OREGON STATE UNIVERSITY

marine science and the coast

Comprehensive report of world’s transboundary water basins finds hotspots of risk

CORVALLIS, Ore. – Environmental stresses including climate change and population growth will have an enormous impact on the world’s waterways that cross international borders, a new report concludes, but economic development may have consequences just as far-reaching.

The United Nations Environmental Group has just completed the most comprehensive assessment of the world’s 286 transboundary river basins yet attempted and identified “hotspots” where geopolitical risks are projected to increase in the next 15 to 30 years.

“The proliferation of dams and diversion of water from countries that are upstream from other nations that are dependent on that water is of growing concern,” said Aaron Wolf, an internationally recognized water treaty expert from Oregon State University, who was involved in creating the report. “There simply isn’t enough water to go around.”

These transboundary river basins and other waterways span 151 countries and include more than 40 percent of the world’s population and land area. The analysis, “Transboundary Waters Assessment Programme,” was a collaborative effort between eight international organizations and research institutes and Oregon State University.

Among the areas considered hotspots, the report concludes, are the Middle East, Central Asia, and the Ganges-Brahmaputra-Meghna basin.

The Tigris-Euphrates river basins are the focus of much of the stress in the Middle East, Wolf pointed out. Turkey is building dams upstream, which could reduce water previously used by Iraq and Syria. Political destabilization and the control of some dams by ISIS further complicates the issue.

“It is a blueprint for trouble,” Wolf said, “when a country upstream wants to build a dam and has no agreement with the country or countries downstream.”

Central Asia became a hotspot after the breakup of the Soviet Union, which once controlled the water in the region. In recent years, Tajikistan and Kyrgyzstan have developed plans to construct dams that would reduce water now being used for irrigation downstream in Kazakhstan and Uzbekistan. Increasing use of water from Central Asian river has resulted in the lowering of the Aral Sea, and increased dangers from toxic waste deposits.

The Ganges-Brahmaputra-Meghna basin has a similar issue, which is repeating itself through the Chinese Himalayas, said Wolf, who is a professor in OSU’s College of Earth, Ocean, and Atmospheric Sciences.

“China has massive energy requirements and has been very active in building dams as they try to wean themselves off coal,” Wolf said. “Water is being impacted on many of the rivers in the Himalayas in one form or another and 1.5 billion people downstream rely on it. In some of the delta, as the rivers drop, salt water intrudes and further destabilizes the environment.”

The Nile basin faces similar issues, Wolf noted.

Not all of the troubled areas are because of political issues, the OSU researcher pointed out. The southwestern United States and northern Mexico rely almost solely on the Colorado River and the Rio Grande for water.

“We have great agreements with Mexico,” Wolf said. “But there’s just not a lot of water there. And climate change may make it worse.”

Many of these hotspots have been known about for some time, but the baseline data in the assessment combined with the first comprehensive look at the impact of multiple stressors may allow policy-makers to get ahead of the curve before disaster strikes, Wolf said.

“From a geopolitical standpoint, if you can identify places where things have the potential to blow up before people realize it, you can jump-start the conversation and begin what we call “preventive diplomacy,’” Wolf noted. “Imagine if we could have had such a conversation about the Klamath River basin in Oregon before the drought of 2001.”

One area of potential trouble, Wolf said, is in the Salween basin, where water from China may be dammed before it can get to Myanmar and Thailand. “All three countries have development plans for the region,” he said, “and none of them are compatible.”

The Helmand and Harirud basins, shared by Afghanistan and Iran, also have the potential for flare-up, Wolf said.

“The U.S. wants Afghanistan to develop its economy and become more independent, but Iran downstream also wants that water and has tenuous relations with us. We hope that the information in this report will provide early warning so appropriate actions can be taken to prevent escalating tensions.”

The report is available online at http://twap-rivers.org/

Partners in the assessment include the Center for Environmental Systems Research, Germany; Center for International Earth Science Information Network, Columbia University; City University of New York, Delta Alliance; International Union for the Conservation of Nature; International Geosphere-Biosphere Program; Oregon State University; Stockholm International Water Institute; and the United Nations Environment Program-DHI Partnership.

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Aaron Wolf, 541-737-2722, wolfa@geo.oregonstate.edu

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Fish traps at the site of a proposed dam on the Mekong River at the border between Laos and Cambodia. This photo is available at: https://flic.kr/p/FMkr5H 
















dam
A micro-hydro facillty on the Salween River in Yunnan Province, China, along a stretch of river slated for large dam development.

