This summer, we asked all of you to submit your best photos to our 2015 Marine Wildlife and Seascape Photo Contest. We were amazed by all of the beautiful images that you submitted and incredibly grateful for those of you who voted. After weeks of deliberation, our judges have spoken! Here are the winners from this year’s photo contest!
You might have heard the news today that the Obama Administration released its final version of a rule called the Clean Power Plan. Years in the making, this rule from the Environmental Protection Agency aims to reduce emissions from power plants – the biggest emitters of carbon pollution – by 32 percent from 2005 levels by 2030. We hear a lot about how carbon pollution causes our planet’s atmosphere to warm, and as a result, droughts, wildfires, and extreme weather events, are becoming more frequent, dangerous and costly to Americans and many others around the world. But what does carbon pollution mean for the ocean?
Despite the pouring rain, the mood was bright onboard the Rhode Island Fast Ferry en route to view the first steel in the water for a wind farm built by Deepwater Wind.
Within the hour it took to get from the Port of Quonset where Deepwater Wind does the land-based construction work to the site, the rain had stopped and the 150 people on board went out on deck to see the enormous crane and the top of the piling that was recently placed on the seafloor. Everyone there, as well as many others, had contributed to this moment in some way and they were proud to see Rhode Island erecting the first offshore wind farm in the nation.
While the visual stars of the show were the actual pilings and the members of the construction crew who lined the deck of the barge carrying the crane, the unseen but widely acknowledged headliner was Rhode Island’s Ocean Special Area Management Plan (SAMP), without which the project would in all likelihood still be in the permitting phase. Jeff Grybowski, CEO of Deepwater Wind stated succinctly, “the SAMP was critical to our success.” Governor Raimondo spoke about how the project’s success was based on collaborative planning that saved years of permitting time. The foundation of the wind farm is not only cement and steel; it’s also the science-based, stakeholder-driven ocean plan.
Measuring ocean acidification is tough — we can’t see it, and we have to use specialized instruments to measure it properly. Scientists use specialized laboratories to make the most accurate chemistry measurements of deep ocean waters. Worse, even the most affordable instruments to get this data still costs tens of thousands of dollars. This makes life difficult for shellfish growers, marine resource managers, and decision-makers who are trying to monitor ocean acidification and protect businesses, fisheries and local communities.
Offshore wind energy. Credit: Shutterstock user Dennis van de Water
Next week, the country’s first offshore wind farm will begin construction in Rhode Island. Deepwater Wind is a five turbine, 30-megawatt renewable energy development off the coast of Block Island, Rhode Island. This project has moved forward in record time, thanks to an ocean planning process that took into consideration the views of many ocean users including fishermen to ensure the best possible outcome for Rhode Island, its residents, and businesses.
Below is a Q&A with Bill McElroy, a lobsterman and the Chairman of the Fisheries Advisory Board for Rhode Island’s Coastal Resources Management Council, which is the entity that initiated the Ocean SAMP.
The first offshore wind farm in the United States will begin construction (“steel in the water”) in late July 2015. The five turbine, 30-megawatt (MW) Deepwater Wind Block Island offshore wind project is a prime example of the great things that happen when we work together to plan for our ocean. Deepwater Wind CEO Jeff Grybowski and commercial lobster fisherman Bill McElroy talk ocean planning and wind development in the video above.
Today we are celebrating the fifth anniversary of the National Ocean Policy (NOP), which aims to protect, maintain and restore ocean health while supporting sustainable uses in our oceans.
Healthy, productive oceans and coasts contribute significantly to our quality of life and to our economy. To maintain ecosystems that flourish, we are faced with complex challenges that the NOP is working to address. Across the nation, traditional industries, such as shipping, are expanding and new industries, such as offshore wind energy, are emerging where existing industries, like fishing, have been active for generations. In addition, stressors such as increased development along our coasts, ocean acidification, and sea level rise threaten ocean health.