Thursday, October 3, 2013

Standing In: The future of food will play out here

2BennettWeb By Special to The Davis Enterprise From page A2 | October 02, 2013 | 1 Comment The staff of life, the way to a man’s (and woman’s) heart, food is our direct linkage to the Earth, it links us to our friends and families and it is a defining element of our persona. I am more likely to know if my friend is vegetarian, pescatarian, omnivore, carnivore, locavore or vegan than to know their age or religion. Which is great. In the words the French author Brillat-Savarin, “Tell me what you eat, I will tell you who you are.” The technological and sociological landscape of food production has been in flux for the past decade and this flux is accelerating, so let’s dig into a couple of these trends. Starting with the locavore trend. Because we are Yolo Countians (also known as Yolians), we have the best fresh produce at our doorstep, a number of community supported agriculture programs, a vibrant Farmers Market and enlightened supermarkets and restaurants. Visitors from the Midwest are awestruck by the quality and access to great produce — one more reason to love living in Davis. But, I’ve heard that only 2 percent of the agricultural production in Yolo County stays in Yolo County. Tomatoes, walnuts and almonds are destined for the rest of California, the nation and the world. And, the sunflowers you see in fields everywhere this time of year, they are producing seed that will plant next year’s sunflower crops everywhere except Yolo County. So, we can embrace our locavore opportunity but also embrace the fact that our county also feeds the nation and the world. So, how about flavovores? This is not a trend yet, but that’s what I am and I’m predicting that this will be the next big trend, especially if we can get Michael Pollan to write a book about this. My friend, Harry Klee, at the University of Florida has been talking about a Faustian deal that modern agriculture made a few decades ago — trading efficient production and high yields for flavor. For those readers my age or older, the memory of how a good tomato tastes is still vivid, but nevertheless only a memory. This “lost virtue” of tomatoes has been the victim of breeding for high yield, disease resistance and uniform color — everything the industry needs to keep the trucks rolling this time of year in Yolo County. Harry is trying to turn back the clock and believes he can create a tomato with 80 percent of the flavor of the best heirloom variety and 80 percent of the production traits of the best commercial variety; you can hear more on NPR about this. So, stay tuned, flavovores. This could be a trend and a welcome one. Now there is also a dirty secret of food that I’ll share with you — food production accounts for 10 to 12 percent of the human-driven carbon dioxide emissions, and that’s a lot. This comes from fossil fuel consumption from tractors as well as from farm animals and crops themselves. Cows are well-known to produce methane as part of their digestive process but, did you know that rice does, too? The natural soil processes in a rice paddy produce methane that rises through the plant and is released to the atmosphere. Because methane is about 25 times more potent than carbon dioxide in its global warming potential, this is a problem. There is a growing tension between food production, the growing global population and the carbon footprint of agriculture. So what are we going to do, stop eating? David Lobell from Stanford has been looking at this tension and come up with some interesting ideas that focus on a strategy called “sustainable intensification” of agriculture. This is now becoming the buzzword for solving the food/population equation. His studies showed that the genetic (breeding and not GMO) and agronomic technologies that created the rapid yield increases from 1961 to 2005 saved 20 to 30 percent of the all greenhouse gases emitted by humans between 1850 and 2005. In other words, global warming or climate change would be 20 to 30 percent worse. And because higher yields spared the destruction of some of the tropical rainforest that otherwise might have been converted to agriculture, these technologies also reduced biodiversity losses. The future of food will be quite a complex and interesting development to watch, and much of it will play out in our back yard because, like most social and technological trends, California leads the way. And in agriculture, Yolo County leads the way. How will locavores, flavovores and the climate fare as the world moves toward feeding the future population of 9 billion to 10 billion people? Stay tuned. — Alan Bennett is professor of plant sciences at UC Davis where he has been an active researcher, educator, policy adviser and technology transfer advocate.

Thursday, August 22, 2013

from: http://www.food-info.net/uk/qa/qa-fp121.htm


Can you determine the origin (country) of a product from the barcode ?

Bar codes are something most of us never think about. If you look in your fridge or pantry right now, you will find that just about every package you see has a bar code printed on it. In fact, nearly every item that you buy in a grocery shop, supermarket or superstore has a bar code on it somewhere.
Bar codes were first used commercially in 1966, but it was soon realised that there would have to be a common standard. By 1970, the Universal Grocery Products Identification Code (UGPIC) was written by a company called Logicon Inc. The standard was further improved and led to the Universal Product Code (UPC) symbol set. To this very day, this standard is used in the United States and Canada . In June of 1974, the first UPC scanner was installed at a Marsh's supermarket in Troy, Ohio, and the first product to have a bar code was Wrigley's Gum.
The Universal Product Code was the first bar code symbology widely adopted. Its birth is usually set at 3 April 1973, when the grocery industry formally established UPC as the standard bar code symbology for product marking. Foreign interest in UPC led to the adoption of the EAN (European Article Numbering) code format, similar to UPC, in December 1976.
Currently, the United States and Canada use UPC bar codes as their standard for retail labelling, whereas the rest of the world uses EAN. Since January 1, 2005 all retail scanning systems in the USA must be able to accept the EAN-13 symbol as well as the standard UPC-A. This change will eliminate the need for manufacturers who export goods to the US and Canada to double-label their products.
The first 2 (sometimes 3) digits, which are called the “flag”, indicate in what country the bar code was issued. This “flag” does not tell you, however, in what country the product was produced.
The country codes used are :

