Aquarium fish develop antibiotic resistance

Discus fishNEWPORT, Ore. – The $15 billion ornamental fish industry faces a global problem with antibiotic resistance, a new study concludes, raising concern that treatments for fish diseases may not work when needed – and creating yet another mechanism for exposing humans to antibiotic-resistant bacteria.

The risk to humans is probably minor unless they frequently work with fish or have compromised immune systems, the authors said, but transmission of disease from tropical fish has been shown to occur. More serious is the risk to the ornamental fish industry,  a $900 million annual business in the United States.

There are few regulations in the U.S. or elsewhere about treating ornamental fish with antibiotics, experts say. Antibiotics are used routinely, such as when fish are facing stress due to transport, whether or not they have shown any sign of disease.

“We expected to find some antibiotic resistance, but it was surprising to find such high levels, including resistance in some cases where the antibiotic is rarely used,” said study Tim Miller-Morgan, Oregon Sea Grant’s Extension aquatic species veterinarian and an assistant professor with OSU’s College of Veterinary Medicine.   “We appear to already have set ourselves up for some pretty serious problems within the industry.”

In the new study, 32 freshwater fish of various species were tested for resistance to nine different antibiotics, and some resistance was found to every antibiotic. The highest level of resistance, 77 percent, was found with the common antibiotic tetracycline. The fish were tested in Portland, Ore., after being transported from Colombia, Singapore and Florida.

Findings of the study were reported in the Journal of Fish Diseases.

The bacterial infections found in the fish included Aeromonas, Pseudomonas, Staphylococcus and others, several of which can infect people as well as fish.

Problems and concerns with antibiotic resistance have been growing for years, Miller-Morgan said. The nature of the resistance can range widely, causing an antibiotic to lose some, or all of its effectiveness.

There have been documented cases of disease transmission from fish to humans, he said, but it’s not common. It would be a particular concern for anyone with a weak or compromised immune system, he pointed out, and people with such health issues should discuss tropical fish management with their physicians. Workers who constantly handle tropical fish may also face a higher level of risk.

From an industry perspective, losses of fish to bacterial disease may become increasingly severe, he said, because antibiotics will lose their effectiveness.

Anyone handling tropical fish can use some basic precautions that should help, Miller-Morgan said. Consumers should buy only healthy fish; avoid cleaning tanks with open cuts or sores on their hands; use gloves; immediately remove sick fish from tanks; consider quarantining all new fish in a separate tank for 30 days; wash hands after working with fish; and never use antibiotics in a fish tank unless actually treating a known fish disease caused by bacteria.

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Kaety Hildenbrand on working with ocean stakeholders

Kaety Hildenbrand explores the inside of a wave energy deviceKaety Hildenbrand, our Sea Grant Extension marine fisheries specialist on the central Oregon coast, has a great guest article on the Northwest National Marine Renewable Energy Center. Among other things, she observes:

“… I can name fishermen in each port that I have worked with on wave energy issues. But, that isn’t what’s important, not really. What’s important is that I can tell you their wife’s name, how many kids they have, the name of their dog, I can describe the inside of their vessels, tell you what kind of truck they drive, and what kind of drink they order at Starbucks. They could do the same for me. I didn’t need to know any of this, I wasn’t asked to find it out, and I didn’t do it to gain something. It’s part of building a true relationship with someone, its part of doing what’s right, its part of what happens when you focus on building trust and not getting buy-in.”

Read the whole article.

For more about Oregon Sea Grant’s work in marine renewable energy and stakeholder engagement, see:

New marine mammal position open

Oregon Sea Grant and the Oregon State University Marine Mammal Institute are jointly seeking to fill a new, full-time assistant- or associate-level professorship in marine mammal behavioral ecology.

The new faculty member will be based at OSU’s Hatfield Marine Science Center in Newport, and will also serve as Sea Grant Extension marine mammal specialist. Duties include a combination of research, teaching and public outreach.

This is a fulltime, tenure-track position, with tenure offered at .50 FTE. A PhD. is required. Rank will depend on qualifications.

The selected candidate will be expected to conduct original research and provide statewide, national and international expertise on marine mammals with an emphasis on cetacean ecology. He or she will conduct programs on appropriate basic science, conservation, wildlife management and natural resources issues, and will be expected to raise funds for annual research objectives and to help build the OSU marine mammal endowment.

The full position description and application is available on the OSU Jobs site. For full consideration, applications must be submitted by Dec. 15, 2012.

Learn more:

 

Register now for Master Naturalist program

Registration is open now for the Oregon Master Naturalist online education and training program, training Oregonians in the state’s natural and cultural history, geology and ecology, and in the skills needed to help interpret those things for the public.

The roughly 40-hour course, offered only online, is a new offering from Oregon State University Extension, tying together elements of older Extension “master” programs, including the former Sea Grant Extension Master Watershed Steward program. It’s intended to train and certify people as knowledgeable volunteers for natural resources programs, agencies, organizations and other groups in their communities.

