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Free online lectures: Explore a world of ideas

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New England Aquarium

Opened on the Boston Waterfront in 1969, the New England Aquarium is one of the world’s first modern aquariums. Visitors can explore the ocean and visit thousands of marine animals in three levels of world-class exhibits. Combining education, entertainment and action to address the most challenging problems facing the ocean, the New England Aquarium aims to create a new generation of ocean stewards. Since 1972, the Aquarium has been providing free lectures and films by scientists, environmental writers, photographers and many more. Through the generosity of the Lowell Institute, the Aquarium Lecture Series is free and open to the public. Registration is requested and all programs start at 7 p.m. in the Aquarium's Simons IMAX Theatre, unless otherwise noted. Programs last approximately one hour. For more information or to join our mailing list, visit: www.neaq.org/aquariumlectures

http://www.neaq.org/

  • Devil rays, also known as mobula rays, are closely related to the more iconic and better known manta rays. In recent decades, all these species have been facing increasing threats driven by unsustainable target and bycatch fisheries, seeking to supply the international demand for their dried gill plates in Chinese medicine. Growing awareness and concerns for the survival of these species resulted in some level of international protection. However, further work is required. Daniel Fernando tells us about his research efforts to better understand these animals and about his work to promote their conservation. Image: Atlantic Mobula Lisbon (CC Wikimedia Commons)
    Partner:
    New England Aquarium
  • Dr. Robert Vincent, coastal ecologist at MIT, discusses invasive plant species and the carbon cycle on the dunes of Cape Cod. Vincent works with the US Environmental Protection Agency and the National Park Service to study carbon cycling in coastal dune habitats. Vincent is also exploring the effects of historic peat deposits on the establishment and persistence of invasive plants (Phragmites australis). With the increased risk of erosion from coastal storms exposing the once-buried peat deposits and the challenge of controlling an aggressive invasive species, there is much to learn from Vincent about this dynamic system. Learn how the research findings from the study will inform future conservation efforts in the region and help us gain a deeper understanding of carbon cycling in coastal dunes.
    Partner:
    New England Aquarium
  • Waters all over the world are warming. However, due to its unique oceanography, the Gulf of Maine is one of the fastest warming regions of the global ocean. The warming of the waters off New England has led to declines in important commercial species such as northern shrimp and cod, but it is also creating new opportunities as warmer-water species move northward. Join Dr. Pershing to hear how the rapid warming in the Gulf of Maine gives us a unique opportunity to understand how ocean animals respond to changes in temperature and how we can prepare for the changes that we know are coming.
    Partner:
    New England Aquarium
  • There comes a time when the useful life of an oil platform comes to an end, at least when it comes to drilling for oil, and that’s when Emily Callahan and Amber Jackson, co-founders of Blue Latitudes, dive in. They are marine scientists on a mission to re-purpose offshore oil and gas platforms as artificial reefs around the world. The oil platforms found in their home state of California, like most offshore oil platforms around the world, are home to some of the most productive ecosystems on the planet. As the world’s natural reefs are overfished, over-trawled and polluted, Amber and Emily believe that re-purposing these structures, some the size of the empire state building, as artificial reefs, may be the best decision for the future of our oceans. It’s time to think creatively about the resources we have, and proceed forward boldly with radical new tactics for ocean management. Callahan and Jackson explain how[ Rig2Reef Exploration](https://www.facebook.com/rig2reefexploration/ "rigs to reefs") has successfully conducted research expeditions in the North Sea, Gulf of Mexico and California, investigating the ecological, economic and cultural benefits of re-purposing these offshore platforms in a variety of ways, from eco-tourism hot spots, to national marine sanctuaries.
