Hello! My name is Jessica Miller. I am an undergraduate at the University of South Carolina, where I just completed my sophomore year. I am majoring in biology and I intend to eventually pursue a career in research. Growing up in a small town in South Carolina, I developed a deep interest in science and knew I wanted to do something with animals. This summer I am traveling to Mexico to participate in an amazing study abroad program that will help with the conservation of endangered Kemp’s Ridley sea turtles, as well as provide valuable information on the degree of marine debris found in the area.
On May 8th, I traveled to Mexico for the first time in my life. While many people travel to the country to explore the sites and relax on the beaches, my intentions are slightly different. I have an awesome opportunity to conduct research with several other students in my study abroad program. What exactly is it that we will be researching? Sea turtles, of course! More specifically, the primary focus of my voyage is the conservation of the Kemp’s Ridley sea turtle. These turtles are endangered and quite unique as well.
Kemp’s ridley sea turtles are relatively small by sea turtle standards. They usually only grow to be about 3 feet long with a shell that is about 2 feet long. They are also one of the few sea turtles to nest during the day. Kemp’s ridley sea turtles also have a limited nesting habitat. They only nest along the Gulf of Mexico, which highlights one of the many reasons the Gulf is so important; and why the condition of its beaches is so important as home to a variety of marine organisms that do not exist anywhere else. More information on the Kemp’s ridley sea turtles, along with other work being done in Tecolutla, can be found at the Tecolutla Turtle Preservation Project.
I had the great fortune to head south of the equator last September for Ocean Conservancy’s 29th International Coastal Cleanup. VIDA Peru, Ocean Conservancy’s longtime Cleanup partner in Peru, invited me to participate in a weeklong series of events on ocean trash, culminating with one of their country’s signature Cleanup events at Marquez Beach. Having been my first time to Peru, and South America for that matter, I was uncertain of the beach and waterway conditions I’d find. Unfortunately, as I spoke more and more with folks from VIDA Peru in advance of the Cleanups, my expectations of clean beaches were quickly dispelled.
I asked Arturo Medina, President of VIDA Peru, what the major culprits were for ocean trash in Peru. He noted that “the waste infrastructure is drastically lacking in Peru to handle the increased waste flows. Ultimately, it all ends up in the rivers, on the beaches and flowing into the sea. Legal and illegal dumpsites located directly on the beaches are also a major issue, yielding steady streams of debris into the water.” I witnessed this first hand as one such site was visible on the beach as I sat on my surfboard offshore—dump truck after dump truck offloading rubbish onto the sand.
Some people would call Belize paradise. Having recently returned, I can’t say I disagree, but I also saw threats to the beauty on the surface. I spent a week in Belize researching the connection between waste management, plastic pollution and ocean health in this Central American country. As Chief Scientist, I’m working closely with our Trash Free Seas® team to build on our 30-year history of protecting our ocean from the growing threat of ocean trash.
I toured much of the country with independent consultant Ted Siegler from DSM Environmental Services, gaining a firsthand perspective on how recent investments in waste management systems in Belize are improving ocean health but learning how much farther the country needs to go. A former British colony, Belize is frequented by tourists for its beautiful beaches and tropical breezes. But Ted and I visited many sights never seen by these outsiders. The upshot? Trash is a major problem in Belize, as it is in many developing countries. And it is increasingly clear that this has big consequences for the health of the ocean.
Another year, another incredible volunteer effort—I’m excited to share with you today the findings from last year’s International Coastal Cleanup. In 2014, more than 560,000 people picked up more than 16 million pounds of trash along nearly 13,000 miles of coastlines. Thank you to all the volunteers, Coordinators and partners who participated and devoted countless hours and resources!
Last year’s Cleanup had the largest weight of trash collected during any Ocean Conservancy Cleanup since its inception 29 years ago. Volunteers from 91 countries gathered detailed information from their Cleanups to provide a snapshot of the most persistent forms of trash found along the beaches and waterways that’s impacting our ocean.
This data represents what was found at the 29th Cleanup – each and every year hundreds of thousands of volunteers step up to meet the challenge and help clean up the beaches and waterways in their communities. There’s no doubt in my mind – as the Cleanup report will show you – the unparalleled effort of volunteers around the world results in cleaner beaches, rivers and lakes for all to enjoy.
An island archipelago nation laying in the western Pacific Ocean, the Philippines is commonly known for its idyllic beaches, rugged volcanic interior, routine natural disasters, and amicable people. But perhaps less known is the battle against solid waste that is currently enveloping the country. I spent two and a half years on the front lines of this battle as a U.S. Peace Corps volunteer and can attest to what a study published just last week in the respected journal Science found; the Philippines, along with a small number of other developing countries, is a major vector for plastics and other debris flowing into the global ocean.
With the vast majority of the population and economy tied to the coastline, managing solid waste is exasperating already stressed resources and forcing individuals into economically inefficient ways of making a living that strain the coastal environment. In addition, the Philippines’ location in the western Pacific Ocean likely leads to the transportation of waste around the globe, thereby affecting everyone from local barangays to American coastal cities.
8 million metric tons. That’s 17 billion pounds. That’s a big number. It’s also the amount of plastics that scientists have now estimated flow into the ocean every year from 192 countries with coastal access.
A groundbreaking study was published yesterday in the international journal Science and released at the annual meeting of the American Association for the Advancement for Science in San Jose, California. This work is part of an ongoing international collaboration among scientists at the National Center for Ecological Analysis and Synthesis (NCEAS) at the University of California, Santa Barbara to determine the scale, scope and impacts of marine debris – including plastics – on the health of the global ocean. Spearheaded by Dr. Jenna Jambeck, an environmental engineer from the University of Georgia, and other experts in oceanography, waste management and materials science, this is the first study to rigorously estimate the flow of plastic materials into the global ocean.
Walk along a beach or waterway and you’re apt to see a food wrapper floating on the water or glimpse a beverage bottle made of plastic hovering near the shore. Read an article about the ocean gyres, the so-called “garbage patches,” and you’re likely to hear about the vast amounts of plastics that are polluting the seas.
Three years ago, researchers at the National Center for Ecological Analysis and Synthesis (NCEAS) set out to quantify – for the first time – the amount of plastic waste entering the ocean from land-based sources. Their research shows staggering results – with annual plastics inputs into the ocean exceeding 4.8 million tonnes and possibly as high as 12.7 million tonnes (approx. 11-26 billion pounds). Because the quantities are growing rapidly due to increases both in population and in plastics use, there may be as much as 250 million tons (550 billion pounds) of plastic in the ocean within another decade. These findings were published today in the February issue of Science and provide more in-depth information about what is happening with plastics in the ocean.
Once plastics enter the marine environment they disperse across our global ocean. There is no one single entry point for ocean plastic pollution. In fact, the global problem is comprised of a myriad of local inputs from beaches and waterways around the world. But the recent research shows that the largest amounts of plastic in the ocean come from a relatively small number of rapidly developing economies. In fact, 83 percent of the plastic waste that is available to enter the ocean comes from just 20 countries; chief among them are China, Indonesia, and the Philippines with the United States rounding out the top 20. The economies where plastic inputs are greatest are those where population growth and plastics consumption is severely outpacing waste management capacity. In many of these geographies waste collection is simply nonexistent.