- Deep Sea Fauna
- Environmental Variability
- Consequences of DWHOS
- Student Research
- DEEPEND Publications
Matthew Johnston is a research scientist and scientific computer programmer at the Nova Southeastern University Oceanographic Center. Matt received his BS in information systems from Linfield College, MS in marine biology from Nova Southeastern University, and expects completion of his PhD in February of 2014 from Nova Southeastern University. His research focuses on forecasting the incursion patterns of marine invasive species, such as the lionfish, founded on the development of cellular automaton computer models which couple physical oceanographic measurements with biological traits of the invader. Matt has provided programming support for such institutions as the Guy Harvey Research Institute, Living Oceans Foundation, the IUCN, and the Global Invertebrate Genomics Alliance. More information about his research can be found on his website. For the DEEPEND project, Matt will perform as the database manager and web portal developer. He will also provide ancillary programming support for the project.
FORT LAUDERDALE-DAVIE, Fla. – It has been said that we know more about the surface of the moon than we do about our own planet’s oceans. That especially applies to the deepest parts of our oceans – depths that are 200 meters or deeper.
Researchers from organizations around the world who specialize in studying and exploring the deepest regions of our oceans have come together to pen a cautionary tale that urges we take a critical look at how we’re treating our seas.
“We need to consider the common heritage of mankind - when do we have the right to take something that will basically never be replaced or take millions of years,” said Tracey Sutton, Ph.D., Associate Professor at Nova Southeastern University’s Oceanographic Center.
Sutton, along with scientists and professors from California to Germany to the United Kingdom have written a paper that is being published by Science magazine that calls for increased stewardship when it comes to our oceans. The paper can be found online at Sciencemag.org
The paper addresses the many ways the oceans are currently being exploited (i.e. mining, over-fishing, etc.) and says that we have to “make smart decisions now about the future of the deep ocean.” The goal is to reach a “happy balance” that weigh benefits of use against both direct and indirect costs of extraction, including damage to sensitive and yet unknown ecosystems.
“There’s so much more we need to learn about these deep, mysterious places on our planet and our fear is some ecosystems and marine species will be eradicated before we even know they existed,” said Sutton. “The deep ocean is already experiencing impacts from fishing, oil and gas development and waste disposal, and we are trying to get people to pause and see if there are better ways to do things before we negatively impact our seas.”