The Michigan Engineer News Center

Marc Edwards’ “Flint and Washington D.C. Drinking Water Lead Crises” video

Marc Edwards discussed lead in drinking water crises in Flint, Michigan, and Washington, D.C. in the annual Weber Lecture at the University of Michigan College of Engineering. | Short Read

On October 25, Marc Edwards (Charles Lunsford Professor of Civil Engineering, Virginia Tech) discussed lead in drinking water crises in Flint, Michigan, and Washington, D.C. in the annual Weber Lecture at the University of Michigan College of Engineering.

Edwards’ lecture is available on YouTube.

The 2001-2004 Washington D.C. lead in drinking water crisis (and its aftermath to the present day) is a unique case study in the history of engineering and scientific misconduct.  The multi-year exposure of an unsuspecting population to very high levels of the best-known neurotoxin was perpetrated by multiple government agencies whose mission was to protect the public health.  These agencies published falsified research reports, covering up evidence of harm and justifying ill-conceived interventions wasting hundreds of millions of dollars and which created even more harm. Aspiring to uphold the duty of scientists and engineers to hold paramount the public good and welfare, Marc Edwards worked alongside collaborators in the public, press and in Congress for over a decade to expose scientific misconduct. Those experiences raise concerns about the veracity of “research” conducted and funded by government agencies, especially in crisis situations when public harm has occurred, as well as the lack of checks and balances on agency power. Moreover, due to our inability to learn from the DC disaster, a similar crisis such as that occurring in Flint MI was inevitable, but in that case after outsiders exposed the problem harm to Flint residents was acknowledged– over $400 million in relief money has since gone to assist in the disaster recovery and several agency employees have been criminally indicted. Flint reminds us that academics have an important role to play in confronting misconduct and environmental injustice-if we do not do so, public trust in science will never be restored.

 

A nail gun attached to an octocopter. Credit: Matthew Romano, Michigan Robotics, University of Michigan.

Roofing drone nails down shingles

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