Tag Archives: oil

Oil in the Gulf of Mexico, science, and not taking sides

Linda Hooper-Bui is a professor in Louisiana who studies insects.She’s also one of the scientists who’s been denied access to freely available (usually) areas in the Gulf of Mexico wetlands. She and her students want to gather data for examination about the impact that the oil spill has had on the insect populations. BP Oil and the US federal government are going court over the oil spill and both sides want scientific evidence to buttress their respective cases. Scientists wanting access to areas controlled by either of the parties are required to sign nondisclosure agreements (NDAs) by either BP Oil or the Natural Resource Damage Assessment federal agency. The NDA’s extend not just to the publication of data but also to informal sharing.

From the article by Hooper-Bui in The Scientist,

The ants, crickets, flies, bees, dragon flies, and spiders I study are important components of the coastal food web. They function as soil aerators, seed dispersers, pollinators, and food sources in complex ecosystems of the Gulf.

Insects were not a primary concern when oil was gushing into the Gulf, but now they may be the best indicator of stressor effects on the coastal northern Gulf of Mexico. Those stressors include oil, dispersants, and cleanup activities. If insect populations survive, then frogs, fish, and birds will survive. If frogs, fish, and birds are there, the fishermen and the birdwatchers will be there. The Gulf’s coastal communities will survive. But if the bugs suffer, so too will the people of the Gulf Coast.

This is why my continued research is important: to give us an idea of just how badly the health of the Gulf Coast ecosystems has been damaged and what, if anything, we can do to stave off a full-blown ecological collapse. But I am having trouble conducting my research without signing confidentiality agreements or agreeing to other conditions that restrict my ability to tell a robust and truthful scientific story.

I want to collect data to answer scientific questions absent a corporate or governmental agenda. I won’t collect data specifically to support the government’s lawsuit against BP nor will I collect data only to be used in BP’s defense. Whereas I think damage assessment is important, it’s my job to be independent — to tell an accurate, unbiased story. But because I choose not to work for BP’s consultants or NRDA, my job is difficult and access to study sites is limited.

Hooper-Bui goes on to describe a situation where she and her students had to surrender samples to a US Fish and Wildlife officer because their project (on public lands therefore they should have been freely accessible) had not been approved. Do read the article before it disappears behind a paywall but if you prefer. you can listen to a panel discussion with her and colleagues Christopher D’Elia and Cary Nelson on the US National Public Radio (NPR) website, here. One of the people who calls in to the show is another professor, this one from Texas, who has the same problem collecting data. He too refused to sign any NDAs. One group of nonaligned scientists has been able to get access and that’s largely because they acted before the bureaucracy snapped into place. They got permission (without having to sign NDAs) while the federal bureaucracy was still organizing itself in the early days of the spill.

These practices are antithetical to the practice of science. Meanwhile, the contrast between this situation and the move to increase access and make peer review a more open process (in my August 20, 2010 posting) could not be more glaring. Very simply, the institutions want more control while the grassroots science practitioners want a more open environment in which to work.

Hooper-Bui comments on NPR that she views her work as public service. It’s all that and more; it’s global public service.

What happens in the Gulf over the next decades will have a global impact. For example, there’s a huge colony of birds that make their way from the Gulf of Mexico to the Gaspé Peninsula in Québec for the summer returning to the Gulf in the winter.  They should start making their way back in the next few months. Who knows what’s going to happen to that colony and the impact this will have on other ecosystems?

We need policies that protect scientists and ensure, as much as possible, that their work be conducted in the public interest.

Tony Clement announces Canadian government nano investment in two Alberta firms

Tony Clement, Canada’s Minister of Industry, announced investments totaling over $500,000 to two Alberta-based firms associated with nanotechnology. From the news release on Marketwire [ETA Aug.18.10: there’s also this link to the item on Nanowerk],

The Honourable Tony Clement, Minister of Industry, today announced contributions of $285,268 to Sonoro Energy Limited and $257,000 to IntelligentNano Incorporated from the National Research Council of Canada Industrial Research Assistance Program (NRC-IRAP). The funding supports innovative research and development projects that will assist both firms in developing high-tech solutions for global markets.

“Our government is investing in science and technology to create good jobs, strengthen the economy and improve the quality of life of Canadians,” said Minister Clement. “This government is supporting Canadian firms that successfully develop and apply innovative technologies. Canada’s Economic Action Plan is bolstering scientific research and commercialization, while creating good jobs and economic growth.”

Edmonton boasts Canada’s largest and most technologically advanced nanotechnology research infrastructure, centred around the National Institute of Nanotechnology (NINT). NINT is a joint initiative between the National Research Council of Canada, the University of Alberta, and the Government of Alberta.

So there you have it, the follow up to yesterday’s news flash. If you’re curious about the two companies, Sonoro is using the money to,

[support] a project that will seek to accelerate the commercial upgrading of heavy oil into synthetic crude, by small and medium- sized producers in remote areas. As the technology is both scalable and repeatable, Sonoro is actively pursuing heavy oil resource opportunities, particularly in remote global regions where there is heavy oil that could benefit from low-cost upgrading technology. Sonoro Energy has developed and patented a proprietary sonic reactor technology platform that transfers sonic energy on an industrial scale to physical, chemical or biological processes.

IntelligentNano will apply its funds towards,

further development of the “Sonacell,” a device for amplifying and accelerating the growth of therapeutic stem cells. Stem cells have an ability to self-renew and the potential to replace diseased and damaged tissues in the body, without the risk of rejection and side effects. Adults have a very small number of such cells; IntelligentNano has developed the “Sonacell,” which will make it possible to harvest and grow a sufficient quantity of a patient’s own stem cells for use in medical therapies. The “Sonacell” opens the door to the possibility of treatments for diseases like diabetes, arthritis, Parkinson’s and spinal cord injuries.