justified or understood from the standpoint of the current state of credible scientific or medical knowledge."[2]

In 1989, Jerry Mahlman (a proponent of the anthropogenic global warming theory) characterized the theory that global warming was due to solar variation (presented in Scientific Perspectives on the Greenhouse Problem by Frederick Seitz et al.) as "noisy junk science."[3]

Peter W. Huber popularized the term with respect to litigation in his 1991 book Galileo's Revenge: Junk Science in the Courtroom. The book has been cited in over 100 legal textbooks and references; as a consequence, some sources cite Huber as the first to coin the term. By 1997, the term had entered the legal lexicon as seen in an opinion by Supreme Court of the United States Justice John Paul Stevens:

"An example of 'junk science' that should be excluded under the Daubert standard as too unreliable would be the testimony of a phrenologist who would purport to prove a defendant's future dangerousness based on the contours of the defendant's skull."[4]

Lower courts have subsequently set guidelines for identifying junk science, such as the 2005 opinion of United States Court of Appeals for the Seventh Circuit Judge Easterbrook:

"Positive reports about magnetic water treatment are not replicable; this plus the lack of a physical explanation for any effects are hallmarks of junk science."[5]

As the subtitle of Huber's book, Junk Science in the Courtroom, suggests, his emphasis was on the use or misuse of expert testimony in civil litigation. One prominent example cited in the book was litigation over casual contact in the spread of AIDS. A California school district sought to prevent a young boy with AIDS, Ryan Thomas, from attending kindergarten. The school district produced an expert witness, Dr. Steven Armentrout, who testified that a possibility existed that AIDS could be transmitted to schoolmates through yet undiscovered "vectors." However, five experts testified on behalf of Thomas that AIDS is not transmitted through casual contact, and the court affirmed the "solid science" (as Mr. Huber called it) and rejected Dr. Armentrout's argument.[6]

In 1999, Paul Ehrlich and others advocated public policies to improve the dissemination of valid environmental scientific knowledge and discourage junk science:

"The Intergovernmental Panel on Climate Change reports offer an antidote to junk science by articulating the current consensus on the prospects for climate change, by outlining the extent of the uncertainties, and by describing the potential benefits and costs of policies to address climate change."[7]

In a 2003 study about changes in environmental activism in the Crown of the Continent (Flathead) Ecosystem, Pedynowski noted that junk science can undermine the credibility of science over a much broader scale because misrepresentation by special interests casts doubt on more defensible claims and undermines the credibility of all research.[8]

In his 2006 book Junk Science,[9] Dan Agin emphasized two main causes of junk science: fraud, and ignorance. In the first case, Agin discussed falsified results in the development of organic transistors:

"As far as understanding junk science is concerned, the important aspect is that both Bell Laboratories and the international physics community were fooled until someone noticed that noise records published by Jan Hendrik Schön in several papers were identical—which means physically impossible."[page needed]

In the second case, he cites an example that demonstrates ignorance of statistical principles in the lay press:

"Since no such proof is possible [that genetically modified food is harmless], the article in The New York Times was what is called a "bad rap" against the U.S. Department of Agriculture—a bad rap based on a junk-science belief that it's possible to prove a null hypothesis."[page needed]

Agin asks the reader to step back from the rhetoric, as "how things are labeled does not make a science junk science."[page needed] In its place, he offers that junk science is ultimately motivated by the desire to hide undesirable truths from the public.

Use as corporate PR[edit]

John Stauber and Sheldon Rampton of PR Watch say the concept of junk science has come to be invoked in attempts to dismiss scientific findings that stand in the way of short-term corporate profits. In their book Trust Us, We're Experts (2001), they write that industries have launched multi-million-dollar campaigns to position certain theories as junk science in the popular mind, often failing to employ the scientific method themselves. For example, the tobacco industry has described research demonstrating the harmful effects of smoking and second-hand smoke as junk science, through the vehicle of various astroturf groups.

Theories more favorable to corporate activities are portrayed in words as "sound science." Past examples where "sound science" was used include the research into the toxicity of Alar, which was heavily criticized by antiregulatory advocates, and Herbert Needleman's research into low dose lead poisoning. Needleman was accused of fraud and personally attacked.[1]

Fox News commentator Steven Milloy often invokes the concept of junk science to attack the results of credible scientific research on topics like global warming, ozone depletion, and passive smoking. The credibility of Milloy's website junkscience.com was questioned by Paul D. Thacker, a writer for The New Republic, in the wake of evidence that Milloy had received funding from Philip Morris, RJR Tobacco, and Exxon Mobil.[10][11][12] Thacker also noted that Milloy was receiving almost $100,000 a year in consulting fees from Philip Morris while he criticized the evidence regarding the hazards of second-hand smoke as junk science. Following the publication of this article, the Cato Institute, which had hosted the junkscience.com site, ceased its association with the site and removed Milloy from its list of adjunct scholars.

Tobacco industry documents reveal that Philip Morris executives conceived of the "Whitecoat Project" in the 1980s as a response to emerging scientific data on the harmfulness of second-hand smoke.[13] The goal of the Whitecoat Project, as conceived by Philip Morris and other tobacco companies, was to use ostensibly independent "scientific consultants" to spread doubt in the public mind about scientific data through invoking concepts like junk science.[13] According to epidemiologist David Michaels, Assistant Secretary of Energy for Environment, Safety, and Health in the Clinton Administration, the tobacco industry invented the "sound science" movement in the 1980s as part of their campaign against the regulation of second-hand smoke.[14]

David Michaels has argued that, since the U.S. Supreme Court ruling in Daubert v. Merrell Dow Pharmaceuticals, Inc., lay judges have become "gatekeepers" of scientific testimony and, as a result, respected scientists have sometimes been unable to provide testimony so that corporate defendants are "increasingly emboldened" to accuse adversaries of practicing junk science.[15]

Use by scientists[edit]

In 1995, the Union of Concerned Scientists launched the Sound Science Initiative, a national network of scientists committed to debunking junk science through media outreach, lobbying, and developing joint strategies to participate in town meetings or public hearings.[16] The American Association for the Advancement of Science also recognized the need for increased understanding between scientists and lawmakers in its newsletter on Science and Technology in Congress, "Although most individuals would agree that sound science is preferable to junk science, fewer recognize what makes a scientific study 'good' or 'bad'."[17] The American Dietetic Association, criticizing marketing claims made for food products, has created a list of "Ten Red Flags of Junk Science."

