What Do Beer, Oysters, Salt, Air & Tap Water Have in Common?

November 10, 2018

They’re all ways humans are ingesting microplastics

By Sarah (Steve) Mosko

Shorter versions appeared in:
Los Angeles Daily News, 08-Dec, 2018
Long Beach Press Telegram,
08-Dec, 2018
Inland Valley Daily Bulletin,
08-Dec,, 2018
San Bernardino Sun, 08-Dec, 2018
Whittier Daily News,
08-Dec, 2018
Riverside Press-Enterprise, 08-Dec, 2018
Redlands Daily Facts, 08-Dec, 2018
Pasadena Star-News, 08-Dec, 2018
San Gabriel Valley Tribune, 08-Dec, 2018
OC Register, 09-Dec, 2018 (p. H3)
Escondido Grapevine, 13-Dec, 2018
San Diego Free Press, 14-Dec, 2018
Natural Life Magazine, 16-Dec, 2018
Times of San Diego, 17-Dec, 2018
E-Magazine, 03-Jan, 2019

It was just two decades ago that the Great Pacific Garbage Patch, a vast circulating accumulation of plastic debris in the North Pacific, was discovered by accident. Since then, plastic pollution has been found to be ubiquitous in natural environments worldwide, including the open waters and sediments of oceans, lakes and rivers and even in soil and air.

It’s no wonder then that the tissues of wildlife as diverse as whales, seabirds, fish and zooplankton, all which ingest plastic debris, are polluted by plastics. Given that, it would be naïve to think that humans, who share the same global environment and eat at the top of the food chain, are somehow spared contamination.

Though no one has yet measured how much plastic pollution humans might be carrying around, there is plenty of evidence we’re taking the stuff in, by eating, drinking and even just breathing. This is frightening to contemplate because plastics carry potential health risks associated with chemicals both manufactured into them and later picked up from the environment.

Plastics for Dinner?

Discovery of seabird and whale carcasses chock full of visible plastic waste sparked concern that sea creatures consumed by humans might be imbibing plastics too. The broad picture emerging from a plethora of research is that plastic debris is being taken up by sea life throughout the ocean food web, including tiny fish that feed on plankton, fish that feed on smaller fish, shellfish, turtles and dolphins.

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Meat Lovers Guide

July 26, 2011

Meat Lovers Guide to a Friendlier Climate-Change Diet
by Sarah (Steve) Mosko, PhD

Appeared:

A plant-based diet beats a traditional meat-based one hands down when it comes to trimming one’s contribution to greenhouse gases, but not everyone is willing to plunge head-long into a life of tofu dogs and bean burgers.

No doubt there are even plenty self-proclaimed vegetarians out there who guiltily sneak in some fried chicken, pork chops or a tuna melt from time to time and face self-recriminations afterward for satisfying such cravings at the expense of a warming planet.

The good news for either lapsed vegetarians or meat eaters with an environmental conscience is that meats and dairy products are not all created equal when it comes to the quantity of greenhouse gases (GHG) produced. In fact, a study just released by the non-profit organization Environmental Working Group (EWG) and titled “Meat Eater’s Guide to Climate Change + Health” reveals that by avoiding just the three worst GHG offenders – lamb, beef and cheese – even hardcore meat eaters can make a sizable dent in their diet’s climate change footprint.

EWG, in partnership with CleanMetrics, an environmental analysis firm, examined the “cradle to grave” lifecycle, from farm to retail to plate to disposal, of 20 popular foods in four categories – meats, fish, dairy and vegetable protein – and compared the GHG produced by each.

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Food Labeling Controversies

June 13, 2009

“Hot” Food Controversies That Labels Do Not Disclose
by Sarah (Steve) Mosko, PhD

Appeared in:

  • Val-E-Vents, Sept. 2010
  • Santa Monica Daily Press, Oct. 26, 2009, as Food Labels Don’t Disclose Everything to Consumers.
  • Fullerton Observer, Mid Oct. 2009, page 10.
  • Southern Sierran, Sept. 2009, as Caveat Shopper: You Can’t Always Trust Those Food Labels.
Full disclosure on food labels is more critical as controversial food processing practices become commonplace.

Full disclosure on food labels is more critical as controversial food processing practices become commonplace. Photo courtesy of illuminating9_11 at flickr.com.

As the food supply is increasingly altered by controversial practices like liberal use of antibiotics, genetic engineering and irradiation, food labels take on greater significance as shoppers’ only link to how products are produced. Depending on what issues matters most to consumers, what labels do not say can be more meaningful than what they do.

To get a handle on contentious food processing techniques that food labels don’t disclose, it’s helpful first to understand what is mandated. Oversight is split between the USDA, which enforces labeling on meat, poultry and some egg products, and the FDA, which covers most other foods.

Most foods sold in grocery stores are required to sport an “information panel” that lists:

  • the ingredients
  • Nutrition Facts detailing the calories, fats, protein and other nutrients
  • the manufacturer, packer or distributor.

Major Food Allergens (e.g. peanuts), relevant inspections (like USDA) and special handling instructions (such as “Keep Refrigerated”) must also be declared.

However, providing Nutrition Facts on raw foods, like fruits and vegetables, seafood, meat and poultry, is only voluntary but is often posted anyway on the display case.

Fish labels must also specify whether it is wild-caught or farm-raised and, for the latter, if colorant was added to the feed to turn their naturally gray flesh pink. In California, a previous requirement that canned tuna carry a warning label about the potential dangers from mercury was struck down in the State Superior Court in 2006.

Antibiotics

Groundbreaking legislation, which would have made California the first state to prohibit feeding antibiotics to healthy livestock meant for human consumption, was voted down on June 3 (SB 416, Florez). This practice is employed routinely at large-scale industrial cattle, hog and poultry operations to hasten growth and prevent the spread of disease.

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