Blog Tags: Fishermen
In the midst of heated debates along the U.S. Atlantic coast regarding seismic testing, citizens in the Caribbean are waging their own war against energy companies who want to use this technology to search for oil and gas deposits. Seismic airguns have been shown to reduce catch rates, harm marine mammals, and threaten the livelihood of coastal communities.
New England fishermen and conservationists alike are in a state of alarm over recent findings from the National Marine Fisheries Service (NMFS) that Gulf of Maine cod – long a staple of New England waters and a critical species for thousands of commercial fishermen in Massachusetts and New Hampshire – are seriously depleted and have been heavily overfished for the past few years.
This news comes as a shock to both fishermen and scientists, since the previous assessment, done in 2008, found that the stock was following a positive trajectory toward recovery.
Under the most recent reauthorization of the Magnuson-Stevens Act, the law that governs the nation’s marine fisheries, the regional fishery management councils must implement measures to reverse overfishing and ensure that nearly all stocks are rebuilt within ten years.
Rebuilding fish stocks to healthy levels ensures that fish will be at robust levels to allow commercial fishing to continue on these stocks well into the future. For Gulf of Maine cod, the rebuilding deadline is 2014. The 2008 assessment indicated that the stock was well on its way toward meeting that deadline, so the New England Fishery Management Council set annual catch limits under that assumption and fishermen fished according to the law.
In a startling reversal, scientists have now determined that the picture in 2008 was flawed and the stock is nowhere near as healthy as they initially thought. In fact, they have found that the stock is only 20 percent of its rebuilt size and is being fished roughly five times the level it can sustain.
Even more troubling, scientists say that even if all fishing of cod ceased, the species will still not recover by the 2014 deadline. NMFS has said that even under the best case scenario, the stock would not be rebuilt until 2018. The assessment is currently under peer review and the results will be released later this month.
Also in this issue is a Q&A with author Mark Kurlansky, whose 1997 international bestseller Cod: A Biography of the Fish That Changed the World is a seminal work of non-fiction about overfishing.
I spoke to him about his new book, The World Without Fish: How Kids Can Help Save the Oceans, which explains the current crisis in the oceans in easy-to-digest language and graphics, and outlines how kids can help.
What inspired you to write The World Without Fish?
MK: I’ve been writing about fish for many years. I talk to kids about it a lot and I noticed a few things. They are tremendously interested, partly because kids just really like fish. We’re raising a generation with a great sense of environmental urgency; they want to know about these things. It’s a very complicated thing, much more complicated than it’s often presented. Consequently, kids are perplexed about what’s going on. So I thought I would explain it.
Has your daughter read the book? Is she interested in ocean issues?
MK: Yes, she has. It’s a very ambitious book for kids, and I wanted to know about anything she found difficult or hard to understand. She’s really into it. She’s my fishing buddy. We spend our summers in Gloucester fishing for striper.
What do you hope kids (and adults) take from your book?
I’d like them to appreciate the complexity of the issue to understand that it’s not that people aren’t doing anything -- a lot’s being done, but they’re still struggling to figure out what works. I wouldn’t mind them coming away with a little respect for fishermen and their struggles with the issue. This all can be turned around and if it isn’t, it will be a huge disaster.
Emily Peterson, a southern Louisiana native and Foundations Associate here at Oceana, has been in Louisiana witnessing the effects of the oil spill. She sent us this dispatch from a teach-in she attended.
Yesterday evening a crowd of New Orleans residents attended a teach-in to discuss the oil spill tragedy unfolding in our backyard on the Gulf. The event offered residents an opportunity to learn the facts and ask questions in a non-politicized environment, and to build a sense of solidarity to cope with this unprecedented environmental and cultural tragedy.
The gulf oil spill is proving to be not just an ecological disaster, but an economic one, too.
On Sunday the federal government closed commercial and recreational fishing from Louisiana to parts of the Florida Panhandle, and oil continues to gush unabated from the Deepwater Horizon rig.
The fishing ban extends between Louisiana state waters at the mouth of the Mississippi River to waters off Florida's Pensacola Bay.
That’s a significant blow to the economy of the region. The Gulf Coast is home to the second largest seafood industry in the country after Alaska.
The annual commercial seafood harvest in the gulf adds up to $661 million, and recreational fishing contributes $757 million and nearly 8,000 jobs, according to the Harte Research Institute for Gulf of Mexico Studies. The group estimates that $1.6 billion in annual economic activity is tied to the wetlands directly exposed to the spill.
So now fishermen are doing the only thing they can -- gritting their teeth and helping to clean up the oil that is putting their livelihoods at risk.
Yesterday, a few of us attended a staff briefing on Capitol Hill on ocean acidification and fisheries put on by the Sustainable Fisheries Partnership.
There were representatives from the fishing communities of the Pacific Northwest, the Gulf of Mexico and Maine. They were requesting that additional resources be channeled towards ocean acidification research so that we can better understand how fisheries are and will be impacted by rising ocean acidity.
The Whisky Creek Shellfish Hatchery in Oregon has already experienced massive collapses in their oyster stocks due to rising ocean acidity, and they’ve been doing a lot of research on their own to monitor changes in pH. Their representatives called for a comprehensive system of measuring pH so that they and other hatcheries can adapt to changes and not be driven out of business by ocean acidification.
This group of fishers also recognized that while it is important to figure out ways to adapt to the changes that are already happening, without a true cap on carbon dioxide and serious decreases in emissions, these fisheries will not have a future.
[Ellycia Harrould-Kolieb is a marine scientist at Oceana.]