Plastic Pollution Drives Crabs Crabby
Differing types of plastic may affect certain wetland species more than others.
Read moreDiffering types of plastic may affect certain wetland species more than others.
Read moreMicrofibers are getting into our lakes and oceans. With the help of new technology and a little community effort, we may be able to stop them.
Read moreMicroplastics are small plastic particles ranging in size from 1μm (the size of a human hair) to 5mm (the size of a pencil-top eraser) that don’t dissolve in water and are usually fragmented from larger pieces of plastics. That sounds like something that should never end up on our plates, right? Well, researchers have found that these small plastics have, unfortunately, found their way into our food chain.
Read moreAs we approach the start of the UN Decade of Ocean Science for Sustainable Development in 2021, it is time we face our unseen but ubiquitous problem: microplastics. What do we know about them, where can we find them, and what does the science say on its impacts on our hydrosphere and biosphere?
Read moreMicroplastics are prevalent in the news and in the oceans. Find out what effect they have on organisms at the bottom of the oceans… and the bottom of the food chain.
Read moreMost of the plastic in the ocean is not readily identifiable. Rather it’s in the form of small, microscopic particles that are released when plastic and synthetic fibers break off and break down from their original use items, such as laundry, straws, and… teabags! A group of researchers from McGill University have found that billions of microplastics are released when steeping tea from synthetic fiber tea bags.
Read moreEach year, a tremendous amount of plastic waste enters the marine environment. As plastic ages, it breaks down in to smaller and smaller pieces, called microplastics, but never degrades. These tiny plastic fibers are eaten by numerous organisms and can cause organ damage or even death. But one species is able to rid its stomach of accidentally ingested microplastics. This is the tale of the Atlantic ditch shrimp and how it will survive in the age of microplastics.
Read moreTons of microplastics are entering the oceans each year in the form of microfibers from laundering textiles. Recent research shows fabric type and washing settings can influence the amount of microfibers released into the environment from your home laundry. Read more to find out how you can reduce your footprint.
Read moreOne scientist’s problem is another scientist’s data. In a recent study, scientists use malfunctions of a plankton-measuring device to provide evidence of growing levels of plastic in the Northern Atlantic Ocean.
Read moreMicroplastic pollution is a trending concern as these tiny plastic pieces can end up dinner for small ocean critters such as copepods. Copepods are tiny, cosmopolitan marine creatures that are a vital food source for fish, birds, and many more. In the vast ocean, many copepods find their food, algae, by scent, as some algae give off a sulfur smell from the compound dimethyl sulfide. This study set out to test if copepods would be more likely to eat microplastics that were infused with this sulfur-scented compound.
Read more