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Take plain or train to Kaohsiung Station, continue by Kenting(kending) Bus (No.9117 toward Kenting(kending)) to Nanbaoli Station, than transfer by Kenting(kending) Shuttle Bus (Orange Line, toward National Museum of Marine Biology and Aquarium Station). Take THRS or train to Zuoying Station, continue by Kenting(kending) Bus (No.9188 toward Eluanbi) to Nanbaoli Station, then transfer by Kenting(kending) Shuttle Bus (Orange Line, toward National Museum of Marine Biology and Aquarium Station). Take THRS to Zuoying Station, continue by Kenting(kending) Express Line (No.9188 toward Kenting(kending)) to Nanbaoli Station,then transfer by Kenting(kending) Shuttle Bus (Orange Line, toward National Museum of Marine Biology and Aquarium Station). Marine biologists study how marine organisms interact with their living and non-living environments and how marine ecosystems function.
An exciting, hands-on study programThe course has a strong ecological focus, linking biological and oceanographic processes in the study of marine environments.
What's newDeakin’s Bachelor of Environmental Science (Marine Biology) is now offered at the Geelong Waurn Ponds Campus in addition to our Warrnambool Campus.Discover the great diversity that exists in coastal and oceanic ecosystems, and learn how to sustainably manage precious marine environments.
Experience the marine environmentYou can experience the environment firsthand through state-of-the-art, remotely operated underwater vehicles that beam images back to the boat from the sea floor. An investment in excellenceDeakin has recently invested $5 million in marine and aquaculture science over a five-year period. Links with industryDeakin is a founding partner in the Victorian Marine Sciences Consortium, which provides access to laboratory facilities at Queenscliff. Want to study overseas as part of your degree?Maybe you should apply for the Global Science and Technology Program. Career opportunitiesCareer opportunities for graduates of this course could include marine biology tour guide, fisheries officer, marine biology consultant, laboratory technician, local government environmental officer, aquaculture manager, sustainability project officer as well as moving into research or pursuing postgraduate study.
Honours studyHonours in marine biology gives you the opportunity to develop an in-depth knowledge of your particular discipline through research, additional coursework and training in research techniques. We acknowledge the traditional owners of the lands on which Deakin University stands and we pay our respect.
Because of the many requests for information on schools that offer marine biology degrees, we now have an US education page that lists all schools in the US and an International page listing all schools worldwide that offer marine biology degrees.
One of the most highly evolved fish in danger of overfishing is the Atlantic bluefin tuna, Thunnus thynnus. The Atlantic bluefin tuna is the largest member of the Scombridae family (albacores, bonitos, mackerels, tunas).
Description: Atlantic bluefins are dark blue to black near the dorsal surface and silvery near the ventral surface. World Range and Habitat: Atlantic bluefin live in subtropical and temperate waters of the North Atlantic Ocean, the Mediterranean, and Black Seas. Feed Behavior: Atlantic bluefin tunas consume smaller fishes such as flying fish, herring, whiting, and mullet as well as squid, eels, and crustaceans. Spawning in the Gulf of Mexico occurs between mid-April and mid-June when females, which mature around age 8, release approximately 30,000,000 eggs each. In the eastern Atlantic, spawning occurs exclusively in the Mediterranean and Adriatic Seas from June through August, with the highest larvae concentrations appearing around southern Italy. Prior to 1970, sport fishing was exclusively recreational, as giant bluefin tuna had a commercial value of only $.05 per pound. The supply of fish as protein to the world’s populations is a huge industry that millions of people depend on for their livelihood. The key to stopping this disturbing trend is to combine scientific knowledge on fish populations and their biology with fisheries management today. To make these recommendations, the Commission was instructed to investigate and consider a wide range of factors that impact the health of the ocean including existing policies, economic issues, inter-governmental organization and structure of agencies involved in ocean issues, and the science needed to improve ocean health. Sustainability to address the need for policy that will be effective in the present and in the future.
Stewardship to emphasize the need for the public and private sector alike to recognize the value of the oceans and coasts and to use resources responsibly with a minimal impact on the environment. Ocean-land-atmosphere connections to recognize that these three components are closely linked and policies need to reflect the impact of one on the others.
