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Have you ever tripped on a discarded and worn-out Happy Meal toy while walking along the beach shore? Has it ever dawned on you that this piece of garbage can be a habitat for different microbes that have created their own community? For the past 60 years, humans have been unconsciously creating a new ecosystem in the oceans. This ecosystem is made up of different things—from toys and shoes to orange juice containers and toothpaste tubes. Labeled as the plastisphere, scientists are now concerned about this new ecosystem’s environmental impact not only to marine animals, but also to humans.
The Plastisphere
Around the world, about 245 million tons of plastic is produced yearly. This figure represents a whopping 70 pounds of plastic thrown annually for each of the 7.1 billion people on the planet. The sad news is that of these 245 million tons of plastic per year, around 4.7 million tons of plastic garbage gathers in vast floating oval-shaped ocean garbage patches.
Although we already know that pollution destroys the ecosystem, humans have little idea of how it can also create an ecosystem of its own. These billions of tiny pieces of garbage that float in different bodies of water are exactly like an ecosystem, which humans have unwittingly made by using and throwing away too much plastic. As a result, insects and microbes that might have no business thriving in the middle of the ocean have suddenly found a new home amidst all that drifting plastic. This is now called the “plastisphere.”
A plastisphere is created when debris and garbage are washed into the ocean. This debris will be broken down into bits that are then colonized by microscopic organisms. Once trapped, the plastic particles will remain in the middle of the ocean for c...
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...through the fish's guts. The revelation of this information could help other scientists have a better understanding of the potential threat these harmful bacteria pose and the role that this new ecosystem plays in the larger ocean ecosystem, including its potential to change the nutrients contained in the water.
As the studies detailing this new ecosystem are still in their infancy, it is difficult for people to speculate about the potential effects of the emerging plastisphere on marine ecological environments. Although we are seeing bad effects of this new ecosystem among larger marine animals, scientists who are studying this new ecosystem hypothesize that the plastisphere brings new opportunity to thriving smaller organisms. Whatever the case is, further studies are still essential to better understand the life created in a barge of plastic garbage in the ocean.
In the article Ocean Trash: A Floating Insect Nursery by Andrew Hitchings, the author describes how trash particles both affects and benefits the ecosystem. When trash is thrown into the ocean, it becomes tiny particles that are later digested by animals who usually eat plankton. These tiny trash particles are known as “microplastic.” The author analyzed and explained a research done by Miriam C. Goldstein and her colleagues, at the University of California in San Diego in 2012. Goldstein and her colleagues found an insect that is taking advantage of these micrplastics on the oceans and these insects known as “sea skaters” would use them to literally survive and increase its population. Sea skaters use the microplastic to lay their eggs, and since the amount of microplastic is increasing, the same thing will happen to sea skaters in the future. (Hitchings, 2012)
The plastic apocalypse is upon us. Our oceans are currently burdened by massive expanses of floating plastic products and shreds extending farther than the eye can see in multiple locations. The biggest of these, located in the North Pacific Ocean,1 is known by many as the Great Pacific Garbage Patch. This dangerous collection of trash is surrounded by the North Pacific Subtropical Gyre,1 or a series of circling currents located in the Southern Hemisphere that carry plastics and other slow-degrading garbage and trap them inside its bounds.2 This specific Garbage Patch stretches from North America to Japan and the plastic-to-water ratio varies throughout.1 Because of this phenomenon, plastic is being distributed throughout oceans and deposited
the ocean affecting the animal life in the sea. Birds and fish are ingesting little pieces of
Some studies have found “that atmospheric CO2 concentration is approximately 383 parts per million by volume (ppmv), a level not seen in at least 650,000 years, and it is projected to increase by 0.5% per year throughout the 21st century.” (Guinotte) “This is because…the ocean absorbs about a third of fossil fuel emissions, but this amount is likely to increase to 90% in the future.” (Bralower) As a result, “the chemistry of the world's oceans is changing at a rate not seen for 65 million years, with far-reaching implications for marine biodiversity and food security, according to a new United Nations study...” (Knight) “…This change is cause for serious concern [for] many marine organisms…, [because they] may not be able to adapt quickly enough to survive these changes.” (Guinotte)
Last year, America generated 250 million tons of trash, approximately 4.43 pounds of trash per person per day. For comparison’s sake, this much trash is equivalent to 125 million elephants, 1.5 billion burly offensive linemen, or 500 billion pounds of trash. Image 1 provides statistics about trash generation that support the
