Last Thursday (February 27, 2014) the U.S. Food and Drug Administration announced new nutritional labeling standards for packaging in the United States. The original law, called the Nutrition Labeling and Education Act, was put in place in 1990 in an effort:
- To clear up consumer’s confusion about food labels
- To encourage consumers in making health food choices, and
- To encourage product innovation so that manufacturers are given an incentive to improve the quality of the food and make more healthy food choices available to consumers.
Food and Drug Administration
It was probably less effective on the last point than the first two but let’s examine a little history.
Measurement and trade
Since people have traded with one another, sellers have tried to cheat their customers to their own ends. That’s one of the reasons why throughout history there has been resistance to setting measurement standards (the metric system included). The new regulations adjust serving sizes (mostly upward) but also highlight the nutritional information on the labels.
While researching this project, my contact at National Institute of Standards and Technology recommended a book called The Thumb on the Scale or the Supermarket Shell Game by A. Q. Mowbray. With a copyright date of 1967, it relates that after World War II, consumers (quaintly referred to as “housewives” throughout the book) were getting up in arms because, as they purchased more convenience foods, they started having problems figuring out how much product to buy because the serving sizes were not standard. Each company made isolated decisions regarding what an “average” serving size constituted.
To one manufacturer, a serving of peaches might be two halves; to his competitor, it might be one half or three halves. It is like buying by the hat—and using the seller’s hat as a measure. p. 92.
In case the problem with having non-standard serving sizes for food isn’t readily apparent, let’s apply that logic to something we deal differently with today: gasoline.
The scenario goes like this: You need some more fuel and there are two gas stations across the street from each other that have determined their own “serving sizes.” Lo and behold, the price of one of the serving sizes is less expensive than the other. Is it really a better deal or just a smaller serving size? Without further investigation, there is no way for the consumer to know and that’s exactly what was going on in the grocery stores. A glance at two, say, cereal boxes next to each other might seem like the one with more serving sizes for the same price is to be a better deal. But would that impression be accurate? At the time, the answer was “No.” Enter the federal government.
While the serving sizes have been fixed by the federal government since the Fair Packaging and Labeling Act of 1966 (metric units were added to labels in 1992), there was plenty of resistance from the food industry according to the book since deception would become more difficult via that method.
And manufacturers still play games with us
Don’t worry about the food industry. They’re still finding way to take advantage of us today. You don’t have to read many issues of Consumer Reports to see an example where a reader has bought a usual item only to get home and realize the new box or bag contains less than when it was last purchased. Just because the manufacturer has adjusted the weight or volume in print (according to regulations) doesn’t mean they’re not trying to hide something. (When was the last time you saw a box emblazoned with “Now, less for the same price!”?) Yet it downsizes product contents all the time.
Let me tie in the metric system more closely: the labels will continue to be a mishmash of metric and U.S. customary measures (for new readers of the column, we don’t use Imperial units in the country, but our units are derived from them). In the example, the serving size is expressed in both customary and metric units but the nutritional content is only in metric units and thank goodness. If they were in fraction of ounces, you wouldn’t know if they were weight or volume (metric units only express mass—which relate to the gravity of the planet you’re on) or some other incomprehensible subunit. For instance:
Protein = 3 grams = 0.10582oz
If I tell you that a gram is roughly the same mass as a standard (that word again) paperclip, that’s fairly easy to imagine. Now, try to imagine a unit of 0.1 of an ounce. A bit tougher for most people I’d guess.
This post has run as long, or longer, than it should. Stay tuned. There’s more to learn.