Ecology of the Zenobia Shipwreck and Marine ResearchEnaliaPhysis
The document summarizes research on the ecology of the Zenobia shipwreck site off Cyprus and its use for marine research. Studies have found very high biodiversity at the site, including corals, sponges, and fish. The wreck provides an artificial reef and nursery for many species. However, recreational diving is impacting the macroalgae coverage, with significant reductions found in areas with high diving traffic. Ongoing research also examines the effects of environmental factors like temperature changes and mucilage events on the local ecology.
This document discusses opportunities, integration, and barriers related to Oregon State University's open campus initiative. It identifies potential partnerships, funding sources, and staffing needs as opportunities. Integration examples show how research, extension, education, and communications could work together on climate change engagement. Barriers include challenges with time, incentives for partnerships, and demonstrating clear advantages.
Acidification Stress - Commercially Important BivalvesOregon Sea Grant
This document summarizes a research project that aims to develop realistic metrics to measure acidification stress on commercially important bivalves in variable coastal habitats. The project will use a degree day model to account for different components of carbonate chemistry variability and its impact on Pacific oyster larvae in Oregon coastal waters. Experiments will be conducted with NOAA to vary conditions and measure stress and growth responses. The goals are to help oyster growers understand crop success under acidification and engage stakeholders through an outreach plan including a web interface to translate the science.
Dr. Francis Chan's 2012-2014 Oregon Sea Grant-supported project, "Understanding, Forecasting and Communicating the Linkages Between Hypoxia and Ocean Acidification in Oregon's Coastal Ocean"
Geomagneting Imprinting and Homing in Salmon and SteelheadOregon Sea Grant
Salmon use geomagnetic orientation to migrate from the ocean to their home rivers to spawn. This homing ability is important for salmon management and conservation in Oregon. Researchers are studying how salmon imprint and orient themselves at different life stages, from embryos to juveniles to adults. Their goal is to better understand salmon navigation and how hatchery practices may influence homing and straying behavior. Outreach efforts help educate the public on this research.
This document describes a project to identify the characteristics of successful adaptation to coastal climate change. A team of researchers from Stanford University, University of Washington, and Oregon State University will conduct a literature review, workshops with scientists and practitioners, and stakeholder engagement. The project aims to develop clear categories of desirable and undesirable adaptation outcomes, principles for assessing adaptation options, and metrics to measure adaptation success over different timescales. The researchers expect the project to provide guidance to support coastal climate adaptation planning and implementation.
Brief overview of two 2012-14 research projects:
The West Coast Sea Grant-supported project to assess direct marketing approaches for West Coast fishing communities, and Dr. Selina Heppell's "Taking Stock of Oregon's nearshore Fisheries: Development of Simple Assessment Tools for Better Management
Dr. Lorenzo Ciannelli's 2012-2014 Oregon Sea Grant-supported research project, "Predicting Habitat Quality of Juvenile English Sole and Dungeness Crab in Coastal and Estuarine Nursery Grounds"
Ecology of the Zenobia Shipwreck and Marine ResearchEnaliaPhysis
The document summarizes research on the ecology of the Zenobia shipwreck site off Cyprus and its use for marine research. Studies have found very high biodiversity at the site, including corals, sponges, and fish. The wreck provides an artificial reef and nursery for many species. However, recreational diving is impacting the macroalgae coverage, with significant reductions found in areas with high diving traffic. Ongoing research also examines the effects of environmental factors like temperature changes and mucilage events on the local ecology.
This document discusses opportunities, integration, and barriers related to Oregon State University's open campus initiative. It identifies potential partnerships, funding sources, and staffing needs as opportunities. Integration examples show how research, extension, education, and communications could work together on climate change engagement. Barriers include challenges with time, incentives for partnerships, and demonstrating clear advantages.