Participants can become a certified Oregon Master Naturalist after completing approximately 40 hours of instructor-led online instruction and a minimum of one Ecoregion Specialization – in–person courses, currently under development, that will be offered at various locations throughout the state. Once certified,  Oregon Master Naturalists fulfill volunteer and continuing education responsibilities each year to maintain certification.

For complete information about registration and fees, visit Oregon Master Naturalist Online.

 

 

Despite storm OSU remains on National Mall

WASHINGTON, D.C. Day three of the ten-day Smithsonian Folklife Festival on the National Mall was cancelled after OSU’s tent and at least nine others were damaged by a massive thunderstorm that swept across the capital on Friday night.

On Saturday morning the 16-foot long plexiglass wave tank, borrowed by OSU from Howard University to demonstrate tsunamis, stood on two tables peeking out from under a frayed blue tarp amid a field of debris. Around it laid bent pieces of metal tent tubing, soggy “Powered by Orange” tee shirts, and muddied posters that describe OSU extension and outreach activities.

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OSU's demonstration area after a severe thunderstorm came through Friday night.

“I was shocked when the festival representative called this morning and said, ‘well, the wave tank is fine but you’ll need you to stay away for the day while we find you a new tent’,” said OSU Director of University Events Shelly Signs. Signs heads up the team of paid staff and volunteers that has traveled from Oregon to demonstrate OSU research and extension activities. These include tsunami education activities, Sea Grant-related surimi and fisheries research, and projects by the 4-H Tech Wizards—an OSU Extension program that provides after-school tech-related activities for underrepresented youth.

The annual Smithsonian Folklife Festival was created in 1967 to examine and showcase different aspects of American and global culture. To mark the 150th anniversary of President Lincoln’s signing of the Morrill Bill that called for the creation of land-grant universities, Smithsonian invited land-grant universities from around the country to set up exhibits that showcase activities connected with their mission. The program, called “Campus and Community“, features exhibits and activities from 28 U.S. land-grant institutions.

By Sunday, OSU’s tent had been replaced and Signs and her team were busy making tsunamis, rolling out surimi and firing off air-propelled rockets. At tables in front of the wave tank, children and parents snapped together Legos trying to create structures that could withstand the six-inch wave the machine generates. OSU researcher Jae Park and his wife stood by a glass-topped freezer that displayed numerous brands of surimi and spoke to festival goers about how the product utilizes parts of fish that were once discarded (Park’s research and his Astoria-based Surimi School got early support from Oregon Sea Grant). On nearby tables children used surimi molds and rolling pins to make artificial crab and pressed shrimp shapes out of clay.

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Smithsonian volunteer and young festival attendees watch to see which structures will withstand the tsunami.

In Reunion Hall, just across from the OSU tent, 4-H Tech Wizards program manager Octaviano Merecias-Cuevas showed one young festival goer how to connect a motor to a solar cell. Behind him teacher Miguel Angel Cholu Hernandez tested the latest batch of air-propelled rockets that had been made at their table.

Despite losing a day, Signs seems happy with the way things are turning out. “People are learning about how to build structures that are less susceptible to tsunamis, they’re learning sustainable food practices and are seeing the great things that the Tech-Wizards are doing,” she said. “Plus we’ve had an opportunity to build community with all of the other land-grant communities that are also participating. I’d say this is a success.”

To see more photos of the event please visit:

http://www.flickr.com/photos/r_register/sets/72157630388536296/

(Rhett Register is a former Corvallis reporter and freelancer now living and working in Washington, D.C., where he is a researcher for National Geographic Travel magazine.)

Sea Grant and OSU at the Smithsonian

WASHINGTON, D.C. Two research efforts that got their start with Oregon Sea Grant support are among three from Oregon State University in the spotlight at the nation’s capital this summer in the Smithsonian Folklife Festival.

The festival, billed as the nationals largest annual cultural event, attracts more than 1 million visitors each year. It runs  June 27 – July 1 and July 4-8 on the National Mall.

This year, Folklife is celebrating the 150th anniversary of the Morrill Act, which established land grant colleges – the model from which, four decades ago, the national Sea Grant college program was drawn.

For its part in the festival, OSU chose to spotlight three innovative programs demonstrating how its Land Grant and Sea Grant Extension efforts contribute to research, public outreach and education, producing benefits for people, communities and economies around the state. They are:

Jae ParkSurimi School: With Sea Grant support, internationally recognized surimi expert Jae Park and  the OSU Seafood Laboratory in Astoria have developed research and continuing education that have helped transform a traditional Japanese seafood – a gel made from ground-up fish – into tasty new seafood products resulting in a $2.1 billion industry in the US over the past 30 years.

Making Waves: OSU’s O.H. Hinsdale Wave Research Laboratory will exhibit one of its wave-generating mini-flumes to show how scientists and engineers are learning how wave action affects coastal areas, helping communities better prepare for tsunami and hurricane waves. Sea Grant, with a program emphasis on hazard-resilient coastal communities, has supported several research projects at the lab.

