The Beacon: Matt Huelsenbeck's blog
Sick Dolphins in the Gulf
Sad news from the Gulf of Mexico: At least 32 dolphins in Barataria Bay, Louisiana, one of the hardest hit spots by the Deepwater Horizon oil spill, have been given physicals and are reported as severely ill according to NOAA officials.
The dolphins are reporting a range of symptoms from being underweight, anemic, low blood sugar and liver and lung disease. One of the studied dolphins has already been found dead.
There has been a large surge in dolphin deaths in the Northern Gulf of Mexico since the oil spill, especially newborn and young dolphins. In 2011 there were 159 strandings just in Louisiana, almost 8 times the historical average in previous years.
The numbers of dolphin carcasses found is likely only a fraction of the total amount of dolphins that were killed by the oil, and the true number is likely 50 times the total of 600 strandings since the spill, so more than 30,000 dolphin mortalities may have been caused by the spill already.
The spike in young dolphin deaths since the spill is extremely concerning, and showed biologists that the health of dolphin populations in the Northern Gulf had been compromised and many miscarriages may have occurred following contact with oil pollution.
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Offshore Wind Gets a $180 Million Push
Offshore wind development got a huge boost last week when the Department of Energy announced that it would provide $180 million in funding to support four planned offshore wind farms off the U.S. Atlantic coast.
To get the ball rolling, $20 million of this funding is being released in 2012, which is great news for offshore wind development at a time when Congress has been floundering on clean energy.
These funds will be used to support innovative strategies that, in the long-term, will help cut the costs of developing offshore wind. The Department of Energy’s support for offshore wind comes at a time of strong public support for offshore wind in coastal states, such as in New Jersey, where it has a 77% approval rating among shore residents.
The Department of Energy has been helping to streamline the permitting process through a process called “Smart from the Start”, which helps promote responsible development of offshore wind in accordance with environmental factors as well as recreational and commercial use of ocean resources.
Oceana has been highly engaged throughout this process as an environmental stakeholder to make sure offshore wind is developed both efficiently and responsibly in order to gain the clean energy benefits of offshore wind in a way that protects marine wildlife.
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Japan Plans to Build Floating Offshore Wind Farm
The Fukushima nuclear disaster, sparked by the earthquake and tsunami that devastated Japan last March, has led the Japanese government to embrace a safer energy source: offshore wind.
Japan seeks to expand its wind energy capacity and compete with European markets in the brand new field of floating offshore wind technology. The country plans to build a pilot floating wind farm with six 2-Megawatt turbines, and then scale up to 80 floating turbines off the Fukushima coast by 2020.
While offshore wind has begun to be used in Europe, to date, it has been dependent on shallow enough water to stabilize the foundation. There is currently an international race to develop floating offshore wind farms, which are the next big step in offshore wind energy as they will allow for offshore wind development even in deeper water.
Floating offshore wind designs are being field tested in the North Sea and Portugal. (Check out this video describing how one type of floating wind turbine is designed and deployed.) Floating wind farms consist of large floating structures that support a spinning turbine, the base of which can be tethered to the ocean floor.
It uses a ballast system to transfer water between pillars to keep the platform stable even in very high seas. The floating farms are assembled on land and then can be towed out to sea to be placed in deeper water locations that have stronger and steadier winds. The ability to place offshore wind farms into deeper waters along with their lack of concrete bases and increased mobility reduces their environmental impact while increasing their production of clean energy.
Japan has responded to the Fukushima disaster in the way that the U.S. should respond to the Gulf of Mexico oil spill disaster – by aggressively pursuing safer, more environmentally friendly energy sources that will allow us to phase out the older and more dangerous ones.
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New Climate Report: Hot, Sour & Breathless
Matt Huelsenbeck is a marine scientist at Oceana.
Oceana has teamed up with several top scientific institutions in creating a report called "Hot, Sour & Breathless – Ocean Under Stress" which has been released this week at the United Nations climate negotiations in Durban, South Africa.
The collaborative report explains how the oceans are becoming more acidic, warmer, and have less oxygen due to our current fossil fuel emissions. Although it’s hard to visualize the connection between a coal-fired power plant in the Midwest United States and a coral reef in Australia, everyone around the world is bound by widespread changes in the oceans triggered by carbon emissions.