Acidification Stress - Commercially Important BivalvesOregon Sea Grant
This document summarizes a research project that aims to develop realistic metrics to measure acidification stress on commercially important bivalves in variable coastal habitats. The project will use a degree day model to account for different components of carbonate chemistry variability and its impact on Pacific oyster larvae in Oregon coastal waters. Experiments will be conducted with NOAA to vary conditions and measure stress and growth responses. The goals are to help oyster growers understand crop success under acidification and engage stakeholders through an outreach plan including a web interface to translate the science.
Dr. Francis Chan's 2012-2014 Oregon Sea Grant-supported project, "Understanding, Forecasting and Communicating the Linkages Between Hypoxia and Ocean Acidification in Oregon's Coastal Ocean"
Geomagneting Imprinting and Homing in Salmon and SteelheadOregon Sea Grant
Salmon use geomagnetic orientation to migrate from the ocean to their home rivers to spawn. This homing ability is important for salmon management and conservation in Oregon. Researchers are studying how salmon imprint and orient themselves at different life stages, from embryos to juveniles to adults. Their goal is to better understand salmon navigation and how hatchery practices may influence homing and straying behavior. Outreach efforts help educate the public on this research.
This document describes a project to identify the characteristics of successful adaptation to coastal climate change. A team of researchers from Stanford University, University of Washington, and Oregon State University will conduct a literature review, workshops with scientists and practitioners, and stakeholder engagement. The project aims to develop clear categories of desirable and undesirable adaptation outcomes, principles for assessing adaptation options, and metrics to measure adaptation success over different timescales. The researchers expect the project to provide guidance to support coastal climate adaptation planning and implementation.
Brief overview of two 2012-14 research projects:
The West Coast Sea Grant-supported project to assess direct marketing approaches for West Coast fishing communities, and Dr. Selina Heppell's "Taking Stock of Oregon's nearshore Fisheries: Development of Simple Assessment Tools for Better Management
Dr. Lorenzo Ciannelli's 2012-2014 Oregon Sea Grant-supported research project, "Predicting Habitat Quality of Juvenile English Sole and Dungeness Crab in Coastal and Estuarine Nursery Grounds"
This document describes a project to study realized and potential larval connectivity along the Oregon Coast. The project will use particle tracking models combined with plankton sampling data to identify the source regions and destination sites of crab and barnacle larvae. The goals are to provide guidance for marine protected area monitoring and identify gaps that could limit the effectiveness of Oregon's MPA network. Outreach efforts will include meetings with managers and a public exhibit at the Hatfield Marine Science Center.
Oregon Sea Grant watersheds and water resources activitiesOregon Sea Grant
The document discusses watershed and water resource programs offered by Kleibacker, Giannico & Chan including master watershed stewardship certification programs, stormwater management training and tools, fisheries and wildlife projects, and emerging issues related to climate change and water availability. It also outlines a potential regional initiative between Oregon, Washington, and California Sea Grant programs to develop education and engagement strategies around reducing pharmaceutical contaminants in waterways through research, targeted outreach, and leveraging existing partnerships.
This document summarizes a study modeling the effects of climate change on disease in Pacific salmon. The study will link several models: 1) a degree-day model of the parasite Ceratomyxa shasta's life cycle, 2) the USGS Basin Characterization Model of the Klamath River, 3) a hydraulic model of the invertebrate host's habitat, and 4) an epidemiological model. The linked models will predict how climate change may alter disease severity and distribution. Outcomes include identifying habitats for protection and a model to predict changes in C. shasta and other diseases. The study aims to inform management of healthy fisheries under climate change.
Oregon Sea Grant's budget for FY2012 totaled $6,255,469. The majority (48%) of funding went towards research and program development. Personnel costs accounted for $3,542,390 and are expected to increase by around $100,000-114,100 each year due to faculty salary increases. With a $300,000 balance rolling into July 2012 and anticipated future salary increases covered by grants and contracts, Oregon Sea Grant expects to have $160,000 available for discretionary use going forward.
