1.WHITEHOUSE CONVENING ON MARKETING TO CHILDREN
Eddie Gehman Kohan | Obamafoodorama
“I’m here today with one simple request– and that is to do even more and move even faster to market responsibly to our kids,” Mrs. Obama said.
Speaking from beneath the historic portrait of Lincoln in the packed State Dining Room, Mrs. Obama laid out her vision for continuing the “cultural shift” toward healthier eating she said is already underway thanks to her Let’s Move! campaign.
More than 100 guests attended the event, billed by the White House as the first of its kind at 1600 Penn. They included representatives from food, beverage and media giants, as well as academic experts, parent leaders and public health advocates.
2. MICHAELS FINGERS
Paul Bennett | Medium
I am sitting talking to Sean, a 17-year-old working-class kid from Handsworth, a notoriously tough area of Birmingham in the UK’s Midlands. His speech is strangely inarticulate and slurred, his accent heavy and laced with slang—original Jamaican patois mixed with English street. I have family from Birmingham and know the nasal dialect,but even I am struggling to understand and keep up.
What I do understand is that Sean is hiding something. He has a condition known as Phenylketonuria, a serious metabolic disorder that we are studying for a client of ours. They manufacture a food supplement which helps moderate the effects. PKU, as it is known, is an inability for the human body to process any form of complex protein, meaning that the sufferer is resigned to a life of bland, low-protein food: no red meat, chicken, cheese, nuts, or legumes. Staples such as bread, pasta and rice have to be carefully monitored. Most are simply impossible to digest.
4. USDA PILOT PROGRAM FAILS TO STOP CONTAMINATED MEAT
Kimberly Kindy | The Washington Post | 8 September 2013
A meat inspection program that the Agriculture Department plans to roll out in pork plants nationwide has repeatedly failed to stop the production of contaminated meat at American and foreign plants that have already adopted the approach, documents and interviews show.
The program allows meat producers to increase the speed of processing lines by as much as 20 percent and cuts the number of USDA safety inspectors at each plant in half, replacing them with private inspectors employed by meat companies. The approach has been used for more than a decade by five American hog plants under a pilot program.
But three of these plants were among the 10 worst offenders in the country for health and safety violations, with serious lapses that included failing to remove fecal matter from meat, according to a report this spring by the USDA inspector general. The plant with the worst record by far was one of the five in the pilot program.
5. MAKING FOOD FROM FLIES (IT’S NOT THAT ICKY)
Dan Charles | The Salt | NPR
n the quirky little college town of Yellow Springs, Ohio, home to many unconventional ideas over the years, there’s now a small insect factory.
It’s an unassuming operation, a generic boxy building in a small industrial park. It took me a while even to find a sign with the company’s name: . But its goal is grand: The people at EnviroFlight are hoping that their insects will help our planet grow more food while conserving land and water.
They don’t expect you to eat insects. (Sure, Asians and Africans do it, but Americans are finicky.) The idea is, farmed insects will become food for fish or pigs.
6. US DEPARTMENT OF AGRICULTURE GUTS ORGANIC LAW
In a move decried by consumer and environmental groups as severely weakening the meaning of the organic label, the U.S. Department of Agriculture announced this week that the agency had changed the process for exempting otherwise prohibited substances (such as synthetics) in food that carries the “organic” or “made with organic” label. No public comment period was provided for the changes to this policy, which had been in place since 2005.
Under the federal organic law and prior to Friday’s announcement, there was a controlled process for allowing the use of substances not normally permitted in organic production because of extenuating circumstances. These exemptions were supposed to be made for a five-year period, in order to encourage the development of natural (or organic) alternatives. The exemptions were required by law to expire, known as “sunset,” unless they were reinstated by a two-thirds “decisive” majority vote of the National Organic Standards Board (NOSB) and include a public review. This is no longer the case.
7. MISGIVINGS ABOUT HOW A WEED KILLER AFFECTS THE SOIL
Stephanie Strom | The New York Times
Dirt in two fields around Alton where biotech corn was being grown was hard and compact. Prying corn stalks from the soil with a shovel was difficult, and when the plants finally came up, their roots were trapped in a chunk of dirt. Once freed, the roots spread out flat like a fan and were studded with only a few nodules, which are critical to the exchange of nutrients.
In comparison, conventional corn in adjacent fields could be tugged from the ground by hand, and dirt with the consistency of wet coffee grounds fell off the corn plants’ knobby roots.
