2013 Sea Secrets Lecture Series – Mark Your Calendar for the Season!

Screen shot 2013-01-10 at 3.06.34 PMThe Rosenstiel School of Marine & Atmospheric Science and the Ocean Research and Education Foundation have teamed up once again to host distinguished scientists and explorers as part of the 2013 Sea Secrets lecture series.  The events are free and open to the public. Programs take place in the Rosenstiel School Auditorium, 4600 Rickenbacker Causeway on Virginia Key, Fla. beginning with a reception at 5:30 p.m., followed by the lecture at 6:00 p.m.

 

Wednesday, January 16, 2013
BIMINI HOAX: THE TRUTH ABOUT ATLANTIS
Eugene A. Shinn, Professor, University of South Florida College of Marine Science & UM Alumnus

The mysterious rock megaliths off the island of Bimini in The Bahamas have interested geologists and New Age thinkers for more than 50 years. Some believe the stones are remnants of the lost city of Atlantis, while geologist have alternative ideas. Geologist Gene Shinn has been involved in the heated controversy over these megaliths since the 1970s when he headed up the US Geological Survey field station on Fisher Island. Gene majored in biology on a music scholarship at the University of Miami, while at the same time becoming a national spearfishing champion, underwater-explosives expert and photographer. His dynamic presentation will illustrate why New Agers feel so strongly about the megaliths origin. The adventure is also described in his upcoming memoir, Bootstrap Geologist.

Wednesday, February 13, 2013
RATIONAL COMEDY FOR AN IRRATIONAL PLANET
Brian Malow, Earth’s Premier Science Humorist (self-proclaimed)

Plunge into marine science with comedian Brian Malow.  From coral reefs to the Marianas Trench, plankton to whales, photosynthesis to climate change, he will discover the lighter side and bring it to the surface. Malow has been featured in Nature, The Washington Post, and The New York Times, and in programs such as The Late, Late Show with Craig Ferguson and NPR’s Science Friday with Ira Flatow. He has also performed to rave reviews for NASA, JPL, NIST, NSF, AAAS – and many other acronyms.  He creates science videos for Time Magazine’s website and is a contributor to Neil deGrasse Tyson’s radio show.  Currently working in science communications at the North Carolina Museum of Natural Sciences, Malow is widely acclaimed for his workshops and presentations which help train scientists to become better speakers.

Wednesday, March 13, 2013
THE HUMAN FACTOR: OUR IMPACT ON EARTH’S FINAL FRONTIER
Charles Fisher, Professor of Biology, Pennsylvania State University

Considered by many to be the planet’s final frontier for exploration, the deep sea is home to a wealth of mineral, oil and gas deposits that mankind’s ever- increasing population will need in the future. Biologist Chuck Fisher has been studying the communities that live around natural oil and gas seeps in the deep Gulf of Mexico, and those that live on deep sea hydrothermal vents since their discovery about 30 years ago. This pioneer in the field is an expert on the amazing evolutionary adaptations of giant tubeworms and other strange animals to the extreme, often toxic environments of undersea volcanoes and oil seeps. With the first deep sea mining of hydrothermal vents scheduled for 2013, and drilling in the Gulf moving into deeper and deeper water, much of Fisher’s research is now addressing the ecology of these poorly known communities and their resiliency to human impacts.

Wednesday, April 17, 2013
CHOREOGRAPHING OCEAN CONSERVATION
Tierney Thys, National Geographic Explorer

We need to tap all of our creative talents to help conserve our vital ocean resources. With this in mind, National Geographic Explorer, Tierney Thys, works closely with photographers, dancers, filmmakers, gamers and other artists to help infuse quality science and conservation messaging into their work. In addition to conducting her own research on the giant ocean sunfish Mola mola, this scientist and ocean conservationist is: the writer/ producer for Stories from the Sea–an award-winning TEDed web series; the lead science advisor for the renowned dance troupe, Capacitor’s, Okeanos Project and; Daily Explorer in AnimalJam.com, an online world for 6-9 year olds with 6 million registered players. She served as Director of Research for the acclaimed Strange Days on Planet Earth PBS documentary series on global environmental change. In this media rich presentation, this TED braintrust member will present examples of what has and hasn’t worked, and discuss the value of reaching both the heart and mind to move conservation issues forward.

Winners of the University of Miami’s 2013 Underwater Photography Contest will be announced after the lecture and winning images will be on display at the Rosenstiel School library.
Wednesday, May 8, 2013
DUST, CLOUDS AND CLIMATE:  WHAT WE CAN’T SEE CAN HURT US
Amy Clement, Professor of Meteorology & Physical Oceanography at UM

Gases, cloud droplets and dust exist all around us. This often-invisible ‘stuff’ in the atmosphere plays a major role in driving changes to our climate. The greenhouse gas carbon dioxide, for example, has a well-known warming effect on the climate and will continue to raise the planet’s temperature for the foreseeable future. Cloud and dust particles reflect and absorb radiation, which can alter the rate of climate change, but there are large uncertainties in how dust and clouds will change in the future. The implications are global, but they can have major consequences for life here in South Florida by affecting how fast the sea level rises. Award-winning climate scientist Dr. Amy Clement will discuss the current state-of-the-art science that is focused on studying these gases and particles, how we detect them and most importantly, how we can evaluate their impacts.