Ecosystem-based management to ensure that ocean resources are managed based on their ecosystems using a holistic approach ensuring the health of all components including human and nonhuman species. Multiple use management to balance competition for ocean resources while preserving the integrity of ocean and coastal environments. RecommendationsThe Commission identified a number of threats to ocean health in the report, and made recommendations for actions to address them. One of the primary recommendations resulting from the Commission’s preliminary report is the establishment of a National Ocean Council in the Executive Office of the President composed of cabinet secretaries and agency directors with ocean-related responsibilities. The Commission also recommended that national ocean policy be supported by quality ocean education at all levels and across all disciplines, and that ocean-related federal agencies take responsibility for outreach and education of the public as part of their mission. Internal collaboration among federal agencies responsible for coastal management was recommended in the report as a way to maintain economic growth, but with greater capacity to guide growth in a way that will not damage sensitive coastal ecosystems. The growing number of new offshore interests such as aquaculture and wind energy development added to existing marine commerce industries including fisheries and oil and gas may create a greater environmental burden on offshore waters as well as conflict. The Commission also addressed the growing problem of ocean pollution caused by a wide range of contaminants and recommended that measurable ocean pollution reduction goals be established, and that coordination and cooperation among agencies, programs, and individuals is essential to implementing effective management tools for these issues.

Fishery management is one of the largest problems facing our oceans because of depletion of fish stocks driving many species to near extinction and degradation of natural habitats caused by fishing equipment.
Finally, to fund implementation of these recommendations, the Commission recommended establishing an Ocean Policy Trust Fund with revenue collected from offshore oil and gas and other offshore interests. encourages you to read the preliminary report published by the Commission which is available online in html and pdf formats.
One of the most common questions received by MarineBio from members interested in a career in marine biology is what schools offer post-high school education in marine biology and which ones are best? We encourage all of you with questions like these to check out our Education Resources page. We plan to feature specific academic institutions and the curricula they offer in future issues of the MarineBio Newsletter. Stay tuned for the next issue of the newsletter for details and photos from MarineBio’s Expedition to the island of Bonaire!
Help us protect and restore marine life by supporting our various online community-centered marine conservation projects that are effectively sharing the wonders of the ocean with millions each year around the world, raising a balanced awareness of the increasingly troubling and often very complex marine conservation issues that affect marine life and ourselves directly, providing support to marine conservation groups on the frontlines that are making real differences today, and the scientists, teachers and students involved in the marine life sciences.Join us today or show your support with a monthly donation. With your support, most marine life and their ocean habitats can be protected, if not restored to their former natural levels of biodiversity. Study temperate marine biology in a marine environment with some of the highest biological diversity in Australia.
You will undertake fieldwork in natural marine environments on the Victorian coast throughout the course, providing an exciting hands-on program of study.
This includes upgrading the aquaculture research facility to enable the study of marine species in enhanced genetic and fish nutrition laboratories, a new research vessel, oceanographic equipment to expand Deakin's offshore research capabilities and recruitment of additional research and technical staff. Industry and government organisations are represented on the course advisory board to ensure that the course focuses on employability of graduates and regional research partners contribute to project work during the course to ensure it remains relevant and progressive.
It can offer you a competitive edge in the job market along with providing a pathway to a higher degree – including a PhD. We welcome your feedback on the content of the newsletter and would love to hear what you're interested in reading!
These are some of the most magnificent creatures in the sea, and one of the most prized by the fishing industry. It is also one of the largest bony fishes and can reach up to 10 feet in length and weigh up to 1,500 pounds, although these are rare. The Altlantic bluefin is known for the finlets that run down the dorsal and ventrals sides toward the anal fin. They are highly migratory and widely distributed throughout the Atlantic and can be found from Newfoundland all the way to the coast of Brazil.
Although many ecological and environmental variables undoubtedly affect both the location and productivity of spawning in these two areas, relatively little is known concerning why bluefin spawn where they do. The highest density of bluefin larvae, the primary indicator of spawning, occurs in the northern Gulf of Mexico with lesser larval concentrations appearing off the Texas coast and in the Straits of Florida. Although some fishery biologists believe that eastern Atlantic bluefin reach sexual maturity several years earlier than western Atlantic bluefin (possibly as young as ages 4 or 5), this understanding has been criticized.
The Sharp Cup in Nova Scotia was a distinguished international bluefin tournament held from the early 1930s through the 1960s, with a peak landing of 1,760 fish in 1949. Giant trophy tuna that were not kept for personal display or consumption were sold to cat and dog food producers. A substantial charter- or party-boat fishery for small bluefin tuna also exists from North Carolina to Massachusetts. In addition to endangering a wide variety of fish species, overfishing can also harm the oceans’ ecosystems by disrupting food webs. A decrease in consumer demand for certain species will influence the fishing industry to look for alternatives and find species that can be fished sustainably. In addition to the Commission, a science advisory panel was established to help ensure the scientific accuracy of the Commission’s report.