    Partner:
    New England Aquarium
  • Each year, millions of fish are collected from reefs to place on exhibit in homes and public aquariums. Only recently have New England Aquarium staff figured out a way to collect data on the numbers and species of fish involved in the marine wildlife trade. The Aquarium's **Dr. Michael Tlusty** and **Dr. Andrew Rhyne** speak to the diversity of this marine trade and how the volume of the trade can be calculated. Dr. Tlusty and Dr. Rhyne also discuss how the data can better inform the management of each marine species, and why these fisheries are important to small reef-side economies. Additionally, they describe the role of aquaculture as an aid to this trade and how the Aquarium is leading the effort to use public aquariums as a new source of fish for exhibits. (Photo: [Flickr/only_point_five](https://www.flickr.com/photos/eclogite/892405077/in/photolist-2mRNWr-4pyeqf-o3tNsf-7VJX9i-rngYPM-2Y2itJ-fGSMiE-fBDp-2QeCM7-7VJXbx-6vcPov-7rKMof-cD2jtu-7VNfRh-6vgZ2m-fGSNhw-hR9if6-728UUn-5hVvYG-8LjGmy-pwAZQd-pjsxEW-4s1Drc-5Trinj-b3WZZK-51VLQZ-b3X1fM-9VnUse-b3X5W2-b3XfGc-b3WYXz-ayATnY-6EkpFC-fVp7cN-b9aZ9p-83bTdb-fwBW6h-b3XaWx-55mK1N-xZ1gK-4jk4fh-28QHZb-4fV1Wn-sEeiA-cXKKr7-nqCkWP-dFjhN6-8P4TxN-7ZsWep-nB3i7M "Aquarium cover"), image cropped)
    Partner:
    New England Aquarium
  • In the late 1990s, the number of calves born to highly endangered North Atlantic right whales plummeted, declining to only 1 calf in 2000. Seeking to understand why right whales were not having more calves, research veterinarian Dr. **Rosalind "Roz" Rolland** developed a variety of new ways to study health and reproduction in 50-ton whales in the wild. Since the beginning of the new millennium, Dr. Rolland has pioneered methods for measuring an array of hormones in whales using novel samples including feces, respiratory vapor, and baleen. She has overseen the creation of an approach to monitoring whale health using photographs, and studied red tides and disease. Her research has led to many adventures including an expedition to the sub-Antarctic Auckland Islands, and training as a scent detection dog handler. Dr. Rolland presents her work on whale health and what whales tell us about ocean health, including some of her adventures along the way. (Photo: [Flickr/Penn State](https://www.flickr.com/photos/pennstatelive/4950441945/in/photolist-8xsiVk-fNPMf-a6xiV "Right Whale Mama"), image cropped)
    Partner:
    New England Aquarium
  • Earth is currently in the midst of the sixth mass extinction, where poaching, overfishing, and habitat destruction are driving wildlife populations to critically low levels. Conservation needs better methods to help mitigate the effects of climate change and human impact. Thankfully, we are living in age where technology has improved nearly everything we deal with on a daily basis. **Shah Selbe** has, through his work as a National Geographic Explorer, developed innovative conservation technologies to deal with protecting wildlife and protected areas globally. This work has taken him from the beaches of Palau, wetlands of Botswana, mangroves on Caribbean islands. Hear Selbe tell stories of using drones, satellites, and the Internet of Earth Things (focused on connecting ecosystems using the same technology as “smart homes”) to help stop wildlife crime and ensure a future full of iconic animals like elephants, bluefin tuna, and tigers.
