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Coastal communities and the coastal marine ecosystems of which they are part are in jeopardy. Superstorm Sandy was one of the most examples of the powerful effects of coastal storms on people, property, and ecosystems in coastal areas. In the face of such storms and other pressures on coastal communities, what can be done? How can we maintain the resilience of coastal communities and the ecosystems they depend on? How do we measure the factors that contribute to social and ecological resilience, and shore them up in areas where they are lacking?

The speakers in today’s AAAS session on Building Resilience of Coastal Communities to Environmental and Institutional Shocks offered a number of answers to these questions and I’m hoping that in this discussion we can tease out more, from them and from other knowledgeable folks here in the room. In the last two hours, we have heard reports of how existing social, economic, and ecological data can be integrated to measure coastal community resilience. We also have heard about other approaches to ecosystem-based science, the type of information needed to inform coastal adaptation to climate change, integrated spatial planning of coastal and ocean spaces, and other efforts underway to ensure that we truly do have both healthy oceans and healthy communities.

Why is this so important? With 53 percent of the U.S. population living in coastal counties according to the most recent census and that percentage expected to grow to 63 percent by 2020, the United States is a coastal nation. And the US is no exception in this regard. More than 40 percent of the world’s population lives in coastal areas. Coastal communities are economic engines and also highly valued for their cultural heritage and social vitality. Here in Massachusetts, in 1997, the marine economy – including fishing, tourism, transportation, and construction – generated 81,808 jobs and nearly $1.9 billion in earnings. This estimate while dated, is still impressive and does not even include the environmental benefits created by coastal wetlands that provide nursery grounds for fisheries, protection for coastal storms, and other benefits. Globally oceans are estimated to provide employment to 500 million people and generate tens of trillions of dollars in goods and services annually.

The science that our speakers have reported on represent key pieces of the emerging science of sustainability. This is an area that AAAS has long catalyzed. I’m often asked why, as someone trained as an ecologist, I have devoted so much of my energy the last five years in collecting social science data in Mexico and elsewhere. My answer is simple. If we are to manage human interactions with one another and the coastal and ocean ecosystems of which we are apart, we need to have a clear understanding of the whole picture – not just the biology, not just the economics, not just the institutions, but the whole system.

The benefits of taking this whole system, or ecosystem-based approach to science and management is the topic for another session. Here I want to focus on the science our speakers have presented, and in particular, push each of them to describe what the next steps are or should be in ensuring that they work is truly leading us towards a science and practice of coastal sustainability.

So here are my three big questions for the panel:

1. Healthy oceans contribute to healthy communities and healthy communities contribute to healthy oceans. These linked hypotheses can be tested with the type of data presented today. Do you agree with these statement, can you back it up with data, and why or why not?

2. Many of the reports we heard today deal with static data – collected at a single point in time – and yet we know coastal systems, and the people who are part of them are dynamic systems. What can we do about that – how we reconcile that reality with the limitations of data collection and scientific assessment capabilities?

3. What is next? How do you envision applying your results to advance the science of coastal sustainability? What are the gaps you hope to see filled, through your own work or others?

Remarks presented by Discussant Heather Leslie of Brown University, at the AAAS annual meeting in Boston, MA (2/17/2013)

 

Courtesy of Boston.com

Hurricane Sandy was a fearsome reminder that coastal communities are highly vulnerable to extreme weather events and environmental variability and that vulnerability is only expected to increase with climate change. Brown University scientists Heather Leslie and Leila Sievanen, members of an interdisciplinary research team focused on human-environment interactions in coastal regions, discussed these challenges at the annual meeting of the American Association for the Advancement of Science in Boston.

They participated in a symposium titled “Building Resilience of Coastal Communities to Environmental and Institutional Shocks” on Feb. 17, 2013, at Boston’s Hynes Convention Center.

Read more about Leila’s presentation, related to the Leslie Lab and collaborators’ research in the Gulf of California…

Read Heather’s remarks at the panel, including key questions for those working in the area of coastal resilience.

Our coastal resilience research has been featured on multiple blogs, including Sylvia Earle’s Mission Blue site and the CHANS-NET portal.

 

 

 

 

 

Tidal river at sunrise, (c) All rights reserved by wortenoggle

A team of Brown University researchers has received a $750,000 grant to design an oscillating underwater wing that can capture energy from flowing water in rivers and tidal basins. The funding comes from the Department of Energy’s Advanced Research Projects Agency – Energy (ARPA-E), which funds breakthrough technologies that show fundamental technical promise but are too early for private-sector investment. “Marine and hydrokinetic energy is a vast renewable energy source,” said Shreyas Mandre, professor of engineering who will lead Brown’s effort with colleagues Kenneth Breuer in engineering and Heather Leslie in ecology and evolutionary biology. “The main advantage of hydrokinetic energy, unlike solar or wind power, is that the availability is predictable.” The wing would capture forces exerted on it by flowing water in much the same way airplane wings capture lift force from wind. “This lift force causes the hydrofoil to heave up and down periodically, and this motion can be used to generate electricity,” Mandre said. The award supports developing proof-of-concept for this potential technology, and complements current efforts to investigate the fundamental hydrodynamic mechanisms of energy conversion funded by the Air Force Office of Scientific Research.