The ocean’s chemistry and its physical properties are changing dramatically fast from the burning of fossil fuels, and when one of the world’s top marine scientists leaves her hard work in the lab to communicate this issue to the international community, pay attention -- it’s probably important. I’m talking about Dr. Carol Turley, senior scientist and executive board member of the European Project on Ocean Acidification (EPOCA), who will be at the climate conference in Durban.
She will be speaking at a side event entitled “Ocean Acidification: The Other Half of the CO2 Problem” which discusses how carbon dioxide emissions are making the oceans more acidic and posing threats to marine life, fisheries and livelihoods around the world.
Recently Dr. Turley received a prestigious award called the Order of the British Empire (OBE) for her services to science granted by the Queen of England. Oceana, Dr. Turley and other leading marine scientists have been working to raise international awareness about ocean acidification and climate change threats to marine life and ocean resources during the last two climate negotiations, COP-15 and COP-16, and again this year.
The continued burning of fossil fuels poses serious threats to many creatures we know and love from plankton, corals, crabs and oysters all the way up to whales. Our report explains how there are big unknowns and massive risks with multiple stressors caused by emissions which could combine to completely alter many marine habitats and food webs.
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New Study: Climate Change Threatens Global Fisheries
As world leaders prepare for international climate change negotiations next week in Durban, South Africa, a new study out this week depicts the widespread threats that climate change presents for marine fisheries.
The bottom line? Emissions from the burning of fossil fuels are presenting very long-term if not irreversible threats for the oceans.
Economists and top fisheries scientists at the University of British Columbia published a paper on Sunday in the journal Nature Climate Change that outlines the many challenges fisheries face from climate change, and how this can impact the global economy and hundreds of millions of lives.
Global marine fisheries are underperforming, mainly from rampant overfishing, but climate change also creates several serious threats to the future productivity of fisheries. These chemical and physical changes linked to climate change such as decreased oxygen levels, changes in plankton communities and plant growth, altered ocean circulation and increased acidity can disrupt the basic functioning of marine ecosystems and thwart any potential recovery of global fish stocks.
The study outlines how impacts can scale up from changing ocean conditions to the global economy, but the authors note that the true scope of impacts to employment are hard to predict.
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New Zealand Oil Spill Brings Reminders of Gulf Spill
Matthew Huelsenbeck is a marine scientist at Oceana.
A cargo ship has wrecked on a reef off the coast of New Zealand and the oil spill and wreckage is being called the worst maritime environmental disaster in the country’s history.
Reminders of last year’s Gulf oil spill are playing out as oil is lapping up on some of New Zealand’s most popular beaches, and hazmat suit workers are attempting to clean it up. Graphic images are emerging of oil soaked penguins and birds washing up dead.
Videos show the cargo ship tilted at a severe angle and it is feared to be splitting in half. Several of the cargo containers hold hazardous materials that could ignite in flames when in contact with water. New Zealand’s emergency response team is having difficulties containing the spill and accessing the ship due to high seas and strong winds.
During a college study abroad at the University of Auckland, I experienced the unspoiled beaches of New Zealand, and the little blue penguins that are now washing ashore dead. New Zealand’s respect for the coastlines and marine life has given them great protection and status in their country, so this is indeed a sad day for their citizens and all of us who appreciate the oceans. I hope that the political response in New Zealand to this disaster is better than what has happened so far in the United States, which is a whole lot of talk and no action.
Here in the U.S., Shell is pushing to drill for oil in the Arctic Ocean and making outrageous claims that they could clean up after an oil spill under even more extreme weather, seasonal darkness, sea ice, and no harbors. Previous spill cleanup drills in the Arctic have failed miserably.
America still has a chance! Protect walruses and seals by helping us keep similar oil spills out of the Arctic Ocean.
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New Study: Gulf Spill Oil Threatens Fish Biology
The first study showing the biological impacts to wildlife from last year’s Gulf oil spill has just been published in PNAS, and the news is not good for fish populations.
After being exposed to low levels of heavily weathered crude oil in marsh habitats, killifish, also called bull minnows, showed cellular changes in their livers which could impact reproduction and health. Killifish are an important part of the Gulf of Mexico food web, and impacts to their populations could have ecosystem-wide results.
"The message that seafood is safe to eat doesn't necessarily mean that the animals are out of the woods," said Andrew Whitehead, an assistant professor of biology at Louisiana State University and a lead researcher in the study.
These lesser-seen impacts to reproduction are predictive of more serious long-term threats to populations. In a way, these changes are even more tragic than the animals that washed up on the shore dead after the spill. The study found the same kind of cellular responses in killifish as were observed in herring, salmon and ducks that later had population crashes as a result of the Exxon Valdez oil spill and some populations never recovered.