 

OSU’s Hatfield Center to host Marine Science Day on April 9

NEWPORT, Ore. – Oregon State University’s Hatfield Marine Science Center will open its doors to the public on Saturday, April 9, for its annual Marine Science Day, when visitors will have an opportunity to visit laboratories behind-the-scenes, connect with scientists, and learn more about emerging oceanographic technologies and current marine research.

The free event also features hands-on exhibits and opportunities to talk to scientists from OSU and several federal and state agencies that have operations at the Newport center. It runs from 10 a.m. to 4 p.m. at the center, located southeast of the Highway 101 bridge over Yaquina Bay. 

The science to be shared with the public includes talks, exhibits or information on:

  • The Ocean Observatories Initiative, which includes high-tech underwater sensors, platforms and robots, recently deployed in the Endurance Array off the coast of Newport;
  • Aquaculture including oysters and a newly-developed variety of dulse, a seaweed that when cooked tastes like bacon;
  • Whale and seal research by the internationally-known Marine Mammal Institute; and
  • A behind-the-scenes look at the Visitor Center’s animal husbandry program and a chance to meet the aquarists, hosted by Oregon Sea Grant and Oregon Coast Community College

A lecture at 2:30 p.m. by oceanographers Bill Peterson of the National Oceanic and Atmospheric Administration and Jack Barth of OSU’s College of Earth, Ocean, and Atmospheric Sciences will look at the past, present and future technologies of ocean observing. The talk will be in the Hennings Auditorium. 

“Marine Science Day will highlight the rich history and emerging technologies around ocean observing,” Barth said. “With a long-standing legacy of off-shore research, OSU is ushering in a new era of oceanography centered around the Endurance Array now in operation off the coast of Oregon. Visitors will have a unique opportunity to learn about the diverse ways scientists observe the ocean.”

Visitors may also learn about the progress of OSU’s Marine Studies Initiative, which seeks to host 500 students-in-residence in Newport by 2025. Fundraising is well under way for the new teaching and research facility in Newport. 

“Marine Science Day offers a great opportunity to understand why we are so excited about bringing the Marine Studies Initiative here,” said Hatfield Center Director Bob Cowen. “The hands-on experiences for students are remarkable.” 

Multimedia exhibits will include a new film on the challenges of ocean acidification; undersea exploration of fisheries, volcanoes and marine mammals using video and acoustics; and fascinating images of microscopic plankton by the Plankton Portal program. 

A public feeding of the octopus Montgomery will take place at 1 p.m. in the Visitor Center and special activities for children and families can be found throughout the event.

More information on the event is available at: http://hmsc.oregonstate.edu/marinescienceday/

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Maryann Bozza, 541-867-0234, maryann.bozza@oregonstate.edu

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Visitors gather at the octopus tank during a previous Marine Science Day

Octopus

Ocean-observing equipment and technology

ocean observing

Injuries among Dungeness crab fishermen examined

CORVALLIS, Ore. – Commercial Dungeness crab fishing on the West Coast is one of the highest risk occupations in the United States, based on fatality rates. But non-fatal injuries in the fishery appear to go largely unreported, a new study from Oregon State University shows.

While the fatality rates in the Dungeness crab fleet have been reported in the past, the incidence of non-fatal injuries have not been previously studied, said Laurel Kincl, an assistant professor of environmental and occupational health and safety in the OSU College of Public Health and Human Sciences.

“The commercial Dungeness fishing fleet, which operates along the coast of Oregon, Washington and Northern California, is a vital economic commodity,” she said. “Injuries can be life-threatening and life-altering, leading to disability, decreased quality of life and lost wages.”

Understanding the type and nature of fatalities and injuries, including describing and categorizing the types of injuries, is the first step in identifying safety issues and pinpointing areas for prevention, she said.

Kincl and a team of researchers examined 12 years of death and injury data, and found that 28 people died while commercially fishing for Dungeness crab from 2002-2014. In that same period, 45 injuries were reported to the U.S. Coast Guard.

The fatality rate among Dungeness crab fishermen is several times higher than the national rate for commercial fishing. But the injury rate among Dungeness fishermen is much lower than injury rates in other commercial fishing fleets that have been studied.

“Fatal injuries are tracked in a national system, but non-fatal injuries are not,” Kincl said. “We knew there was likely underreporting, but we had no idea how low the injury numbers were until now.”