Close attention will be paid to geographic management based on ecosystems rather than on political boundaries. In addition, a Presidential Council of Advisors on Ocean Policy will be established consisting of nonfederal representatives from state, territorial, tribal, local governmental and nongovernmental agencies, and academic institutions. The Commission recommends a coordinated offshore management regime to safeguard against damage to offshore resources. The Commission recommends as part of a long-term plan that a scientific approach be used so that fisheries can be managed based on maintaining health to the ecosystems, and therefore health to the fisheries. Provided there is follow-up to the action items recommended in the report, there is hope that the health of our oceans will no longer be neglected. Many of you request recommendations for videos on marine biology – well, these are the most beautifully photographed and informative videos that we know of.
This cd provides the entire site's content through January 2003 so that you can explore the site offline. We sincerely thank our thousands of members, donors and sponsors, who have decided to get involved and support the MarineBio Conservation Society.

You will also have the opportunity to complete a professional practice unit, which involves a placement for a minimum of two weeks within a relevant, course-related organisation. MB NetRadio (lower right column of every page) is now available for you to enjoy as you browse We are fully non-profit and need funding to continue to make improvements and add information to the site. They can dive as deep as 3,000 feet, and are known to swim long distances as they are a highly migratory species.
There are 12 to 14 spines in the first dorsal fin and 13 to 15 rays in the second dorsal fin. They range in the eastern Atlantic as far north as Norway and down to northern West Africa.
Many other tournaments existed throughout the NE United States until the mid-1960s, when giant bluefin abundance near tournament sites appeared to decline. With the development of the Japanese specialty market in the early 1970s, giant bluefin tuna suddenly represented big money to traditional sport fishermen. For example, Steller sea lion populations in Alaska began declining as their food sources such as cod, pollock, and mackerel were depleted. Carl Safina stated in the quote above, the simple solution is that fish need to be harvested at a rate slower than they can reproduce. To find out more, please visit the Blue Ocean Institute’s ocean-friendly seafood page and the Audubon's National Seafood Wallet Card. The Commission also recommended that the US accede to the United Nations Convention on the Law of the Sea in order to protect national interests and cooperate with the global community on ocean conservation. Feedback and support of the Commission and its report by US citizens is needed in order to keep ocean conservation high on the agenda of the US government. Each of the 8 documentaries covers a different region, and the sea life documented on film varies in size from microscopic plankton to the enormous blue whale. For example, so that we can fulfill our promise to try and document as many marine species as possible, we recently had to spend several thousand dollars to enhance our databases in order to keep the site fast and efficient.
According to tagging research, they swim from the US Atlantic coast to feeding grounds in the Mediterranean. Atlantic bluefin spawn in the Gulf of Mexico between April and June and in the Mediterranean Sea in June and July. Although studies have been inconclusive regarding these changes, hypothesized causes include changes in water temperature, oceanic currents. Perspectives on the fishery shifted, and the recreational character of the fishery was altered by economic opportunity. Another example is that decreases in populations of herbivorous fish that live on the plant algae covering coral reefs causes damage to the reefs as algae overgrows and blocks the sunlight needed for coral growth.
The alternative is that we simply keep running out of species to fish for, and the fishing industry destroys itself as well as the oceans that supported it.
The next step will be to address the issues involving enforcement which is often the greatest challenge. Your $5, $10, $20+ donation would greatly help us to continue making the best site for marine biology information on the WWW.
Bluefin tagged in the Bahamas have been captured in Norway as well as off the coast of Brazil. A giant 225-kilogram trophy fish was, by the late 1970s, a highly valued Japanese delicacy.
Today, FAO estimates that more than 70% of the world’s major fish stocks have been dangerously exploited, 9-10% of which have been fully depleted or are recovering from depletion. For additional detail on this problem, Greenpeace has an excellent Web site filled with information as well. Bluefin in the South Atlantic belong to a distinct southern population, with known spawning areas south of Java, Indonesia. The bottom line is that these fish stocks are being fished at a rate that is not sustainable. Safina is a world-renown scientist and fisherman who has made it his mission to educate people about the damage overfishing is causing and the need for sustainable fisheries management and sustainable seafood choices through his non-profit organization the Blue Ocean Institute. The book is unique in that it is beautifully written, and comes across as part science, part travel narrative, and part treatise on ocean conservation.
MarineBio gives this book 5 starfish, and we encourage anyone interested in the ocean to read it.

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