    Partner:
    New England Aquarium
  • The dugong is an unusual marine mammal. Closely related to manatees, the dugong is the only surviving member of a highly specialized group of sea cows; one of only a few large vertebrates that feed on seagrasses; and the only herbivorous mammal that is restricted to a marine environment. Dugongs rely on inshore habitats, which places them in close proximity to humans and their associated impacts. Dugongs are listed as vulnerable to extinction throughout their vast Indo-Pacific range (up to 44 countries). Australia is one of the few countries that still have large populations of dugongs and is considered the dugong's last stronghold. Yet along the urban east Australian coast, there appears to have been a 95% decline in dugong populations over the past 60 years. These declines have highlighted a need for reliable regional information concerning life history parameters for this species, including reproduction. Cryptic marine mammals such as dugongs are notoriously difficult to study. These difficulties are exacerbated when dugongs occur in relatively large herds, in turbid waters, are highly mobile, and when individual dugongs are indistinguishable by sight alone. As a result, management strategies for dugongs have incorporated biological data principally obtained from the analysis of carcasses from tropical regions, where incidental drownings and indigenous harvests occur more readily. In response to a critical need to obtain reproductive parameters of dugongs along the heavily impacted urban coastline, a mark-recapture study has been conducted in Moreton Bay, Australia. This project uses a distinct hands-on approach to study dugongs, which has allowed for a better understanding of sexual maturity, pregnancy, reproductive seasonality, reproductive strategies and stress responses in a live dugong population. **Liz Burgess**, post-doctoral researcher at the New England Aquarium, introduces this unique marine species and discusses the insights she has gained from novel research approaches. (Photo: Camille Ménard [[CC BY-SA 3.0](http://creativecommons.org/licenses/by-sa/3.0/ "CC License")], via [Wikimedia Commons](https://commons.wikimedia.org/wiki/File:Dugong_marsa_alam_egypt_2011.jpg "Dugong"), image cropped)
    Partner:
    New England Aquarium
  • Both right and humpback whales get entangled in fishing gear along the east coast of the U.S. at rates that are unsustainable for these endangered species. Failure to solve this problem may jeopardize the viability of several fisheries. **Dr. Scott Kraus**, New England Aquarium's Vice President of Research, and his team set out to study why whales don’t see ropes and avoid them. They wondered if ropes can be developed that provide whales a visual deterrent, thereby averting entanglements. In addition, they knew that most knowledge about whale behavior was primarily derived from daylight observations. Since most terrestrial mammals exhibit diurnal changes in behavior, it is reasonable to expect changes in whale behavior at night. Do those changes put whales at risk of encounters with fishing gear? The questions then multiplied! Do they see color? Can they see at night or in the darkest depths of the ocean? How small an object can they see? Whales live in a world where visibility is rarely more than 40 feet, and most people believe they find their way around by sound. In fact, their use of sound is critical, but for close-up interactions with neighbors, feeding, and collision avoidance, vision may be even more important. Dr. Kraus discusses the findings of his team's field and laboratory experiments to develop an understanding of what whales see, offering ways these findings may help reduce fatal entanglements by large whales in fishing gear. (Photo: [Flickr/Mass. Office of Energy & Environmental Affairs](https://www.flickr.com/photos/masseea/4537639725/in/photolist-7UYAcF-dYZeKM-EpZ95K-7T1PSd-FdXk9D-FbEvpf-6MUBPB-oxuAP-qibVa-Fk39Xf-8Crwv3-7V2R1S-EpYG5i-EqbFjB-7UYC9P-FbDTAG-FbEAW7-EUMzGJ-kSVZ6-EULwK3-jfB36v-4AMymQ-a5pdGP-Feb9cx-kSUGF-8xvkRy-kSY3H-8CooNi-7V2R47-8CooGK-qptFcu-FnmBag-5eN2yM-fBgdzx-mCe6Gy-qgEEtU-4AMyjL-8CrwDs-dKwrLq-ASQZM-8xvkVG-qakFyc-8eTYdv-5FugbF-88osUg-p3QxL-ejdvD9-omgm1n-nL5R6-p94h3d "Right Whales"), image cropped
    Partner:
    New England Aquarium
  • Boston faces significant challenges from the impacts of climate change. Former New England Aquarium President and CEO **Bud Ris** reviews projections for the impacts anticipated over the next several decades and discusses a major project the city has launched to begin planning for these changes. (Photo: [Flickr/Rob Stanley](https://www.flickr.com/photos/rob1501/9305071532/in/photolist-fbfVzN-5ohaFY-75dXnX-fbCuPg-nrWdpP-8CTQkC-82mHEC-6EmkbW-bMNWi2-9ZJHDC-6Eh5hH-ex8WVs-515dqF-8CMmyc-8HsV16-pJL4PB-pVkVqL-nrGnH3-21Ad9-j9qwdt-enPUgY-75dHbz-fw3KtD-yNn6v-nnZC1H-8CTQiL-qcHWAd-8CQK9F-6EmpXs-p6din1-6EgGsr-515h12-j9sorx-aGFJFD-9b2PGR-nrGqEq-6Em6ju-f2JpsP-2iTWzU-8mDuyf-yNmF1-eTY3PZ-6EhmFF-75hL21-aa8a9o-5fcBXf-gPyxJQ-6EmoD5-6EhnkH-4DApGY "Climate Ready Boston waterfront"), image cropped)
    Partner:
    New England Aquarium