CODE
COUNTRY
00-13
USA & Canada
20-29
reserved for local use (shops/supermarkets)
30-37
France
380
Bulgaria
383
Slovenia
385
Croatia
387
Bosnia-Herzegovina
400-440
Germany
45
Japan
46
Russian Federation
471
Taiwan
474
Estonia
475
Latvia
476
Azerbaijan
477
Lithuania
478
Uzbekistan
479
Sri Lanka
480
Philippines
481
Belarus
482
Ukraine
484
Moldova
485
Armenia
486
Georgia
487
Kazakhstan
489
Hong Kong
49
Japan
50
UK
520
Greece
528
Lebanon
529
Cyprus
531
Macedonia
535
Malta
539
Ireland
54
Belgium & Luxembourg
560
Portugal
569
Iceland
57
Denmark
590
Poland
594
Romania
599
Hungary
600-601
South Africa
609
Mauritius
611
Morocco
613
Algeria
619
Tunisia
621
Syria
622
Egypt
624
Libya
625
Jordan
626
Iran
627
Kuwait
628
Saudi Arabia
629
United Arab Emirates
64
Finland
690-692
China
70
Norway
729
Israel
73
Sweden
740
Guatemala
741
El Salvador
742
Honduras
743
Nicaragua
744
Costa Rica
745
Panama
746
Dominican Republic
750
Mexico
759
Venezuela
76
Switzerland
770
Colombia
773
Uruguay
775
Peru
777
Bolivia
779
Argentina
780
Chile
784
Paraguay
785
Peru
786
Ecuador
789
Brazil
80-83
Italy
84
Spain
850
Cuba
858
Slovakia
859
Czech Republic
860
Serbia & Montenegro
869
Turkey
87
Netherlands
880
South Korea
885
Thailand
888
Singapore
890
India
893
Vietnam
899
Indonesia
90 -91
Austria
93
Australia
94
New Zealand
955
Malaysia
958
Macau
977
ISSN (International Standard Serial Number for periodicals)
978
ISBN (International Standard Book Number)
979
ISMN (International Standard Music Number)

What does the number on a fruit sticker mean?

from http://rawearthliving.wordpress.com/2010/02/27/what-does-the-number-on-a-fruit-sticker-mean/


What does the number on a fruit sticker mean?

FEBRUARY 27, 2010
Editor’s Note: We’ve compiled info from 3 different sources to help uncover what many already know about what those little stickers on produce actually tell you- in our attempt to further help you as a consumer KNOW what you are eating and if it has been genetically modified…
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plu.jpg - 10.54kb-
7 out of 10 items in grocery store shelves contain ingredients that have been genetically modified. Fruit and vegetables do not come with nutrition labels but they do have stickers (PLU – Price Look Up Code) which contain pertinent information.
Next time you decide to purchase that apple or cut a slice out of that melon, consider the PLU sticker. This sticker will tell you whether the fruit was organically grown, genetically modified, or produced with chemical fertilizers, herbicides or fungicides.
PLU stickers that have 4 digits and begin with a “3″ or “4″: produce is conventionally grown. This means that this produce was sprayed with weed killers and chemical pesticides.
PLU stickers that have 5-digits and start with “8″: produce was genetically engineered (man intervened by manipulating the genes to produce a larger or brighter colored food). This produce may have been chemically treated.
PLU stickers that have 5-digits and start with “9″: produce was raised organically. You can be sure that this produce was not treated with any chemicals.
If you see other variations of code on your produce, you can refer to the following website and look up the PLU code as well as other information regarding this topic: http://www.fruitsticker.com.
Note: the adhesive used to stick the PLU onto the fruit is edible but the sticker itself is not.
Having some origin coding would be great for seeing how far a particular fruit/vegetable traveled but that is something still hidden in our giant supermarkets.