The findings, published in the latest issue of the journal International Maritime Health, are the first step to better understanding fishing injuries among Dungeness crab fishermen. The research is part of an OSU-led research project to identify and reduce the risks of injuries in the industry, Kincl said.

The Fishermen Led Injury Prevention Program, or FLIPP, is designed to take a new approach to fishing industry injury prevention by working with commercial Dungeness crab fishermen to identify and reduce injury risks. The project is supported by a three-year, $825,000 grant from the National Institutes for Occupational Safety and Health. Kincl is the principal investigator.

The lead author of the paper, Samantha Case, is a researcher in the NIOSH office in Alaska. Other co-authors are OSU Associate Professor Viktor Bovbjerg; OSU doctoral student Laura Syron and Devin Lucas, who earned his doctorate at OSU and works at NIOSH.

The researchers found that the majority of the fatalities, about 71 percent, occurred during vessel disasters, such as boats capsizing or sinking. The other deaths were the result of a fisherman drowning or falling overboard. Fractures were the most commonly reported injury, at 40 percent, followed by hypothermia, lacerations and digit amputations.

Working with Oregon Sea Grant and community researchers in local fishing communities, Kincl and her colleagues are meeting with focus groups of fishermen and surveying fishing crews along the Pacific coast to learn more about safety and injuries in the industry.

“No one has ever gone up and down the coast and learned from the fishermen,” Kincl said. “What are they doing to stay safe? Are there things that can be improved? How can we share that information among the various crews?”

By the end of the project, researchers plan to come up with and test several interventions that could help reduce injuries among crab fishermen.

“We want to identify some things that might work, but we don’t want to tell them what to do,” Kincl said. “We want to let them decide what would be most helpful.”

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Laurel Kincl, 541-737-1445, Laurel.kincl@oregonstate.edu

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Crab pots on the Oregon Coast

 

Public Health and Sea Grant

Researcher Laurel Kincl

Laurel Kincl Lab

Low-oxygen ‘dead zones’ in North Pacific linked to past ocean-warming events

CORVALLIS, Ore. – A new study has found a link between abrupt ocean warming at the end of the last ice age and the sudden onset of low-oxygen, or hypoxic conditions that led to vast marine dead zones.

Results of the study, which was funded by the National Science Foundation, are being published this week in the journal Nature.

Large-scale warming events about 14,700 and again 11,500 years ago occurred rapidly and triggered loss of oxygen in the North Pacific, raising concern that low-oxygen areas will expand again as the ocean warms in the future. Anomalous warmth occurring recently in the Northeastern Pacific Ocean and the Bering Sea – dubbed “The Blob” – is of a scale similar to the events documented in the geologic record, the researchers say. If such warming is sustained, oxygen loss becomes more likely.

Although many scientists believe that a series of low-oxygen “dead zones” in the Pacific Ocean off Oregon and Washington during the last decade may be caused by ocean warming, evidence confirming that link has been sparse.

However, the new study found a clear connection between two prehistoric intervals of abrupt ocean warming that ended the last ice age with an increase in the flux of marine plankton sinking to the seafloor, ultimately leading to a sudden onset of low-oxygen conditions, or hypoxia.

“Our study reveals a strong link between ocean warming, loss of oxygen, and an ecological shift to favor diatom production,” said lead author Summer Praetorius, who conducted the research as part of her doctoral studies at Oregon State University and is now a postdoctoral researcher at Carnegie Institution for Science.

“During each warming event, the transition to hypoxia occurred abruptly and persisted for about 1,000 years, suggesting a feedback that sustained or amplified hypoxia.” Praetorius added.

Warmer water, by itself, is not sufficient to cause diatom blooms, nor hypoxia, the researchers note. Just as warming soda pop loses its fizzy gas, warmer seawater contains less dissolved oxygen, and this can start the oxygen decline. But it isn’t until there is accelerated blooming of microscopic diatoms – which have large shells and tend to sink more efficiently than other smaller types of plankton – that deoxygenation is amplified.

Diatoms are known to thrive in warm, stratified water, but they also require sources of nutrients and iron, according to Alan Mix, a professor in Oregon State’s College of Earth, Ocean, and Atmospheric Sciences and co-author on the Nature study.

Surface warming also reduces upward mixing of nutrients from the deep sea. “So there are some competing effects,” Mix said, “and the final story depends on which effect wins.”