“Because glyphosate moves into the soil from the plant, it seems to affect the rhizosphere, the ecology around the root zone, which in turn can affect plant health,” said Robert Kremer, a scientist at the United States Agriculture Department, who has studied the impact of glyphosate on soybeans for more than a decade and has warned of the herbicide’s impact on soil health.
Here’s some food for thought: One-third of the world’s food goes to waste every year. In the U.S., about 40 percent of our food gets thrown out. It’s happening on the farm, at the grocery store and in our own homes.
Lately, there’s been a lot of talk about what to do about it — from that’s past its prime to getting restaurants to .
, the former president of Trader Joe’s, is determined to repurpose the perfectly edible produce slightly past its sell-by date that ends up in the trash. (That happens in part because people misinterpret the labels, according to a out this week from Harvard and the National Resources Defense Council.) To tackle the problem, Rauch is opening a new market early next year in Dorchester, Mass., that will prepare and repackage the food at deeply discounted prices.
An article by Dan Charles for The Salt on Bt resistance in the corn belt actually does a good job of identifying the problem as an issue created by poor crop and pesticide management rather than blaming biotech. The insinuation is the title, but not the reporting. The comment section is a battle of bumperstickers vs. balance.
In May, Andrew Kniss asked the world to stop using the term “Superweed” and brought some perspective to the role of biotech in herbicide resistance.
Most of the time, the term superweed is associated in some way with herbicide resistance. So if we define superweed as a weed that has evolved resistance to herbicides, we can then test the hypothesis that “GM crops have bred superweeds.” (ASIDE: The way this statement is phrased, there’s no way it can possibly be true, because crops don’t “breed” weeds. There are some rare cases where crops and weeds cross pollinate, but those have not resulted in any herbicide resistant weeds to date. For the sake of argument, we’ll assume Ms. Gilbert really meant “GM crops have significantly increased the development of superweeds.”) Dr. Ian Heap has developed and maintained a website to document new cases of herbicide resistant weeds, and we can use the data at that site to get an idea of whether this statement is true or false using our definition of superweed.
If GM crops have contributed significantly to the development of herbicide resistant weeds, we would expect the number of unique instances of these superweeds to increase following adoption of GM crops. The figure below illustrates all unique cases of herbicide resistant weeds between 1986 and 2012. I have fit a linear regression to the data from 1986 to 1996 (time period before widespread GM crop adoption) and another regression to the time period 1997 to 2012.
The slope of the linear regression is an estimate of the number of new herbicide resistant weeds documented each year. In the eleven year period before GM crops were widely grown, approximately 13 new cases of herbicide resistance were documented annually. After GM crop adoption began in earnest, the number of new herbicide resistant weeds DECREASED to 11.4 cases per year. The difference in slopes between these two time periods is probably not very meaningful from a practical standpoint. But based on the best data available, we can be quite certain that adoption of GM crops has NOT caused an increase in development of superweeds compared to other uses of herbicides.
Perhaps this definition of superweed is too broad. Let’s define it instead as only “glyphosate-resistant” weeds. The first glyphosate-resistant weed was documented in 1996. This is approximately the same time GM crops were first being introduced into the market. But this first superweed evolved in Australia, where no GM crops were grown. So it is obvious that GM crops are not necessary for glyphosate-resistant superweeds to develop. Certainly, adoption of Roundup Ready crops (the dominant GM herbicide resistance trait) has increased the use of glyphosate in cropland, and therefore increased selection pressure for glyphosate-resistant weed populations. But even so, there are currently more instances of glyphosate-resistant weeds in non-GM crops/sites than in GM crops. The following chart (from www.weedscience.org) illustrates the number of cases of glyphosate-resistant weed species in various crops/sites.
The only 3 GM crops on the chart are soybean, corn, and cotton. All of the other bars represent non-GM systems. If we add up the number of herbicide resistant species in GM crops and compare it to non-GM crops/sites, we should expect GM crops to have a higher number if GM crops are the primary contributor to evolution of superweeds. However:
- 35 species of glyphosate-resistant weeds are present in GM crops (soybean, corn, cotton).
- 40 species of glyphosate-resistant weeds are present in non-GM crops/sites (orchards, grapes, roadsides, wheat, fencelines, fruit, barley).
So again, there appears to be no strong difference between GM crops and other sites where glyphosate is used. So this data again suggest that GM crops are not any more problematic than other uses of glyphosate for selection of superweeds.