Skip to comments.Resuable grocery bag carried nasty norovirus, scientists say
Posted on 05/09/2012 7:47:44 AM PDT by AT7Saluki
click here to read article
First the house cats have to play with them until bored.
OMG you’re right, I never thought about that stinky conveyor belt the stuff goes on! EEWWWW
>>>OMG youre right, I never thought about that stinky conveyor belt the stuff goes on! EEWWWW<<
It’s not just the conveyor belt. No matter how clean YOUR bags are, the clerk who packed your bags has been handling dirty bags all day before he/she got to yours.
The greenies should be so proud that their reusable bags might also reduce some of their vilified “surplus population”.
Well, I could have told them that while 11lb parts of garbarge per square kilometer squared (at worst) certainly isn’t a good thing it isn’t an ‘island’, but instead I told them to actually research the subject rather than take the word of student environmentalists taking signatures outside the Apple Store.
Last year we had a semi formal company party at the local country club in Nashua,NH. Two days later 1/3 of us were out sick for two days with the norovirus. Think of the revenue lost because a dozen straight commission commodity traders missed two days of work. The NH board of health closed the place and they cleaned the facility for three days. We tried to get some type of compensation for our companies lost revenue. They would not even offer us a free golf outing. Obviously, we will never go back.
here's the article entirely.
OCEANIC GARBAGE PATCH NOT NEARLY AS BIG AS PORTRAYED IN MEDIA
1-4-11 CORVALLIS, Ore. There is a lot of plastic trash floating in the Pacific Ocean, but claims that the Great Garbage Patch between California and Japan is twice the size of Texas are grossly exaggerated, according to an analysis by an Oregon State University scientist.
Further claims that the oceans are filled with more plastic than plankton, and that the patch has been growing tenfold each decade since the 1950s are equally misleading, pointed out Angelicque Angel White, an assistant professor of oceanography at Oregon State.
There is no doubt that the amount of plastic in the worlds oceans is troubling, but this kind of exaggeration undermines the credibility of scientists, White said. We have data that allow us to make reasonable estimates; we dont need the hyperbole. Given the observed concentration of plastic in the North Pacific, it is simply inaccurate to state that plastic outweighs plankton, or that we have observed an exponential increase in plastic.
White has pored over published literature and participated in one of the few expeditions solely aimed at understanding the abundance of plastic debris and the associated impact of plastic on microbial communities. That expedition was part of research funded by the National Science Foundation through C-MORE, the Center for Microbial Oceanography: Research and Education.
The studies have shown is that if you look at the actual area of the plastic itself, rather than the entire North Pacific subtropical gyre, the hypothetically cohesive plastic patch is actually less than 1 percent of the geographic size of Texas.
The amount of plastic out there isnt trivial, White said. But using the highest concentrations ever reported by scientists produces a patch that is a small fraction of the state of Texas, not twice the size.
Another way to look at it, White said, is to compare the amount of plastic found to the amount of water in which it was found. If we were to filter the surface area of the ocean equivalent to a football field in waters having the highest concentration (of plastic) ever recorded, she said, the amount of plastic recovered would not even extend to the 1-inch line.
Recent research by scientists at the Woods Hole Oceanographic Institution found that the amount of plastic, at least in the Atlantic Ocean, hasnt increased since the mid-1980s despite greater production and consumption of materials made from plastic, she pointed out.
Are we doing a better job of preventing plastics from getting into the ocean? White said. Is more plastic sinking out of the surface waters? Or is it being more efficiently broken down? We just dont know. But the data on hand simply do not suggest that plastic patches have increased in size. This is certainly an unexpected conclusion, but it may in part reflect the high spatial and temporal variability of plastic concentrations in the ocean and the limited number of samples that have been collected.
The hyperbole about plastic patches saturating the media rankles White, who says such exaggeration can drive a wedge between the public and the scientific community. One recent claim that the garbage patch is as deep as the Golden Gate Bridge is tall is completely unfounded, she said.
Most plastics either sink or float, White pointed out. Plastic isnt likely to be evenly distributed through the top 100 feet of the water column.
White says there is growing interest in removing plastic from the ocean, but such efforts will be costly, inefficient, and may have unforeseen consequences. It would be difficult, for example, to corral and remove plastic particles from ocean waters without inadvertently removing phytoplankton, zooplankton, and small surface-dwelling aquatic creatures.
These small organisms are the heartbeat of the ocean, she said. They are the foundation of healthy ocean food chains and immensely more abundant than plastic debris.
The relationship between microbes and plastic is what drew White and her C-MORE colleagues to their analysis in the first place. During a recent expedition, they discovered that photosynthetic microbes were thriving on many plastic particles, in essence confirming that plastic is prime real estate for certain microbes.
White also noted that while plastic may be beneficial to some organisms, it can also be toxic. Specifically, it is well-known that plastic debris can adsorb toxins such as PCB.
On one hand, these plastics may help remove toxins from the water, she said. On the other hand, these same toxin-laden particles may be ingested by fish and seabirds. Plastic clearly does not belong in the ocean.
Among other findings, which White believes should be part of the public dialogue on ocean trash:
Calculations show that the amount of energy it would take to remove plastics from the ocean is roughly 250 times the mass of the plastic itself; Plastic also covers the ocean floor, particularly offshore of large population centers. A recent survey from the state of California found that 3 percent of the southern California Bights ocean floor was covered with plastic roughly half the amount of ocean floor covered by lost fishing gear in the same location. But little, overall, is known about how much plastic has accumulated at the bottom of the ocean, and how far offshore this debris field extends
It is a common misperception that you can see or quantify plastic from space. There are no tropical plastic islands out there and, in fact, most of the plastic isnt even visible from the deck of a boat;
There are areas of the ocean largely unpolluted by plastic. A recent trawl White conducted in a remote section of water between Easter Island and Chile pulled in no plastic at all.
There are other issues with plastic, White said, including the possibility that floating debris may act as a vector for introducing invasive species into sensitive habitats.
If there is a takeaway message, its that we should consider it good news that the garbage patch doesnt seem to be as bad as advertised, White said, but since it would be prohibitively costly to remove the plastic, we need to focus our efforts on preventing more trash from fouling our oceans in the first place.
About the OSU College of Oceanic and Atmospheric Sciences: COAS is internationally recognized for its faculty, research and facilities, including state-of-the-art computing infrastructure to support real-time ocean/atmosphere observation and prediction. The college is a leader in the study of the Earth as an integrated system, providing scientific understanding to address complex environmental challenges