Ocean Health Index provides first global assessment combining natural and human dimensions of sustainability

Sustainable management of a huge, complex and valuable resource such as the ocean requires a comprehensive metric that did not exist until now. In the Aug. 16 edition of Nature a broad group of scientists including Heather Leslie, the Sharpe Assistant Professor of Environmental Studies and Biology, describes the Ocean Health Index. The index rates coastal places, from regions to nations, on 10 goals: artisanal fishing opportunity, biodiversity, carbon storage, clean waters, coastal livelihoods and economies, coastal protection, food provision, natural products, sense of place, and tourism and recreation.

To learn more about how the index can be applied to assess the effectiveness of ocean management and guide future stewardship efforts, read a recent Q&A with Heather and related articles from the NY Times and Nature News, or contact the authors.

View Heather’s recent video on the importance of federal research funding for marine science. Thanks to The Science Coalition for inviting this contribution and Brown University’s Office of Public Affairs and University Relations for helping to make this possible.

 

The Biology seminar series at Woods Hole Oceanographic Institution (WHOI) continues through the summer, as the village heats up with the arrival of many summer researchers, and of course, tourists. Heather will be presenting her research as part of the series on Thurs, June 21 at noon in the Redfield Auditorium.

Click here for the full line up.

Congratulations to Brown University students Lee Stevens, Morgan Ivens Duran, Carmen Tubbesing, and Veronica Clarkson! Their podcast – I am a scientist - was featured on the Chronicle of Higher Education’s blog recently. This podcast was the final project for Heather Leslie’s spring 2013 course, Engaged Environmental Scholarship & Communication (ENVS 1965), which she teaches in collaboration with Marty Downs, also of Brown University.

At the 2011 Coastal and Estuarine Research Federation (CERF) conference in November, Leslie Labber and Brown-MBL graduate student Sarah Corman received a student presentation award for her poster (3rd place) while former Leslie Lab RA and EEB undergraduate Joey Bernhardt (now at UBC) took home the 2nd place award in the oral presentation category. Nice work, ladies!

To learn more about Sarah’s research, see http://blogs.brown.edu/leslie-lab/research-2/salt-marsh-responses-to-climate-change-impacts/. For more on Joey’s recent work, see http://ebmtoolsdatabase.org/project/development-and-application-marine-invest-tool-natural-capital-project

Photo credit: S. Walsh

Functioning coastal and marine ecosystems produce a wide array of benefits to society, including food production, protection from coastal storms, and opportunities for recreation and tourism. Stewardship to ensure continued provision of these benefits requires understanding the connections between ecosystems and the people who are part of them.

Brown junior faculty Heather Leslie and Sri Nagavarpu just received funding from the US National Science Foundation to explore the interplay between key ecological, economic, and institutional processes related to small-scale fisheries in Mexico’s Gulf of California. Initial support for this project was provided by The David and Lucile Packard Foundation and Brown’s Environmental Change Initiative.

To sustain fisheries in the gulf, a variety of management tools are under consideration, including marine reserves and other marine protected areas, catch shares, and territorial use rights. Moreover, the expected decentralization of fisheries management due to the recently amended Fisheries Law is anticipated to alter both ecological and socioeconomic dynamics within the region.

Previous scholarship focused on the gulf and other areas with low governance, enforcement, and monitoring capacity often has emphasized ecological or institutional dynamics, but rarely has integrated ecological, economic, and institutional analyses as proposed here. Through the development of an interdisciplinary framework for understanding coastal marine environment-society connections, along with gulf-specific analyses, we will help inform development of innovative marine management strategies in this region and other coastal and marine areas worldwide.

Collaborators on the project include Octavio Aburto-Oropeza (Scripps Institution of Oceanography), Leila Sievanen (Brown University), and Sheila Walsh (The Nature Conservancy/Brown University).

To learn more, contact Heather_Leslie@brown.edu or see Heather’s earlier, related work in this area: Leslie, H.M., M. Schlüter, R. Cudney-Bueno, and S. A. Levin. 2009. Modeling responses of the coupled social-ecological systems of the northern Gulf of California to anthropogenic and natural perturbations. Ecological Research 24(3); 505-514.

The National Policy for the Stewardship of the Ocean, our Coasts, and the Great Lakes prioritizes nine objectives to address some of the most pressing challenges facing these precious resources. The National Ocean Council is overseeing development of strategic action plans for each of the nine objectives.  As a first step the National Ocean Council has released nine strategic action plan outlines for public review during National Oceans Month, which ends June 30.

Read more and comment at http://www.whitehouse.gov/administration/eop/oceans/sap

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