Tech Wizards: Octaviano Merecias-Cuevas and others with OSU’s nationally recognized 4H program will be leading Folklife participants through the process of building robots. A bilingual after-school program that teaches technological skills to low-income, marginalized youth ages 8 through 18, Tech Wizards is now at more than 100 sites around the U.S.

For more information, visit the Smithsonian Folklife Festival site.

 

 

 

Netcasts – Pat Corcoran, Coastal Hazards Specialist

In this episode of Netcasts, we travel to Astoria to visit Pat Corcoran, coastal hazards specialist for Oregon Sea Grant Extension.   Corcoran works with coastal community members and researchers around the world to prepare coastal residents for natural hazards, such as erosion and tsunamis.  Corcoran talks about his experiences bringing the findings of research conducted by OSU’s Peter Ruggiero to the community of Neskowin, where residents are exploring strategies to mitigate shoreline retreat.  Corcoran also shares some photographs and wisdom from his recent visit to Japan, where he was able to view the aftermath of the March 2011 tsunami.  Stay tuned to Sea Grant’s YouTube channel for more Netcasts.

 

Netcasts on YouTube

Who are Sea Grant’s Extension agents and researchers? What do they do, exactly? What are some current research topics? Netcasts, a new YouTube video series from Oregon Sea Grant, goes behind the scenes to find out the answers to these and other questions. The first installment features Mark Whitham, a seafood product developer for Oregon Sea Grant Extension, who takes us to the Skipanon micro cannery in Warrenton, Oregon. Be sure to watch for more Sea Grant Netcasts on YouTube.

 

 

Sea Grant teams with state agencies to prepare for Japanese quake debris

Model of possible debris dispersal - image courtesy of NOAA

Model of possible debris dispersal (image courtesy of NOAA)

As the one-year anniversary of Japan’s devastating earthquake and tsunami nears, Oregon Sea Grant is teaming with state and local agencies, non-governmental groups and marine scientists to prepare for the possible arrival of earthquake debris on Oregon shores.

In a conference call this week, the group heard that state and county leaders, OSU Extension and the Hatfield Marine Science Center are receiving growing numbers of  questions about the debris currently floating toward US coastlines, and began charting a communication strategy to help answer those questions.

OSU oceanographer Jack Barth, an expert in ocean currents, said the debris is still months away from making West Coast landfall, although  occasional buoyant items might move more quickly.  In October, a Russian ship discovered a small Japanese fishing boat in the waters north of Hawaii, and it was definitively tied to the tsunami, Barth said. “It was about where we thought it should be, given the currents.”

Many questions about the debris have to do with concerns that it might be radioactive, given the the incidents at Japan’s Dai-ichi nuclear plant that followed the earthquake. Kathryn Higley, professor and head of the Department of Nuclear Engineering and Radiation Health Physics at OSU, said the lag time between the tsunami and the nuclear incident, coupled with the vastness of the ocean, makes it unlikely that the debris will pose any radioactive risk. The material has been tossed by wind and sea for months now, Higley said, and most traces of radioactive elements will have washed into the sea. “While we may be able to detect trace amounts of radioactive material on this debris, it’s really unlikely that there will be any substantial radiation risk,” she said.

Meanwhile, Oregon Sea Grant’s marine Extension specialists on the coast have been working with multiple public and private partners, from state and local governments to conservation and fishing industry groups, to map out a communication strategy for the debris landing.

Jamie Doyle, Sea Grant Extension specialist in in Coos and Curry counties, said one concern is what happens to personal effects that survive the ocean crossing and wind up on Oregon shores, where they may be found by beachcombers.

“A lot of people lost their lives, and many people still have family members who are missing,” Doyle said. “We need to be sensitive to the possibility of finding something that may be of personal significance to someone in Japan.”

The Seattle office of the Consulate General of Japan has asked that those who find something that could  be considered a personal keepsake or artifact report it to local authorities, or to  the consulate in Seattle at 206-682-9107.

Patrick Corcoran, Sea Grant’s Astoria-based Coastal Hazards specialist, said Oregon’s focus thus far has been on research and “building the capacity to respond” to the arrival of the debris. Specific information will be forthcoming, he said.

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Sea Grant coastal erosion, climate work in Terra

High waves on the Oregon coastIncreasing winter storms since the 1980s have been sending higher, harder waves crashing into the Oregon coast, cutting away at seacliffs, roads and infrastructure in an area never known for its seismic stability. Scientists say the increased storm activity is consistent with predictions for the sorts of hazards the world’s coastlines will face as an effect of changing climate.

In Oregon, Sea Grant is partnering with communities and researchers to better understand the growing risks of coastal erosion, and to help counties and towns come up with plans for adapting to changes happening now, and predicted for the future.

In the latest issue of Terra, Oregon State University’s research magazine, Nick Houtman focuses on coastal hazard research and public engagement, highlighting the work Oregon Sea Grant is doing with Tillamook County and the town of Neskowin, where coastal hazards specialist Pat Corcoran has been working with a local group to develop the state’s first coastal hazards action plan.

Read the full article at Terra online