“The high-latitude North Pacific is rich in the common nutrients such as nitrate and phosphate, but it is poor in iron and this seems to be the key,” Mix said. “A partial loss of oxygen causes a chemical reaction that releases iron previously trapped in continental margin sediments – and this iron then fuels the diatoms, which bloom, die, and sink toward the seafloor, consuming oxygen along the way.”

The concern is just how rapid the ocean can respond, the researchers say.

“Many people have assumed that climate change impacts will be gradual and predictable,” Mix said, “but this study shows that the ecological consequences of climate change can be massive and can occur pretty fast, with little warning.”

Because the competing effects of mixing and iron may happen on different timescales, the exact sequence of events may be confusing.  On the scale of a few years, mixing may win, but on the scale of decades to centuries, the bigger effects kick into gear.  The geologic record studied by Praetorius and colleagues emphasized these longer scales.

The new discovery was the result of a decades-long effort by numerous researchers at Oregon State to collect marine sediment cores from the North Pacific, creating comprehensive, high-resolution records of climate change in the region. The temperature records come from trace quantities of organic molecules, called biomarkers, produced by plankton. This method of temperature sensing from sedimentary records was developed and tested by Fred Prahl, a professor emeritus at OSU.

“We tested many different strategies for reconstructing past temperature and looked at the imperfections of the geologic record, but these temperature records emerged as the most precise available,” Prahl said.

In addition to “The Blob” – the unusually warm ocean temperatures seen across the North Pacific – this year has seen a record-breaking algal bloom dominated by a certain species of diatom, Praetorius noted.

“While it’s too soon to know how this event ties into the long-term climate patterns that will emerge in the future, the current conditions seem eerily reminiscent of the past conditions that gave way to extended periods of hypoxia,” she said.

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Summer Praetorius, 510-648-5027, spraetorius@carnegiescience.edu; Alan Mix, 541-737-5212, mix@ceoas.oregonstate.edu

Two OSU faculty receive prestigious ‘early career’ awards

CORVALLIS, Ore. – Two Oregon State University faculty members have received prestigious early career awards from national entities. 

Both are in OSU’s College of Earth, Ocean, and Atmospheric Sciences.

Emily Shroyer received a 2015 Young Investigator Award from the Office of Naval Research. An expert in the physics of oceans and atmospheres, Shroyer received the award for her proposal to study the small-scale processes that control the movement and mixing of heat and fresh water within the ocean. Her work investigates “internal waves” that propagate beneath the ocean’s surface, redistributing energy and mass.

“Waves beneath the ocean's surface can break and mix water very effectively. They can transport mass, plankton, and larvae from one region to another. And, the large fluctuations in temperature that accompany these waves alter sound propagation through the local environment,” Shroyer said.

Angelicque “Angel” White has been named a 2015 recipient of the Ocean Sciences Early Career Award, which she will receive this December at the annual meeting of the American Geophysical Union. White, an ocean ecologist and biogeochemist, was cited for her contribution to the understanding of the relationship between microbial communities and surrounding seawater.

“Understanding the biological and physical relationships in the ocean is a daunting challenge,” White said. “We dunk bottles in the ocean, we send little drones into the seas, we tether moorings and launch drifters, we scan the surface with satellites, yet in the end, we see so very little of this immense, moving, alive and fluid ocean.”

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Abby Metzger, 541-737-3295, ametzger@coas.oregonstate.edu 

NSF selects Oregon State to build cohorts of leaders in marine science, data and policy

CORVALLIS, Ore. – Oregon State University this fall will begin selecting graduate students for a bold new program to train cohorts of students that will tackle emerging issues in marine science.

The National Science Foundation chose Oregon State to develop the program, which focuses on the use of “big data” to analyze and understand the effects of human activities and climate change on the ocean system around the world. It also requires students to look at the impact of potential management decisions on the stakeholders – the fishing industry, for example – as well as the environment. 

This National Science Foundation Research Traineeship (NRT) program is being funded by a five-year, $3 million grant from NSF.

“This really is a new approach to the training of students in natural resource education,” said Lorenzo Ciannelli, a professor of ocean ecology in OSU’s College of Earth, Ocean, and Atmospheric Sciences and principal investigator on the project. “Typically, students in science focus on a comparatively narrow area of the discipline and work individually. 

“In our NRT program, students will address marine science issues with significant societal impact and will have to work in a group with 2-3 other students who have different backgrounds and expertise,” he added. “They will not only have to understand the science, but what it means for the resource management, and the people that it impacts.”