This document provides an overview of Oregon Sea Grant. It discusses that Sea Grant is a partnership between NOAA and universities that funds research and outreach to address coastal issues. Oregon Sea Grant is based at Oregon State University and focuses on improving human health, promoting economic vitality, and enhancing sustainable coastal ecosystems. It supports research, education, and fellowships in marine science and policy.
This document discusses modern challenges with attention and communication in an information-rich world. It provides an overview of science communication challenges and strategies for engaging stakeholders and influencing behavior, including using social media and surveys to understand audiences and tailor messaging. Non-persuasive and trust-building approaches are recommended over direct persuasion.
This document discusses how social media can be used as a new tool for engaging stakeholders in extension work. It recommends that extension professionals meet people on their own social media grounds to effectively engage the public. It provides tips on determining goals and audiences, sharing existing content across different social media platforms, encouraging sharing, using analytics to measure engagement, and welcoming social media as part of the evolving extension model.
The committee was formed to revisit Sea Grant's allocation policy and criteria for distributing funding among programs as, when adjusted for inflation, the appropriated funding has been steadily declining and may reach zero by 2035. Surveys of Sea Grant programs found a range of views on allocation models but broad support for minimum funding levels and maintaining the current model while addressing inherent inequities. Concerns were also raised that the uncertain budget prospects and NOAA's lack of interest in Sea Grant may not be the right time to make major changes to the allocation approach.
The document discusses NOAA Research and its goals of increasing awareness of NOAA Research among key audiences, communicating about NOAA Research to the news media and constituents, and communicating about NOAA Research online 24/7. It provides contact information for Rochelle Plutchak and Linda Joy and encourages sharing milestones so NOAA Research can communicate them through traditional and web tools.
This document discusses a study examining the use of social media, specifically Twitter and Facebook, by the CDC and WHO during the 2009 H1N1 flu pandemic. The study analyzed over 200 social media posts and official website messages from April to July 2009. It found that the WHO's social media posts more closely reflected the situation updates on its official website, while the CDC's posts varied in focus across platforms. Both organizations avoided direct engagement with users on social media. The study concludes that social media can effectively disseminate timely pandemic information while avoiding misinformation, but direct interaction with users may not be advisable in emergency situations.
Sami Grimes and Heather Treizenberg of the National Sea Grant Office discuss national reporting guidelines and response to network feedback. Sea Grant Week 2010
- Sea temperatures in Korea have increased 1.5°C over the past 100 years and sea levels around Jeju have risen 22cm over the past 40 years, more than the global average increase.
- Surveys have discovered large soft coral colonies covering around 50 hectares in areas around Wando and Goheung, including around Geumdang Island and Chounghwa Island.
- Samples of soft coral were collected for new material discovery and studies of the environment and ecosystems of the soft coral colonies.
Development of an Indonesian Sea Grant Partnership ProgramOregon Sea Grant
Indonesia's Sea Partnership Program (SPP) provides a mechanism for addressing gaps in marine resource management at central and regional levels. SPP matches national strategic priorities with regional development issues through partnerships between regional universities, local governments, NGOs, and the private sector. The program was established in 2002 and had expanded to involve over 86 universities, 39 private institutions, and 77 NGOs across 33 provinces by 2010.
1) The Gyeonggi Sea Grant was established in 2007 to conduct research, education, and outreach activities focused on marine issues in the Gyeonggi area.
2) It is hosted by Inha University and collaborates with local governments, industries, and other universities to solve problems and strengthen marine infrastructure.
3) The program focuses on areas like fisheries, coastal management, energy, tourism, and education through activities such as workshops, internships, and an ocean science camp.
Yeongnam Sea Grant (YSG) is a marine research and education program established in 2005. It aims to support sustainable development of the ocean industry in the Yeongnam region through research, education, and outreach. YSG conducts applied research on local coastal issues, provides educational programs to foster marine experts, and shares information to support industries. Notable achievements include developing management plans for marine protected areas and promoting local fisheries. YSG involves local communities and schools in activities such as coastal cleanups, camps, and training programs to raise awareness of marine conservation.