Individual scientists have also invoked the concept.[18][19][20][21]

See also[edit]

Notes[edit]

  1. ^ a b Neff RA, Goldman LR (2005). "Regulatory parallels to Daubert: stakeholder influence, "sound science," and the delayed adoption of health-protective standards". Am J Public Health. 95 Suppl 1: S81–91. doi:10.2105/AJPH.2004.044818. PMID 16030344.  Free full-text.
  2. ^ "Report of the Tort Policy Working Group on the causes, extent and policy implications of the current crisis in insurance availability and affordability" (Rep. No. 027-000-01251-5). (1986, February). Washington, D.C.: Superintendent of Documents, U.S. Government Printing Office. (ERIC Document Reproduction Service No. ED274437) p.39:

    "Another way in which causation often is undermined — also an increasingly serious problem in toxic tort cases — is the reliance by judges and juries on non-credible scientific or medical testimony, studies or opinions. It has become all too common for 'experts' or 'studies' on the fringes of or even well beyond the outer parameters of mainstream scientific or medical views to be presented to juries as valid evidence from which conclusions may be drawn. The use of such invalid scientific evidence (commonly referred to as 'junk science') has resulted in findings of causation which simply cannot be justified or understood from the standpoint of the current state of credible scientific and medical knowledge. Most importantly, this development has led to a deep and growing cynicism about the ability of tort law to deal with difficult scientific and medical concepts in a principled and rational way."

  3. ^ Roberts, L. (1989). "Global warming: Blaming the sun". Science 246 (4933): 992–993. doi:10.1126/science.246.4933.992. 
  4. ^ General Electric Company v. Robert K. Joiner, No. 96–188, slip op. at 4 (U.S. December 15, 1997).
  5. ^ Huber, P. W. (2001). Galileo's revenge: Junk science in the courtroom. New York: Basic Books. (Original work published 1991), 191.
  6. ^ Charles H. Sanderson v. Culligan International Company, No. 04-3253, slip op. at 3 (7th Cir. July 11, 2005).
  7. ^ Ehrlich, P. R., Wolff, G., Daily, G. C., Hughes, J. B., Daily, S., Dalton, M., et al. (1999). Knowledge and the environment. Ecological economics, 30, 267-284.
  8. ^ Pedynowski, D. (2003). Toward a more 'Reflexive Environmentalism': Ecological knowledge and advocacy in the Crown of the Continent Ecosystem. Society and Natural Resources, 16, 807–825.
  9. ^ Agin, D. P. (2006). Junk Science: How politicians, corporations, and other hucksters betray us. New York: Thomas Dunne Books.
  10. ^ "Smoked Out: Pundit For Hire", published in The New Republic, accessed 24 November 2010.
  11. ^ PRWatch.com article describing the financial links between Milloy and the tobacco industry, accessed 20 September 2006.
  12. ^ Activity Report, R.J. Reynolds Tobacco Co., December 1996, describing R.J.R. Tobacco's direct input into Milloy's junkscience website. From the Legacy Tobacco Documents Library at the University of California, San Francisco. Accessed 5 October 2006.
  13. ^ a b Minutes of a meeting in which Philip Morris Tobacco discusses the inception of the "Whitecoat Project". Accessed 5 October 2006.
  14. ^ Michaels, David (2008). Doubt is Their Product: How Industry's Assault on Science Threatens Your Health. New York: Oxford University Press. p. 3. ISBN 978-0-19-530067-3. 
  15. ^ Michaels D. (2005). "Scientific Evidence and Public Policy". American Journal of Public Health 95 (S1): 5–7. doi:10.2105/AJPH.2005.065599. PMID 16030339.  Free full-text.
  16. ^ Union of Concerned Scientists. (1998, Winter). Sound science initiative. ASLO bulletin, 7(1), 13.
  17. ^ Sound Science for Endangered Species. (2002, September). In Science and Technology in Congress. American Association for the Advancement of Science. Retrieved November 12, 2006, from http://www.aaas.org/spp/cstc/pne/pubs/stc/stc02-09.pdf.
  18. ^ Merrow, J. (2005, February 23). Unlearning Bad Science. Education Week. Retrieved November 3, 2006, from Public Broadcasting Service Web site: http://www.pbs.org/merrow/news/edweek4.html.
  19. ^ Baron, L. A. F. (2001, February). The Influence of "Junk Science" and the Role of Science Education. Imprimis, 30(2). Retrieved November 12, 2006, from Hillsdale College Web site: http://www.hillsdale.edu/imprimis/2001/february/default.htm.
  20. ^ Murray, B. (2006, November 12). The Methods of Science and Journalism. FACSNET, science and technology. Retrieved November 12, 2006, from Foundation for American Communications Web site: http://www.facsnet.org/tools/sci_tech/methods.php3.
  21. ^ Hill, C. T. (2001). Fifty Years of Science and Technology Policy in Ten Minutes. AAAS Science and Technology Policy Yearbook, 107. Retrieved November 12, 2006, from American Association for the Advancement of Science Web site: http://www.aaas.org/spp/rd/ch7.pdf.

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