Wednesday, January 9, 2013

Health-benefit claims for Europe’s foods must at last be substantiated by science


NATURE | EDITORIAL

Culture shock

Health-benefit claims for Europe’s foods must at last be substantiated by science.
Will a daily probiotic yogurt improve your immune defences? And will cooking with olive oil boost the levels of ‘good’ cholesterol in your blood?
So far, the food companies behind these particular claims have not supplied the hard scientific evidence to convince expert committees of the European Food Safety Authority (EFSA) in Parma, Italy, that they are warranted. European Union (EU) legislation means that all similarly unsubstantiated health claims for food will soon be disallowed. A register of permissible claims — which will be regularly updated whenever new scientific evidence can be brought to bear — will be presented to the European Parliament for inspection next month, and adopted by member states later this year. Already, many health-food companies, wary of possible litigation, have toned down their marketing claims.
The regulations, drafted by the European Commission and adopted by the EU in 2007, are intended to put an end to the free ride that the food and food-supplement industries have enjoyed until now. Companies will no longer be able to market their products with unproven promises that consumers will be healthier, slimmer or have happier lives. Even the words ‘probiotic’ and ‘antioxidant’ will disappear from food and food-supplement labels in the absence of confirmed specific health benefits.
To implement the regulations, the EFSA — whose role is to supply scientific advice in support of EU policies — set about drawing up a register of permitted health claims for food ingredients, asking its expert committees to recommend for inclusion only those for which the claims have been unambiguously proven in healthy populations.
Of the 2,927 consolidated health claims for different ingredients examined by the EFSA, only 241 passed muster. A second chance was given to 91 of the non-approved claims, 74 of which related to microorganisms — pre- and probiotics. But the EFSA rejected all of the resubmitted dossiers except two: prunes for normal bowel function and the polysaccharide α-cyclodextrin, a soluble dietary fibre, for limiting the rise in blood glucose after a meal.
The high rejection rate dismayed sections of the multibillion-euro health-food industry, which has lobbied fiercely against this legislation with disingenuous arguments that it inappropriately applies pharmaceutical standards to foods. In fact, it is the industry that has tried to make pharmaceutical-level claims for its products while bypassing medical-registration procedures and costly quality control.
“Already, many health-food companies, wary of possible litigation, have toned down their marketing claims.”
But there is an elephant in the room: botanicals. Around 2,000 health claims for plant-based foods are on hold at the ESFA as manufacturers plead for special treatment. The manufacturers refer to the 2001 EU medicines directive which allowed traditional herbal medicines a simplified registration procedure not requiring rigorous proof of efficacy. The EU health commissioner must decide whether plant-based products marketed as health-promoting foods should be treated with similar leniency, but the decision has been shamefully delayed. The new commissioner, Tonio Borg, has been in office for only a few weeks, but he needs to bring clarity quickly — and to firmly reject moves to weaken requirements for scientific evidence.
The European Court of Justice may yet force a decision on the commission if it continues to prevaricate. The court is currently hearing three cases of unfair competition from manufacturers stopped from making claims on non-botanical food and food supplements. Yogurt manufacturers, for example, do not consider it fair that botanicals can continue to be marketed with unproven claims of improving immune defences when they are no longer allowed to do so.
Faced with the new legislation, the yogurt industry has in fact buckled down to generate the scientific evidence that the commission wants. Manufacturers have joined forces to produce a meta-analysis of published evidence on some probiotic strains to try to get at least some claims onto the permitted list before it circulates to parliament. And they are also launching double-blinded clinical studies to prove that certain microbial strains have particular effects on health. That is an expensive exercise, but it is the price that must be paid by those who want to stay in the game.

Wednesday, November 7, 2012

Keep the list in mind when you shopping for food

http://votersedge.org/california/ballot-measures/2012/november/prop-37/funding


FundingInfo

YES

RANKCONTRIBUTOR NAMETOTAL
1MERCOLA.COM HEALTH RESOURCES LLC$1,199,000
2KENT WHEALY$1,000,000
3NATURE'S PATH FOODS U.S.A. INC. FINE NATURAL FOOD PRODUCTS$660,709
4DR. BRONNER'S MAGIC SOAPS ALL-ONE-GOD-FAITH INC.$620,883
5ORGANIC CONSUMERS FUND$605,667
6ALI PARTOVI$288,975
7MARK SQUIRE$258,000
8WEHAH FARM, INC., DBA LUNDBERG FAMILY FARMS$251,500
9AMY'S KITCHEN$200,000
10THE STILLONGER TRUST, MARK SQUIRE TRUSTEE$190,000
$9.2 million raised in total

NO

$46.0 million raised in total
RANKCONTRIBUTOR NAMETOTAL
1MONSANTO COMPANY$8,112,867
2E.I. DUPONT DE NEMOURS & CO.$5,400,000
3PEPSICO, INC.$2,485,400
4GROCERY MANUFACTURERS ASSOCIATION$2,002,000
5KRAFT FOODS GLOBAL, INC.$2,000,500
6BAYER CROPSCIENCE$2,000,000
7DOW AGROSCIENCES LLC$2,000,000
8BASF PLANT SCIENCE$2,000,000
9SYNGENTA CORPORATION$2,000,000
10COCA-COLA COMPANY$1,700,500
Download all contributions

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