This document discusses the development of a Korea-style mud boat for marine tourism by the Honam Sea Grant Program. It describes the program's research on 11 eco-tourism villages which found that current mudflat tours pose safety and environmental issues. The program worked with experts and locals to develop a safer, more comfortable and eco-friendly mud boat concept. The final design was a 4.71m hybrid-powered boat that can carry 4 adults across mudflats, water and roads, helping promote the Honam Sea Grant Program's mission of life, science and happiness from the sea.
This document outlines the 2010 action plan and activities for the ChungCheong SeaGrant program. It discusses the following key points:
1. An overview of the Korea SeaGrant program and its expansion to include regional programs like ChungCheong SeaGrant.
2. A description of the ChungCheong coastal region, its environmental issues like pollution, and planned research on topics like water quality and hypoxia.
3. Plans for research, outreach and education activities in 2010-2012 regarding coastal hazards, tourism, and engaging local communities.
4. The goal of the program to preserve coastal resources through integrated scientific research, outreach and education.
This document describes a project to study realized and potential larval connectivity along the Oregon Coast. The project will use particle tracking models combined with plankton sampling data to identify the source regions and destination sites of crab and barnacle larvae. The goals are to provide guidance for marine protected area monitoring and identify gaps that could limit the effectiveness of Oregon's MPA network. Outreach efforts will include meetings with managers and a public exhibit at the Hatfield Marine Science Center.
Oregon Sea Grant watersheds and water resources activitiesOregon Sea Grant
The document discusses watershed and water resource programs offered by Kleibacker, Giannico & Chan including master watershed stewardship certification programs, stormwater management training and tools, fisheries and wildlife projects, and emerging issues related to climate change and water availability. It also outlines a potential regional initiative between Oregon, Washington, and California Sea Grant programs to develop education and engagement strategies around reducing pharmaceutical contaminants in waterways through research, targeted outreach, and leveraging existing partnerships.
This document summarizes a study modeling the effects of climate change on disease in Pacific salmon. The study will link several models: 1) a degree-day model of the parasite Ceratomyxa shasta's life cycle, 2) the USGS Basin Characterization Model of the Klamath River, 3) a hydraulic model of the invertebrate host's habitat, and 4) an epidemiological model. The linked models will predict how climate change may alter disease severity and distribution. Outcomes include identifying habitats for protection and a model to predict changes in C. shasta and other diseases. The study aims to inform management of healthy fisheries under climate change.
Oregon Sea Grant's budget for FY2012 totaled $6,255,469. The majority (48%) of funding went towards research and program development. Personnel costs accounted for $3,542,390 and are expected to increase by around $100,000-114,100 each year due to faculty salary increases. With a $300,000 balance rolling into July 2012 and anticipated future salary increases covered by grants and contracts, Oregon Sea Grant expects to have $160,000 available for discretionary use going forward.
This document provides an overview of Oregon Sea Grant. It discusses that Sea Grant is a partnership between NOAA and universities that funds research and outreach to address coastal issues. Oregon Sea Grant is based at Oregon State University and focuses on improving human health, promoting economic vitality, and enhancing sustainable coastal ecosystems. It supports research, education, and fellowships in marine science and policy.
This document discusses modern challenges with attention and communication in an information-rich world. It provides an overview of science communication challenges and strategies for engaging stakeholders and influencing behavior, including using social media and surveys to understand audiences and tailor messaging. Non-persuasive and trust-building approaches are recommended over direct persuasion.
This document discusses how social media can be used as a new tool for engaging stakeholders in extension work. It recommends that extension professionals meet people on their own social media grounds to effectively engage the public. It provides tips on determining goals and audiences, sharing existing content across different social media platforms, encouraging sharing, using analytics to measure engagement, and welcoming social media as part of the evolving extension model.