A core group of faculty from the colleges of Earth, Ocean, and Atmospheric Sciences, Engineering, Liberal Arts and Science will provide leadership on the project, bringing to the initiative such diverse backgrounds as mathematics, human development and family science, sociology, genetics, computer science, ocean modeling, statistics, geography and others. 

Requiring students to work across disciplines is what they’ll encounter in the working world, said Sastry Pantula, dean of OSU’s College of Science, which is actively involved in the new program.

“Solving major complex issues related to climate change, marine studies and risk assessment requires people to have a diversity of expertise to work together,” Pantula said. “No single person has expertise in all sciences, mathematics and statistics. Bringing an interdisciplinary cohort together will enhance depth in core areas, breadth of communication across various fields, and strength in statistical and computational skills. This program takes advantage of the unique collaborative spirit of OSU.”

The program will provide for more than 30 fellowships for OSU master’s and doctoral students, and has room for perhaps an additional 30 students if they have an alternative funding source, Ciannelli said. The students and participating faculty will decide on the projects.

One example of an issue is what the university included in its proposal to NSF – the management of chinook salmon along the Oregon coast. 

“If you look at chinook, the management is rather complicated,” Ciannelli pointed out. “The fishery is comprised of numerous different stocks, some of which are doing well, like the Columbia River, and others which are struggling, like that of the southern range, including the Klamath River and Sacramento River.

“But when you catch fish out in the ocean, you aren’t sure where they’re from, so how do you gauge the impact on a particular river basin system?” he added. “The challenge is to see if you can create a fine-scale management tool that might be allow more fishing, yet protect depleted stocks. Or it may turn out that the students will find the current management system is the best approach for the situation.”

OSU researchers, including Professor Michael Banks, Ph.D. student Renee Bellinger and others, already are involved in a project along the coast to use genetic identification on fish caught in the ocean to identify their river of origin in hopes of enabling “real-time” management protocols. 

“I would envision some of our students working on that project,” Ciannelli said.

Pantula said the amount of data involved in such studies can be staggering, weaving in not only salmon catch data, but also ocean conditions, genetic analysis, historic data, and climate data. The program’s focus on ‘big data,’ risk assessment and uncertainty quantification is important, he said, because such analysis is becoming an increasingly important research tool. The integration of policy implications and communication to stakeholders and the public is essential. 

“This program also fits in greatly with OSU’s Marine Studies Initiative and the critical need to enhance data science on campus,” Pantula said.

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Lorenzo Ciannelli, 541-737-3142, lciannelli@coas.oregonstate.edu; Sastry Pantula, 541-737-4811, Sastry.Pantula@oregonstate.edu

OSU’s Hatfield Marine Science Center to turn 50 years of age

NEWPORT, Ore. – Fifty years ago this summer, Oregon State University’s Hatfield Marine Science Center opened its doors as a fledgling research and education facility envisioned to help the depressed central Oregon coast economy revive.

Today it stands as one of the most important and unique marine science facilities in the country, bringing together a plethora of scientists from different agencies to tackle some of the most pressing issues facing the world’s oceans, educating a new generation of students about these issues, and reaching out to inform the public about their impacts.

This month, OSU and the Hatfield Marine Science Center will commemorate their half century of success with a celebration and reception on Friday, Aug. 7, at the center. The public is invited.

“This is an opportunity to look at the past and honor the people and events that have made the Hatfield Marine Science Center such a special place,” said Bob Cowen, director of the center. “It’s also a time to celebrate the future, as OSU is launching its Marine Studies Initiative and working on plans to expand the center and its capacity.”

The 50th anniversary celebration will begin at 4:30 p.m. just outside the Hatfield Marine Science Center, located south of the Yaquina Bay Bridge in Newport. The celebration will feature speakers, displays, a historical slide show, and a video featuring faculty, student and community perspectives on the center’s future plans. A reception will follow from 5:30 to 7 p.m.; the events are free and open to the public.

Earlier in the day, a special presentation by Rick Spinrad, chief scientist for the National Oceanic and Atmospheric Administration, will be held in the Visitor Center Auditorium. His talk, “How Oceanography Saved the World,” beginning at 3 p.m., is part of the 50th Anniversary Alumni Speaker Series. He is former vice president for research at OSU – and a former graduate student at the center.

Other speakers include former Oregon State President John Byrne, a former NOAA administrator.

Event information and links to HMSC archives, historic photos, video and a timeline of landmarks for the Hatfield Marine Science Center can be found at: http://hmsc.oregonstate.edu/50th.

