Blog Tags: Arctic Drilling
Ocean Roundup: 20 Coral Species to Gain Federal Protection, Shell Files New Plan for Arctic Drilling, and More
- The National Oceanic and Atmospheric Administration (NOAA) announced it will list 20 new species of coral as threatened under the Endangered Species Act, largely because of climate change. Found in both the Atlantic and Pacific Ocean, these corals are also threatened by overfishing, runoff, and coastal construction. The Associated Press
There’s no question that drilling for oil in Arctic waters is risky business. Twenty five years after the Exxon Valdez tanker hit a reef in 1989, causing the second largest oil spill in U.S. history, wildlife and economies in Alaska’s Prince William Sound are still recovering. And in 2012, as part of an attempt at offshore oil exploration activity in Alaska’s Beaufort and Chukchi seas, Shell’s Kulluk oil drilling rig ran aground near Kodiak Island.
Shell and other oil companies are focused on the Arctic Ocean as a potential new frontier for energy development. Despite the lack of adequate baseline information and any proven technology for responding to a spill in icy Arctic waters, United States government regulators have repeatedly made decisions to allow leasing and exploration activities and have granted necessary approvals. The company’s push to drill and government acquiescence put at risk coastal communities and vibrant ecosystems filled with iconic animals such as bowhead whales, walrus, and polar bears.
In December of 2012, Shell’s Arctic drilling rig, the Kulluk, ran aground during a winter storm. Yesterday, the U.S. Coast Guard released the results of their investigation into the incident, criticizing Shell for poor management and decision-making. In a press release, the Coast Guard states that the “most significant factor” in the grounding was “the inadequate assessment and management of risks.”
For the past five years, the oil industry has kept up a relentless campaign to drill in Alaska’s Arctic Ocean. Oil exploration and drilling would put this exceptional ecosystem at great risk from a disastrous (and inevitable) oil spill, greatly harming marine life, fish species, and coastal communities.
An ice-ridden, remote, ecologically-rich, and picturesque region of Alaska’s Arctic will remain that way, at least for 2014. On January 30, Royal Dutch Shell’s new CEO, Ben van Beurden, made the announcement that sent a wave of praise ricocheting throughout the conservation community: Shell will not pursue offshore oil drilling in the U.S. Arctic Ocean this year.
Yesterday, Secretary of the Interior Sally Jewell delivered an address to the National Press Club in which she focused on the Obama administration’s “conservation agenda.” Rightfully, she talked about what sort of “conservation legacy” the administration seeks to leave for this and future generations. We were heartened to hear about her commitments to good stewardship of our public lands and waters, outdoor education, and renewable resources.
Shell now has the green light from the government to harass marine mammals and put them at risk of a major oil spill in the region.
The Arctic Ocean is home to an abundance of wildlife. In the spring, consistent and extensive polynyas—stretches of open water surrounded by sea ice—create pathways into the Arctic for bowhead whales, seals, and birds seeking to take advantage of the explosion of productivity created by summer’s constant daylight.
For millennia, this great migration of marine mammals and seabirds has been a part of the Inupiat subsistence culture. Now, however, these animals and ecosystems are at risk. Despite the lack of basic scientific information and demonstrated ability to clean up spilled oil in Arctic conditions, our government is poised to allow companies to move forward with offshore oil drilling in the Arctic Ocean.
Whales, walrus, and other species are protected by laws like the Marine Mammal Protection Act, but the National Marine Fisheries Service and U.S. Fish and Wildlife Service may permit small numbers of marine mammals to be “harassed” by industrial activities by issuing the company an “incidental harassment authorization” or “letter of authorization.”
So what, exactly, is allowed? According to the government, Shell’s plans will result in “Level B” harassment,” which means the activities have:
the potential to disturb a marine mammal or marine mammal stock in the wild by causing disruption of behavioral patterns, including, but not limited to, migration, breathing, nursing, breeding, feeding, or sheltering but which does not have the potential to injure a marine mammal or marine mammal stock in the wild.
According to the government documents, Shell’s drilling activities would result in harassment of thousands of marine mammals such as whales and seals.
