Like tiles in a mosaic, the coastline of my home country Greece is braided by and scattered between thousands of islands and some of the brightest blue and aquamarine seas. I love these waters, and I’m not alone in my enthusiasm.
Around the world, oceans breathe life into coastal communities, and their health is vital to the future of our planet.
But today’s ocean conservation efforts face an array of mounting environmental issues, raising the question: What will the future of ocean conservation look like?
For almost 30 years, The Nature Conservancy has worked with other environmental organizations, scientists and partners to protect the world’s oceans and coasts. Looking ahead over the next 30 years, three emerging trends stand out in my mind.
Bringing Science and Technology to the Sea
The massive size and inhospitality of ocean ecosystems remains a longstanding challenge for marine data collection. Only 350 of the world’s 10,000 fisheries have full stock assessments, while the remaining 90 percent are what scientists call “data-poor.”
But we have a real opportunity for change: Emerging technologies can help bridge our information gaps, and, with continuous advancements and innovations, there is enormous potential for science to further guide conservation.
A number of environmental organizations like The Pew Charitable Trusts and Oceana are utilizing satellite technology to track global fisheries practices and provide illegal fishing data to managers.
On the supply side, technology is being explored to improve the traceability of seafood—helping prevent seafood fraud and assure sustainability. We are working closely with WWF, MSC and others in this direction.
In the United States, fishermen are bringing iPads aboard their vessels to use apps like eCatch, which shares real-time catch information with other fishermen and fishery managers. The immediacy, accuracy and upsurge in data from eCatch has already helped fisheries in California adjust practices for efficiency and sustainability.
Cutting edge tools such as The Nature Conservancy’s Mapping Ocean Wealth data visualization software are also helping improve and increase the amount of information available to managers and decision makers regarding ocean use. They provide data on a wide variety of marine ecosystem services—such as fishery production, tourism value and carbon storage—helping decision makers understand the full value of ocean habitats, and empowering them to make informed decisions for our seas.
As technology increasingly turns its sights to the sea, marine conservation efforts stand to become better equipped to face the large-scale issues we’re seeing today.
Conservationists are often good collaborators, sharing ideas and working with each other toward a common goal.
The environmental challenges facing our planet today, however, are as complex and vast as the ocean itself, involving more stakeholders than ever before. We are increasingly seeing some of the best solutions arising from collaborations that bring together scientists, conservationists, community leaders and expertise from an array of industries.
For example, sea level rise and increased storm intensity driven by climate change pose an immediate threat to coastal communities around the world. Florida’s Miami-Dade County is one of the most economically vulnerable locations to climate change on the planet, and as a result it has become a hotspot for crosscutting collaboration. Engineers, economists and conservationists are coming together with The Nature Conservancy to incorporate natural features such as mangroves and reefs—which reduce wave height and intensity—into storm risk reduction projects and calculations.
Collaborations like this bring exciting solutions across the board.
We see nature being valued for its services, leading to stronger coastal protection and habitat expansion. We see engineers working in tandem with the natural seascape to create storm protection projects that are often cheaper than gray wall projects alone. And we see economists incorporating nature into their calculations, meaning sectors like the insurance industry can create the right incentives for decisions involving natural areas.
These types of triple-win situations are impossible without collaboration. As more industries begin to understand the value of nature for their own processes, I expect we will see much more crosscutting collaborations ahead.