The committee was formed to revisit Sea Grant's allocation policy and criteria for distributing funding among programs as, when adjusted for inflation, the appropriated funding has been steadily declining and may reach zero by 2035. Surveys of Sea Grant programs found a range of views on allocation models but broad support for minimum funding levels and maintaining the current model while addressing inherent inequities. Concerns were also raised that the uncertain budget prospects and NOAA's lack of interest in Sea Grant may not be the right time to make major changes to the allocation approach.
The document discusses NOAA Research and its goals of increasing awareness of NOAA Research among key audiences, communicating about NOAA Research to the news media and constituents, and communicating about NOAA Research online 24/7. It provides contact information for Rochelle Plutchak and Linda Joy and encourages sharing milestones so NOAA Research can communicate them through traditional and web tools.
This document discusses a study examining the use of social media, specifically Twitter and Facebook, by the CDC and WHO during the 2009 H1N1 flu pandemic. The study analyzed over 200 social media posts and official website messages from April to July 2009. It found that the WHO's social media posts more closely reflected the situation updates on its official website, while the CDC's posts varied in focus across platforms. Both organizations avoided direct engagement with users on social media. The study concludes that social media can effectively disseminate timely pandemic information while avoiding misinformation, but direct interaction with users may not be advisable in emergency situations.
Sami Grimes and Heather Treizenberg of the National Sea Grant Office discuss national reporting guidelines and response to network feedback. Sea Grant Week 2010
- Sea temperatures in Korea have increased 1.5°C over the past 100 years and sea levels around Jeju have risen 22cm over the past 40 years, more than the global average increase.
- Surveys have discovered large soft coral colonies covering around 50 hectares in areas around Wando and Goheung, including around Geumdang Island and Chounghwa Island.
- Samples of soft coral were collected for new material discovery and studies of the environment and ecosystems of the soft coral colonies.
Development of an Indonesian Sea Grant Partnership ProgramOregon Sea Grant
Indonesia's Sea Partnership Program (SPP) provides a mechanism for addressing gaps in marine resource management at central and regional levels. SPP matches national strategic priorities with regional development issues through partnerships between regional universities, local governments, NGOs, and the private sector. The program was established in 2002 and had expanded to involve over 86 universities, 39 private institutions, and 77 NGOs across 33 provinces by 2010.
1) The Gyeonggi Sea Grant was established in 2007 to conduct research, education, and outreach activities focused on marine issues in the Gyeonggi area.
2) It is hosted by Inha University and collaborates with local governments, industries, and other universities to solve problems and strengthen marine infrastructure.
3) The program focuses on areas like fisheries, coastal management, energy, tourism, and education through activities such as workshops, internships, and an ocean science camp.
Yeongnam Sea Grant (YSG) is a marine research and education program established in 2005. It aims to support sustainable development of the ocean industry in the Yeongnam region through research, education, and outreach. YSG conducts applied research on local coastal issues, provides educational programs to foster marine experts, and shares information to support industries. Notable achievements include developing management plans for marine protected areas and promoting local fisheries. YSG involves local communities and schools in activities such as coastal cleanups, camps, and training programs to raise awareness of marine conservation.
This document discusses the development of a Korea-style mud boat for marine tourism by the Honam Sea Grant Program. It describes the program's research on 11 eco-tourism villages which found that current mudflat tours pose safety and environmental issues. The program worked with experts and locals to develop a safer, more comfortable and eco-friendly mud boat concept. The final design was a 4.71m hybrid-powered boat that can carry 4 adults across mudflats, water and roads, helping promote the Honam Sea Grant Program's mission of life, science and happiness from the sea.
This document outlines the 2010 action plan and activities for the ChungCheong SeaGrant program. It discusses the following key points:
1. An overview of the Korea SeaGrant program and its expansion to include regional programs like ChungCheong SeaGrant.
2. A description of the ChungCheong coastal region, its environmental issues like pollution, and planned research on topics like water quality and hypoxia.
3. Plans for research, outreach and education activities in 2010-2012 regarding coastal hazards, tourism, and engaging local communities.
4. The goal of the program to preserve coastal resources through integrated scientific research, outreach and education.