Schooling fish know that working together is better for everyone. The same is true on the Ocean Portal, where we are gathering a group of outstanding organizations in the fields of marine science, education, media, conservation, and other areas. By pooling our expertise and top assets, we can provide a richer experience than any one of us could alone. Get to know each organization by exploring their contributions on the OP and visiting their websites.
Save Our Seas Foundation is a non-profit organisation headquartered in Geneva, Switzerland. Its purpose is to implement and support diverse Conservation, Awareness, Research and Education (CARE) programmes centred around the protection of the Earth's marine environment.
The global threats facing the marine environment lie at the core of all the projects funded by Save Our Seas Foundation. Overfishing, pollution and lack of effective resource management of the marine environment is destroying our ocean’s habitats and threatens the existence of many marine species.
Since its launch in 2003 the Save Our Seas Foundation has provided funding and support for over 100 diverse projects in more than 40 countries: from funding a patrol boat to help prevent illegal fishing of hammerhead sharks in Costa Rica, to the long-term funding of research into the behavioural ecology of great white sharks in South Africa.
MarViva is a regional, non-governmental organization focusing on the conservation and sustainable use of marine and coastal resources involving protection and support for the management of marine protected areas. MarViva works in Costa Rica, Colombia and Panama.
ARKive is a unique global initiative, gathering together the best films, photographs and audio recordings of the world's threatened animals, plants and fungi into one centralized digital library. Films and photographs are a powerful means of building environmental awareness - they can bring a scientific name to life, show what a species looks like and why it is special. Continued habitat destruction and the rise in extinction rates also mean that for many species, films and photographs may soon be all that remains. They are, therefore, important historical and scientific records of the species they depict. ARKive is leading the 'virtual' conservation effort by creating comprehensive and enduring multimedia species profiles, complementing other species information datasets, and making a key resource available for scientists, conservationists, educators and the general public. These important audio-visual records are being preserved and maintained for the benefit of future generations and are freely available at www.arkive.org.
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My name is Madison Stewart, to my friends ‘pip’ (dads a pirate, mums a hippy, and so I became ‘pippy’) but probably now known better as ‘shark girl’. I began scuba diving at age 12, left school at age 14 to begin home schooling and picked up an underwater camera for the first time. I have always grown up in the oceans, living on a yacht form the age of two and then growing up on the water in Australia’s Gold Coast. At 12 years old I was a certified open water diver at Sundive in Byron Bay, where I now live. My next view of the underwater world was the Great Barrier Reef. Everyone has a special memory of wonder from their childhood, my obsession quickly became the Great Barrier Reef. I left school to start home schooling at age 14 and in an agreement with my father I traded my school fees for an underwater video system, a simple tape camera in a housing. From that point on, the sharks, the Great Barrier Reef, and the oceans worldwide became my normality, my classroom and my home.
I work for sharks, they are everything to me, and my story is one of loss at the hands of environmental injustice, and I work to take back what I believe is mine, and that is a future in an ocean that has sharks. The most important career I can hope to be involved in, is the protection of this planet, and thus my own future. I want a future with sharks in it, this is the end I am fighting for. I have seen a change in my lifetime, I am not an activist, or a conservationist, I am just a person, who refuses to believe they will loose their home in their lifetime, at the hands of governments and worldwide neglect of this species. Not now, nor has it ever been impossible for one person to make a difference.
Photo: Ernst Stewart
As a kid, Chris Meyer filled his closet with shoeboxes of baseball cards, sand from various beaches, anything that indulged his “hyper-active collector gene.” Now, as a Smithsonian scientist and the Director of the Moorea Biocode Project, Chris has turned his hobby into a full-time job collecting and studying marine life in spectacular places like Moorea. Chris’ work is helping to document marine biodiversity, figure out how ecosystems function, and predict how they will respond to change. These are big issues to tackle, because in most of the ocean, the more you look, the more life forms you find. “I see it as a kind of huge scavenger hunt,” Chris says. “It’s very rewarding to pursue questions you are curious about.”
Ed is mostly an evolutionary biologist, with ecology, biogeography, molecular and developmental biology thrown in the mix. Hailing from Argentina, he completed his undergraduate studies at the Universidad Nacional del Comahue (Bariloche, Argentina) and later obtained his Ph.D. from the University of Maryland, College Park (USA). He is currently a visiting scientist at the National Museum of Natural History in Washington, DC. While his current work focuses on the distribution of regenerative ability in marine worms, he has amputated a variety of other critters, and also worked in freshwater ecology and biogeography, and even as an IT developer.
Scientists at the Smithsonian Tropical Research Institute (STRI) in the Republic of Panama collect and analyze data for use in studies on coral bleaching and the fluctuations in ocean temperatures that is known as the El Niño phenomenon. Recent studies by STRI researchers have revealed that coral reefs contain on average nearly five times as many species as had previously been realized. STRI is perhaps most widely known for discovering that sex change is quite normal for coral reef fishes.