Follow the journey of a discarded plastic bottle from its start as a crude oil under the earth, to its final resting place on the islands.
The life of the plastic bottle started millions of years ago. A group of plants and animals died and sank to the sea floor. Soil and sand gradually covered up their remains. Heat and pressure transformed these remains into crude oil.
Fast forward to today, humans drill into the earth’s crust. They use pumps to bring crude oil to the surface. There, it gets refined into pieces of plastic, or nurdles. These nurdles are then molded into our plastic bottle.
The plastic bottle is used, and then thrown in a trash can. The trash can is overflowing, and the bottle falls out. During a storm, the bottle gets washed into a local creek. The creek carries the bottle out into the channel.
The bottle gets swept out past the islands. It is caught by a large ocean current called a gyre. These circular currents move water and marine debris like the bottle all across the globe. The bottle swirls back east near Japan.
Caught in the gyre, the bottle is separated from its cap. The cap gets broken down by currents and sunlight. It becomes a collection of tiny pieces called microplastics. These pieces are carried into the center of the gyre,
joining the plastic soup of the Great Pacific Garbage Patch.
Meanwhile, the bottle drifts back toward where it entered the ocean. It washes ashore on Santa Rosa Island. And sits. And sits.
This cycle repeats itself millions of times each year. Luckily, it is avoidable. We have created the plastic problem, and we can fix it. Here are a few ways to start:
Get outside! Participate in a beach cleanup and see what sort of trash travels to your area. In Santa Barbara go do a clean up with Explore Ecology or Channel Keeper.
Ditch the plastic. Swap single use bottles for reusable ones. Bonus: this will also save you money everywhere you go.
Help track trash using the Clean Swell app. Record where you find garbage to help us understand how we can improve waste management systems.