NOTE: This year the series will offer attendees the opportunity to become a Sea Secrets VIP when they reserve a seat for the entire season. $500 for two seats or $300 for one seat will guarantee premium seating, plus a personalized plaque on an auditorium seat and a VIP dinner. Donations go toward the renovation of the Auditorium and are tax-deductible. For more information, please contact Susan Gerrish at sgerrish@rsmas.miami.edu.

Sea Secrets is sponsored by The Shepard Broad Foundation, The Charles N. and Eleanor Knight Leigh Foundation and Southern Wine & Spirits, and organized by UM Professor Emeritus Robert N. Ginsburg.

RSMAS Science Highlights of 2011

RSMAS was a busy place for cutting-edge science this year. Here’s a look back at the top research studies that made headlines in 2011 and the latest science and education from Virginia Key and beyond.

Dr. Neil Hammerschlag’s study of one hammerhead shark’s lone journey to New Jersey made headlines in early 2011 as did Dr. Lisa Beal’s ongoing research on the Agulhas Current and its link to global change change.

Coral reefs made news this year, including from a newly published study by Dr. Diego Lirman that showed Florida’s reefs cannot endure a ‘cold snap’ and from a study of Papua New Guinea reefs by Dr. Chris Langdon that suggests ocean acidification may reduce reef diversity.

 

Before the year closed, Dr. Shimon Wdowinski presented a new study at the AGU Fall Meeting in San Francisco that showed tropical cyclones could trigger earthquakes.

RSMAS scientists and student were part of many new and ongoing research expeditions. Researchers and students from RSMAS joined an international team on a six-month field campaign in the Indian Ocean, known as DYNAMO. They are studying how tropical weather brews over the region and moves eastward along the equator, with reverberating effects around the entire globe. Follow the ongoing work from the scientists.

Meanwhile, it was a busy end of the year for Lisa Beal and her research team who embarked on a month-long expedition to the waters off of South Africa to understand how one of the world’s strongest ocean currents – the Agulhas Current – is both affected by climate change and also has an effect on climate change.

On the academic side of RSMAS life, the Masters of Professional Science program was in full swing this year and the newly acquired Broad Key Research Station welcomed its first cohort of students to study the coral reef ecosystems of the Florida Keys. Finally, joint degrees in law and marine affairs was launched at UM to provide students with a unique educational opportunity to tackle environmental issues.

As 2011 comes to a close, RSMAS faculty, researchers and students are looking forward to another busy and exciting year in 2012 filled with new scientific discoveries and educational opportunities.

Tell us about your research plans for 2012.

Take a Dive with DAMSL

When was the last time you got up close and personal with a manta ray or a porcelain anenome crab in the Seychelles or set your sight on a spiny flower coral in Roatan?

It’s now possible to travel to distant underwater worlds and immerse yourself in a tropical ocean landscape to explore its diverse sealife without leaving your computer. RSMAS is home to the only digital atlas of marine species, a collection of over 5,000 stunning underwater photos designed to educate and inspire greater understanding of the rich underwater ecosystems that exist around the world.

The Digital Atlas of Marine Species and Locations (DAMSL) Project is a collaboration between award-winning photographer Myron Wang and the University of Miami’s Rosenstiel School of Marine and Atmospheric Science.

DAMSL is now making its way on to Google Earth in a series of photos slideshows and fishy tales, as part of Mission Blue’s Explore the Ocean project. So, the next time you are exploring the ocean in Google Earth take a dive with DAMSL.

 

– Annie Reisewitz

Follow Annie on Twitter @annelore

Can Corals Adapt to a Warming World?

In the Coral Reef Conservation Research Lab at RSMAS we are conducting experiments on coral bleaching and recovery. Coral bleaching is the breakdown of the relationship between corals and the symbiotic algae that live inside their tissues and provide them with energy through photosynthesis. As the corals lose the algae they also lose their color, hence the term, ‘bleaching.’

In our study, over 600 small coral ‘cores’ were drilled out of larger coral colonies and then experimentally ‘bleached’ by exposure to seawater at 32°C. The different coral cores were bleached to different levels of severity to simulate mild and severe bleaching events in nature.

The corals were then allowed to recover at two different cooler temperatures (24°C and 29°C) for several months, where they regained their algae and their color. As corals recovered, the photosynthetic performance and density of their symbiotic algae was monitored in order to see how both bleaching severity and recovery temperature might affect the speed of recovery, and the types of symbiotic algae they recover with. Some of the corals recovered after the first bleaching experiment with different kinds of symbiotic algae known to be more tolerant to high heat. Now they are being exposed to high heat again to observe how past bleaching history and changes in symbiont communities affect bleaching sensitivity.

Ross Cunning, RSMAS graduate student

Become a Fan of the Coral Reef Conservation Research Lab on Facebook