Tech Article Library
Ground Water in the Public Eye: 'A Civil Action', 'Erin Brockovich', etc.
The movie "A CIVIL ACTION" of a several years ago (loosely based on the book of the same title and out on video/DVD), concerning the trial to gain compensation for families in a cancer cluster in Woburn, Massachusetts, and incidentally to determine causes of responsibility for contamination of public wells in Woburn), has resurfaced some issues in ground water safety, how hydrogeologic science is used in a forensic sense, and spun off some discussions on ethics in hydrogeologic science. Plus, after Enron, Arthur Anderson, Woldcom, etc. how do you know that the consulting firm you may hire is professionally and financially ethical and not a pawn to a larger, unethical corporation? All this spawned a flurry of courses, seminars, and discussions (see links provided).
The movie "ERIN BROCKOVICH" (2000) regarding ground water contamination in California (the case was Anderson v. Pacific Gas & Electric), is basically "average citizen beats Town Hall". The main character, Erin Brockovich, portrayed by Julia Roberts, keeps the story moving on the windy road to justice – the uncovered water test results buried deep in the Department of Water, the bureaucrats who liked it that way, the court system, the small law firm, the families who became sick... and the smoking gun which tied the corporate liability to headquarters and led to the largest court settlement of its kind in US legal history." See links. The NGWA solicited comments on the issues it raised back when the movie came out.
Any doubt about hydrogeologic professional ethics such as may have been raised by "A Civil Action" is especially chilling, because hydrogeology deals largely with the unseen, so you end up having to take what your hydrogeologists say on faith. Also – what does that say about some of us when a law clerk with a lot of social problems, instead of ground water professionals, blew the PG&E Hinckley, CA case? And what about business ethics and conflict of interest?
It really is up to hydrogeologists to demonstrate that (1) what they do is important and (2) they are worthy of trust and confidence. If you have doubts about the safety of your ground water source, or want to make sure it stays safe:
Professional Ethics: While we here at Ground Water Science are consulting professionals who work for clients for fees (and we like to be busy and paid). However, we do not compromise our purpose as scientists, which is to discover truth within our capabilities. We do not slant or intentionally prejudge our work. Partners Stuart Smith and Allen Comeskey adhere to the code of professional ethics of our respective certifications (NGWA CGWP and AIPG CPG), and we are each personally committed to impartial, rigorous science. You will find that the vast majority of ground water scientists in private practice are similarly principled. If you have doubts, check around.
The NGWA "Canons of Professional Practice for the Ground Water Profession" (CGWP code of ethics):
The American Institute for Professional Geology (AIPG) has a lengthier and well-formed code of ethics.
Even ethical, professional, dedicated consulting professionals can find themselves answering to higher corporate powers who may be dedicated only to the bottom line or the stockholders, or stuck in conflict of interest situations. As for Ground Water Science:
More information on hydrogeological analysis at groundwaterscience.com:
Here are some links related specifically to the topics of "A Civil Action" (more below on Erin Brockovich):
"Erin Brockovich" (Anderson v. Pacific Gas & Electric) links:
If you would like to suggest links for this page or provide other feedback, please contact Stuart.
Ground Water Science offers information on and conducts rigorous hydrogeologic investigations
Carey has a wellfield developed in Silurian dolomite, but affected by nearby very large quarries and shallow upper Silurian to Devonian karstic “ridge” carbonates vulnerable to surface effects. Work included development of a wellhead protection area delineation based on collecting local geological and hydrologic information and hydrogeologic analysis, and an associated management plan rather than having the OEPA do it for “free”. Information was integrated with CAD and electronic topo maps from several sources in our GIS system with SURFER, and modeling conducted using a MODFLOW-MODPATH package integrated with ArcView and SURFER.
Nonpoint-source water quality mitigation planning is in progress to keep nitrates below government MCLs without water treatment.
Effective control of the recharge area helps to assure that harmful contaminants do not enter the well, especially for wellfields with little protection from surface contamination.