Late last week, we reluctantly handed over more than 3,000 confidential e-mails to BP, as part of a subpoena from the oil company demanding access to them because of the Deepwater Horizon disaster lawsuit brought by the US government. We are accused of no crimes, nor are we party to the lawsuit. We are two scientists at an academic research institution who responded to requests for help from BP and government officials at a time of crisis.
Because there are insufficient laws and legal precedent to shield independent scientific researchers, BP was able to use the federal courts to gain access to our private information. Although the presiding judge magistrate recognized the need to protect confidential e-mails to avoid deterring future research, she granted BP’s request.
It is the lack of legal protection that has us concerned.
We volunteered our professional time to scrutinize this data and published two peer-reviewed studies in a respected scientific journal. We determined an average flow rate of 57,000 barrels of oil per day and calculated a total release of approximately 4.9 million barrels.
BP claimed that it needed to better understand our findings because billions of dollars in fines are potentially at stake. So we produced more than 50,000 pages of documents, raw data, reports, and algorithms used in our research — everything BP would need to analyze and confirm our findings. But BP still demanded access to our private communications. Our concern is not simply invasion of privacy, but the erosion of the scientific deliberative process.
Deliberation is an integral part of the scientific method that has existed for more than 2,000 years; e-mail is the 21st century medium by which these deliberations now often occur. During this process, researchers challenge each other and hone ideas. In reviewing our private documents, BP will probably find e-mail correspondence showing that during the course of our analysis, we hit dead-ends; that we remained skeptical and pushed one another to analyze data from various perspectives; that we discovered weaknesses in our methods (if only to find ways to make them stronger); or that we modified our course, especially when we received new information that provided additional insight and caused us to re-examine hypotheses and methods.
In these candid discussions among researchers, constructive criticism and devil’s advocacy are welcomed. Such interchange does not cast doubt on the strengths of our conclusions; rather, it constitutes the typically unvarnished, yet rigorous, deliberative process by which scientists test and refine their conclusions to reduce uncertainty and increase accuracy. To ensure the research’s quality, scientific peers conduct an independent and comprehensive review of the work before it is published.
Our experience highlights that virtually all of scientists’ deliberative communications, including e-mails and attached documents, can be subject to legal proceedings without limitation. Incomplete thoughts and half-finished documents attached to e-mails can be taken out of context and impugned by people who have a motive for discrediting the findings. In addition to obscuring true scientific findings, this situation casts a chill over the scientific process. In future crises, scientists may censor or avoid deliberations, and more importantly, be reluctant to volunteer valuable expertise and technology that emergency responders don’t possess. Open, scientific deliberation is critical to science. It needs to be protected in a way that maintains transparency in the scientific process, but also avoids unnecessary intrusions that stifle research vital to national security and economic interests.
A few paragraphs from the article:
Even before BP managed to shut off the undersea flow on July 16, 2010, observers ranging fromTime magazine to Rush Limbaugh insisted that the ecological damage from the 4.9 million barrels of oil that spilled seemed far less severe than everyone had predicted.
But biologists are finding signs of lingering — and perhaps growing — damage throughout the gulf, from the bottom of the food chain to the top:
• Scientists have confirmed that tiny creatures called zooplankton accumulated toxic compounds from coming in contact with the Deepwater Horizon oil. Because small fish and crustaceans eat the zooplankton and are then eaten by larger fish, that means those compounds could now be working their way up the food chain, they said.
• Three months after BP shut off the flow of oil, scientists searching the floor of the gulf found a colony of deep sea corals that were covered in what they described as “frothy gunk.” They were in the area where undersea plumes of oil had been spotted. Nearly half were dead. Extensive tests resulted in a finding, released just last month, that the culprit was in fact oil from Deepwater Horizon.
• This month, crews from the U.S. Fish and Wildlife Service fanned out to rivers across the coast to catch and take samples from sturgeon swimming upstream from the gulf to spawn. The reason: When scientists examined the sturgeon that swam upriver last year, they found “significant levels” of DNA fragmentation in the 300-pound fish that could have been caused by exposure to the oil spill, said wildlife service chief investigator Glenn Constant.
“It can lead to a number of abnormalities, such as cancer, tumors, challenges to their immune systems,” Constant said. Reproduction could falter, too, he said.
• Biologists have become alarmed about how many bottlenose dolphins are washing ashore sick or dead across the gulf, from Texas to Florida — more than 600 during a time when the normal average is 74 a year. In Louisiana’s Barataria Bay, where waves of thick oil washed in throughout the spill, dozens of dolphins have been found suffering symptoms of liver and lung disease and possible immune system failures.
The journalist also interviewed geologist James Kirby about the oil and chemical dispersant that is still present on beaches were tourists and local people swim in the ocean, despite the innocuous look of the clean beaches. He shined a UV-light on the legs of a graduate student who had gone swimming and then taken a shower, and found this: