Micro Plastic Pollution and Marine Life

By Chris Maupin 10 years agoNo Comments

A new report in the journal Environmental Science and Technology has reached a conclusion that astronomical quantities of plastic exist in our oceans. How is this news you might ask? Well, because it is in the form of micro plastic particles. These particles are considered to be producing a critical threat to marine life.

We are all familiar with the heart wrenching images of the damage that full size and fragmentary plastic objects can cause to marine life: sea turtles mistaking plastic bags for jellyfish, gulls and pelicans with plastic soda can rings, the list goes on.

But there is, literally, more than can meet the eye when it comes to plastic pollution within the marine environment. Where do these micro plastic particles come from?  Lars Gutow, a biologist at the Alfred Wegener Institute for Polar and Marine Research, states much of the material comes from mishandling of the raw material, so called “pellets” used for producing larger plastic items.

Cosmetics and cleaners are a further source, carelessly disposed of. In addition, you may be asking the next logical question, is all the larger, macro sized plastic pollution (bottles, bags, etc.) suspended in our ocean a source as well? The answer is yes. They are deadly throughout their decompositional “life cycle”, breaking down ultimately into these very same micro plastic particles.


Read on:

The sea as a rubbish tip

Biologists have prepared guidelines for a more precise investigation into marine pollution from microplastic particles.

How Your Washing Machine Is Polluting The Oceans | Care2 Causes

A study published in the journal Environmental Science & Technology has found that washing machines are a major source of microplastic pollution in the oceans. Bits of plastic contain potentially harmful ingredients which go into the bodies of animals and could be transferred to people who consume fish.


  Conservation, Science

 Chris Maupin

  (38 articles)

Chris Maupin is a research scientist at Texas A&M University, whose primary research interests consist of using the geochemistry of coral skeletons, microfossils and cave deposits to reconstruct climate variability and investigate climate change in the coral-rich regions of World Ocean. His day job ranges from from turning wrenches on mass spectrometers to culturing corals, with fieldwork in incredible places in between.

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