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Maryann Bozza, 541-867-0234, maryann.bozza@oregonstate.edu;

Bob Cowen, 541-867-0211, robert.cowen@oregonstate.edu

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Link to archival photo: https://flic.kr/p/wh6uPg

 

 

 

 

 

 

 

 

 

 

 

 

Natural Resources Leadership Academy 2012

 

 

 

OSU among best Earth and environmental sciences programs in the world

CORVALLIS, Ore. – Oregon State University is ranked among the strongest Earth and environmental sciences programs in the world by the journal Nature.

OSU is ranked 30th among all programs (which includes both universities and federal agencies), 20th among world universities, and 16th among American universities.

The rankings are based on the number of articles by researchers associated with an institution that appear in one of 68 natural science journals that comprise the Nature Index, with a weighted score given to articles with a large number of citations by other researchers, as well as the amount of attention received online.

The top five institutions are all agencies, led by the Chinese Academy of Sciences. In second was the Helmholtz Association of German Research Centres, followed by the National Oceanic and Atmospheric Administration (NOAA) in third; National Aeronautics and Space Administration (NASA), fourth; and the French National Centre for Scientific Research, fifth.

The leading university is the California Institute of Technology, which overall ranked sixth in the world. Other leading U.S. universities included the University of Colorado, seventh; the University of California at San Diego, eighth; and the University of Washington, 10th.

Among non-U.S. academic institutions, the University of Tokyo was ranked highest at 11th. Other international leaders were the University of Oxford, 14th; Utrecht University in The Netherlands, 23rd; and Australian National University, 29th.

Oregon State has strong international programs in Earth and marine sciences – primarily in the College of Earth, Ocean, and Atmospheric Sciences and at the Hatfield Marine Science Center in Newport, but also in several other colleges.

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Jack Barth, 541-737-1607; barth@coas.oregonstate.edu

Oregon Hatchery Research Center to host open house, festival

CORVALLIS, Ore – The Oregon Hatchery Research Center will hold its annual Fall Creek Festival on Saturday, Nov. 1, from 10 a.m. to 4 p.m.

The center, which is jointly operated by the Oregon Department of Fish and Wildlife and the Oregon State University Department of Fisheries and Wildlife, is located 13 miles west of Alsea on Highway 34. The event is free and open to the public.

The center is an important research site for studying similarities and differences between hatchery-raised and wild salmon and steelhead. It is located on Fall Creek, a tributary of the Alsea River.

“There has been a strong run of salmon this year throughout the Northwest, and festival participants should have an opportunity to view a number of fish,” said David Noakes, a professor of fisheries at OSU and science director for the center.

A free lunch will be provided during the festival, which also includes a number of children’s activities and workshops. Workshops begin at both 10:30 a.m. and 2 p.m., with topics including fish printing, water color painting, wire wrap jewelry-making, salmon cycle jewelry, bird house building, and stamping.

Registration for the festival is required since space is limited. Call 541-487-5512, or email oregonhatchery.researchcenter@state.or.us

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David Noakes, 541-737-1953, david.noakes@oregonstate.edu

Coast conference to explore marine issues

FLORENCE, Ore. – The State of the Coast conference will be held in Florence on Oct. 25, a program designed to bring coastal citizens, business leaders and local government representatives together with scientists and students to explore the current and future state of Oregon’s marine environment.

The day-long event will be at the Florence Events Center, 715 Quince St. It is open to the public, and registration fees are $35 for general admission, $25 for students. Registration opens at 8 a.m. and sessions start at 9 a.m. Lunch is included.

Built on a rich, 10-year history as the Heceta Head Coastal Conference, the 2014 State of the Coast is now being organized by Oregon Sea Grant at Oregon State University. It features a keynote address by Paul Greenberg, the James Beard Award-winning author of the best-selling "Four Fish” and "American Catch" books about seafood and ocean sustainability.

The program includes talks and panel discussions about new marine research, a report on sea star wasting syndrome, coastal seafood cooking demonstrations and a debate featuring OSU fisheries and wildlife students considering the question "Should Oregon promote wave and wind energy in our coastal waters?"

Attendees will have a chance to learn about some of the graduate and undergraduate ocean and coastal research going on at OSU and elsewhere, and talk informally with the young scientists.  More information and registration is available online at http://www.stateofthecoast.com/

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Flaxen Conway, 541-737-1339

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Wave Energy

Wave energy testing device