Recently, an uninhabited island in the South Pacific Ocean was found to be polluted with 38 million pieces of plastic that had been carried over by currents (Wang, “No one lives on this remote Pacific island”). The island, dubbed ‘trash island’, is home to diverse animal populations that have all been devastated by the pollution. On the beach, hundreds of birds were seen dead by reporters and scientists. When analyzed, the primary cause of death turned out to be consumption of plastic. When animals ingest plastic, it clogs their stomach and poisons their body with toxic chemicals. These toxic chemicals cause an array of issues, such as reproductive and endocrine problems. Eventually, this leads to death (Knoblauch, “The environmental toll of plastics”). But due to the nature of plastics, it can take hundreds or even thousands of years to completely degrade, meaning that as plastic pollution continues to build up, more places like ‘trash island’ will be discovered. According to conservation scientist Alex Bond, “…[The island] is just an indicator of what’s floating around out there” (Wang, “No one lives on this remote Pacific
This pollution problem is so ubiquitous plastic can be found throughout the marine environment from coastlines to near shore lagoons to remote ocean hotspots where plastics caught up in marine currents. And gathered up into huge garbage patches that swirl
The ocean is an abundant source of life. It is home to thousand of different creatures, provides a great source of food, and provides the earth with about one half of the oxygen needed to sustain life. (National Geographic) Pollution especially plastic, is a catastrophic problem. Ironically plastic, which is a material designed to last forever is generally used for things we tend to throw away. Every year about one hundred to two hundred billion pounds of plastic are manufactured. Only 31% of that plastic is actually recycled. Biomass packaging estimates 10% of that plastic ends up in the ocean annually. About 20% of it coming from ships and other platforms, and the other 80% coming from land derived sources, such as international garbage dumping, winds or tides either way it finds its way to the ocean.(Biomass Packaging Co., et al)
Deep sea is the largest ecosystem on Earth and it exhibited a large diversity of life forms that appeared to be bizarre and curious to both general and scientific communities. The sediment samples obtained from deep seas were usually containing fecal pellets (released by animals lived in photic zone of ocean), foraminiferan tests, as well as organic matters.
This shows that we need improved and additional education about facts and statistics like this. The four people that were aware of this fact must take an interest in our oceans to know about this circumstance. More than half of the contributors to this survey know that there are at least 100 million plastic bottles disposed of a day. This is a frightening statistic, but it is a hopeful prospect that people know about this because they could be trying to lessen that number by refilling water bottles more and recycling. Two people thought 500 million plastic bottles were disposed of and another two people thought 10 million were disposed of.
While a beautiful sunset on the beach can be astounding, a spectacular scene is not the only benefit oceans provide. Without the oceans, we would not have adequate amounts of oxygen to breathe or enough protein to eat. The Earth's climate would not be inhabitable for human beings and many animals. The oceans supply medicines, food and drinking water which arise from ocean processes. Out of the five oceans, the Pacific Ocean is the world’s largest and deepest ocean. It spreads over an area of 165.2 million square kilometers. More than 25,000 islands float within the Pacific. Within the Pacific Ocean lies an unusual island, an island that is more than twice the size of Texas and is earth’s largest landfill, the Great Pacific Garbage Patch (McLendon). Society is unaware that the excess use of plastic and other non-biodegradable materials has ended up in the middle of the Pacific Ocean and is the main source of ocean pollution. The solutions, ranging from manual clean-up to eliminating any further obliteration to the Garbage Patch, will reduce the amount of effluence the world has to endure.
Though plastic waste has been a nagging problem for civic authorities, with thousands of tonnes of garbage generated
...harges of Human-made Debris Comprise the Largest Source of Marine Debris in Oceans World-wide (nearly 80%)." Plastic Debris Rivers to Sea Project. N.p., n.d. Web. 16 Mar. 2014.
Marine litter may be found near the source of input but could also be transported over long distances with ocean currents and winds. As a result, marine debris is found in all oceanic areas of the world – not only
Millions of tons of plastics are disposed of into oceans and other water sources (i.e. rivers, ponds, etc.). The incorrectly discarded plastics are swept up by large ocean currents, and over time degrade into microscopic particles. These microparticles may be the cause of various adverse human and wildlife health effects, such as infertility and the inhibition of growth. This distressing issue must be brought further to the public’s opinion, and heavily regulated to reduce the effects.