Of course, it is difficult to evaluate these numbers, or what they might mean for these populations because we are missing basic information, such as good estimates of the numbers of seals and walrus. A fuller understanding of the food web, ocean conditions, and changes due to warming would allow us to better understand the impacts of this harassment and Shell’s proposals more broadly.
A is drawing attention to the impact that Shell’s proposed Arctic drilling program will have on marine mammals, but this is no joke. For its part, Shell continues to push aggressively to drill this summer even as it backtracks on commitments to protect clean air, argues with the Coast Guard about how strong its response barge must be, and loses control of its drill ship.
Last summer I had the amazing opportunity to be on board the U.S. Coast Guard Icebreaker Healy, in partnership with N.A.S.A.’s ICESCAPE mission to study the effects of ocean acidification on phytoplankton communities in the Arctic Ocean. We collected thousands of water samples and ice cores in the Chukchi and Beaufort Seas.
While in the northern reaches of the Chukchi Sea, we discovered large “blooms” of phytoplankton under the ice. It had previously been assumed that sea ice blocked the sunlight necessary for the growth of marine plants. But the ice acts like a greenhouse roof and magnifies the light under the ice, creating a perfect breeding ground for the microscopic creatures. Phytoplankton play an important role in the ocean, without which our world would be drastically different.
Phytoplankton take CO2 out of the water and release oxygen, almost as much as terrestrial plants do. The ecological consequences of the bloom are not yet fully understood, but because they are the base of the entire food chain in the oceans, this was a monumental discovery that will shape our understanding of the Arctic ecosystem in the coming years.
The Arctic is one of the last truly wild places on our planet, where walruses, polar bears, and seals out-number humans, and raised their heads in wonderment as we walked along the ice and trespassed into their domain. However, their undeveloped home is currently in grave danger. The sea ice that they depend on is rapidly disappearing as the Arctic is dramatically altered by global warming.
Some predictions are as grave as a seasonally ice-free Arctic by 2050. Drilling for oil in the Arctic presents its own host of problems, most dangerous of which is that there is no proven way to clean up spilled oil in icy conditions. An oil spill in the Arctic could be devastating to the phytoplankton and thereby disrupt the entire ecosystem. The full effects of such a catastrophe cannot be fully evaluated without better information about the ocean, and we should not be so hasty to drill until we have that basic understanding.
Unless we take drastic action to curb our emissions of CO2 and prevent drilling in the absence of basic science and preparedness, we may see not only an ice-free Arctic in our lifetimes, but also an Arctic ecosystem that is drastically altered.
Gas has been leaking into the United Kingdom’s North Sea for three days, after an attempt to close an underwater oil well caused a blowout.
Oil drilling accidents happen more often than you might think. Smaller spills and leaks don’t usually make the news, although they can still affect the local environment. And this is why offshore drilling is so dangerous—it’s even harder to contain a leak when it’s underwater.
In this case, there is not much that can be done for the time being. The actual well is plugged, but the highly-pressurized gas (a light crude oil called condensate) is coming from a reservoir close to the surface. It’s possible the leak might close itself within a few days. But if it doesn’t, the only way to resolve it will be to drill a relief well, which will take six months. If that sounds familiar, it’s because that’s how the Deepwater Horizon oil leak in the Gulf of Mexico was eventually resolved.
The comparisons don’t end there. Jake Molloy, regional organizer for RMT union, also compared the two accidents: “It’s unprecedented. High pressure gas flowing from a well with no means of preventing it. We are in the realm of the unknown, comparable to the Deepwater Horizon.”
This leak will not have the same scope of destruction as the Gulf leak, since the condensate is thin and will hopefully evaporate. But after two days, there was already a sheen of condensate two miles long in the North Sea. A vapor cloud is visible rising from the rig, and the area has been evacuated out of fear of an explosion.
Accidents occur everywhere we drill, and there is no way to safeguard the environment from the effects of oil. Shell is currently on its way to begin drilling in the Arctic, far from civilization. If a spill occurs there, the story could be even worse. Join us in calling on President Obama to protect the Arctic environment and all the animals that call it home.
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- Sharks and Rays Gain International Protection under CITES Listing Posted Sun, September 14, 2014
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