The fish showed changes even when the water was seemingly clean and when there were very low levels of oil present. The researchers note that even when oil is not visible on the surface, the toxic components of the oil can remain in the sediment and get stirred up by waves and storms.
"Where's the oil? It's in the sediment," Whitehead said.
He’s right. A couple of weeks ago Tropical Storm Lee unearthed miles of tar balls, tar mats and abandoned cleanup equipment left from last year's oil spill, forcing BP cleanup crews back to the beaches.
As the science of the spill is just beginning to unfold and BP continues to clean up oil on the beaches, Congress is pushing hard for more risky offshore drilling in the same affected ecosystems of the Gulf of Mexico, and new pristine environments like the Arctic where there is no capability to clean up after a spill.
Help us in the fight to stop offshore drilling. Sign the petition to Stop the Drill today if you haven't already!
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BP Pays Out – But What’s the Real Price of the Spill?
After the Gulf oil spill happened, people demanded numbers. They wanted to know animal mortality numbers and dollar signs to understand the worst environmental disaster in our nation’s history.
The problem is that the extent of this spill was so huge and so many animals and people were affected that it’s hard to quantify. But some recent numbers help show how widespread the impacts have been.
So far BP has set aside $20 billion for spill impacts, and it has just been released that they paid out $5 billion of that amount in damages to over 200,000 people in the last year, with an additional $1.5 billion going to cleanup and restoration.
Many more people are claiming damages, with a total of close to 1 million claims being processed from people in all 50 states and 36 different nations, with thousands more claims coming in each week.
How could a spill in the Gulf possibly affect over a million people in such far reaching places? The answer is that the Gulf of Mexico isn’t just an oil and gas depot, it is used for many activities besides drilling that employ thousands of people in fishing and tourism related jobs. As a result, the economic impacts of the spill have been felt around the world.
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News from the Great Pacific Garbage Patch
Imagine you’re in a dimly lit Italian restaurant. Famished, you take the first bite of a juicy eggplant parmesan dinner, and it turns out to be a big hunk of plastic. (Yuk.)
That’s the reality for fish in an area of the ocean known as the Great Pacific Garbage Patch, where fish are mistaking their food sources with a growing amount of floating trash.
Two graduate students at Scripps Institution of Oceanography, Pete Davison and Rebecca Asch, joined the Scripps Environmental Accumulation of Plastic Expedition, or SEAPLEX, where they found evidence of plastic waste in more than 9 percent of the stomachs of fish collected during their voyage to the North Pacific Subtropical Gyre, dubbed the Great Pacific Garbage Patch. The mid-water fishes contained plastic debris, primarily broken-down bits smaller than a human fingernail.
"That is an underestimate of the true ingestion rate because a fish may regurgitate or pass a plastic item, or even die from eating it. We didn't measure those rates, so our 9 percent figure is too low by an unknown amount," said Davison.
Based on these rates of ingestion, they estimate that fish in the intermediate ocean depths of the North Pacific ingest plastic at a rate of roughly 12,000 to 24,000 tons per year, but the real number could be much higher.
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New Google Tool Reveals Oil Spill Amnesia
Just one year ago in early June 2010, tar balls began washing up on the beaches of Pensacola, Florida, and oily waves lapped the shores of the federally protected Gulf Islands National Seashore. Graphic images of oil- covered cormorants and pelicans emerged in the news.
Over one-third of federal waters in the Gulf of Mexico were closed to fishing and BP released the first video clips of a hole the size of a dinner plate gushing crude oil into the deep dark waters of the Gulf. But one year later a different disaster of great magnitude has occurred -- the worst environmental disaster in U.S. history has largely been forgotten.
A phenomenon deemed “oil spill amnesia” has been uncovered after the U.S. House of Representatives voted to greatly expand offshore oil drilling in federal waters with less safety provisions than before the Deepwater Horizon disaster. This made it obvious that many of our politicians had forgotten about the risks of offshore drilling, but how much the general public and media has forgotten about the Gulf oil spill was speculative, until now.
Google has come out with a new tool that is perfect for data nerds called Google Correlate. It can relate two different search terms or phrases and show their correlation in terms of internet search activity. Based on search activity Google has been able to accurately predict rates of flu, and these tools may serve great importance in our society.
It has also revealed that people have indeed largely forgotten about the impacts of the BP oil spill.
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