The Real Reason Wheat is Toxic (not gluten, but chemicals) 

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The bad news is that the problem lies with the manner in which wheat is grown and harvested by conventional wheat farmers.

You’re going to want to sit down for this one.  I’ve had some folks burst into tears in horror when I passed along this information before.

Common wheat harvest protocol in the United States is to drench the wheat fields with Roundup several days before the combine harvesters work through the fields as the practice allows for an earlier, easier and bigger harvest 

Pre-harvest application of the herbicide Roundup or other herbicides containing the deadly active ingredient glyphosate to wheat and barley as a desiccant was suggested as early as 1980.  It has since become routine over the past 15 years and is used as a drying agent 7-10 days before harvest within the conventional farming community.

According to Dr. Stephanie Seneff of MIT who has studied the issue in depth and who I recently saw present on the subject at a nutritional Conference in Indianapolis, desiccating non-organic wheat crops with glyphosate just before harvest came into vogue late in the 1990′s with the result that most of the non-organic wheat in the United States is now contaminated with it.  Seneff explains that when you expose wheat to a toxic chemical like glyphosate, it actually releases more seeds resulting in a slightly greater yield:   “It ‘goes to seed’ as it dies. At its last gasp, it releases the seed” says Dr. Seneff.

According to the US Department of Agriculture, as of 2012, 99% of durum wheat, 97% of spring wheat, and 61% of winter wheat has been treated with herbicides. This is an increase from 88% for durum wheat, 91% for spring wheat and 47% for winter wheat since 1998.

Meat Companies Go Antibiotics-Free as More Consumers Demand It

Stunning NASA Visualization reveals Carbon Dioxide teeming

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NASA has released a striking visualization of how carbon dioxide flows around the world. In the simulation, plumes of the greenhouse gas gush into the atmosphere from major industrial centers, swirling from continent to continent on the winds of global weather systems.

The simulation, which took 75 days to create on a supercomputer at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, depicts CO2 emissions from May 2005 to June 2007. Its superhigh-resolution mapping—64 times as great as the average climate model—dramatically illustrates two often neglected facts.

The first is that CO2 emissions come almost exclusively from the Northern Hemisphere. The deep red plumes of the normally invisible gas flow from clusters in the United States, Europe, and Asia, eventually pooling over the Arctic region.

The second is that massive amounts of carbon dioxide are absorbed seasonally by forests and other vegetation. As the model moves from late spring into summer, the rivers of red gas begin to fade away—drawn out of the atmosphere by photosynthesizing plants. Then, as the model slips into early winter and vegetation dies or goes dormant, CO2 flows back into the atmosphere.

Humans dump about 36 billion metric tons of extra CO2 into the atmosphere each year by the burning of fossil fuels. In spring 2013, for the first time in history, atmospheric CO2 concentrations exceeded 400 parts per million. Scientists have warned that CO2 levels above 450 parts per million could result in dangerous disruptions of the climate; some think we may already have passed the danger threshold.

To track CO2 emissions with greater precision, NASA launched a new satellite, the Orbiting Carbon Observatory-2 (OCO-2), on July 2. Researchers expect to release data from the satellite in early 2015.

Besides helping scientists measure changes in CO2 emissions and flows, OCO-2 may also yield new insights into the behavior of carbon sinks such as forests and oceans that remove as much as half of all CO2 emissions from the atmosphere. Scientists are worried that such sinks may have reached their limits for absorbing carbon dioxide.

What happens when you eat as much sugar as the average teen

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Sugar is now found in 80% of the food we eat.  Australian Film maker looks at what refined sugar (white sugar, white starch & high fructose) will do to your health by jumping in with both his feet.  A 60 day trial explores eating the normal teenage daily diet, and the 40 teaspoons of sugar constituting that processed food, to determine the health effects of what the hidden demon found from within does to his well being.

If not an epidemic – than what is?  It’s time to wage war on processed food as we all share the consequences of this common enemy!

The Sugar Film

Get ready Wall-E – here we come…

NatGeo EPIC miniseries ‘Eat: The Story of Food’ serves up food history

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Next weekend – warm-up the DVR:  The three-night miniseries “Eat: The Story of Food” runs Friday-Sunday on National Geographic (9-11 p.m.), and starts with a clip that pointedly addresses that very issue.

The six hours are broken into “Food Revolutionaries,” “Carnivores,” “Sugar Rushes,” “Hooked on Seafood,” “Guilty Pleasures” and “Baked & Buzzed.”

“We were trying to get a balance,” says executive producer Pamela Wells, which meant providing legitimate and fresh insights into the food world and food history without turning it into an academic lecture.

“Food means something different to everyone,” says Wells. “And it’s also something people care deeply about. We hope that after this series, you will never look at food the same way again.”

The seasonings here include a healthy sprinkling of fun facts about food’s role in history.

‘A robust understanding of agriculture’ – Vermont leads

macro-trend: The slow decline of fast food in America

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NEW YORK – The hospitals of the Truman Medical Centers in Kansas City, Missouri no longer serve fast food in their cafeterias, after ending a contract with McDonald’s in 2012—two years ahead of schedule.

In Kentucky, Kosair Children’s Hospital signed up to serve Big Macs and Chicken McNuggets to its patients when it opened in 1986. But it has now followed in TMC’s footsteps. The reversals by hospital chains that once embraced McDonald’s reflect a waning love affair with fast food in the United States, as consumers become increasingly aware of the benefits of eating better.

“Fast foods have their place, but I am not so sure their place is inside the hospital,” recalled John Bluford, the former TMC chief executive.

“We thought that we needed to change the game a little bit and start creating a culture of health,” Bluford told AFP.

“It was a health-concerned decision and a mission-driven decision, given our mission to improve the health of our community.”

 Mainly, it’s Shifting tastes & Better options – more…

Check out the food trends of 2015

Food labeling: Is that soda worth a 5-mile walk?  We must know more!

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While food labeling should be a powerful tool against the obesity epidemic, current requirements too often leave consumers scratching their heads about what they are about to eat. With a little more information, explained in simple terms, many people would likely make healthier choices.

The nutrition facts label found on most food products is often misread — or flat-out ignored — because most people don’t know how to interpret the information. The label was last updated 20 years ago, and it’s overdue for a makeover. In February, the Food and Drug Administration proposed to overhaul it to make it easier to read and to tailor it better to how much food Americans typically eat. The changes include updating serving sizes to reflect a more realistic portion, refreshing the label design so that the calorie count appears in significantly larger and bolder type, and listing the amount of added sugars in the label. (Unlike natural sugars, added sugars provide empty calories with no nutritional value.)

But the FDA should go further. Not long ago, a group of researchers at the Johns Hopkins Bloomberg School of Public Health in Baltimore set out to prove that presenting calorie facts in a more functional context might make a difference. The researchers tracked sugary drinks purchased by black teenagers in certain stores in low-income neighborhoods. They posted signs stating that a 110-pound teen would have to walk about five miles to burn off the 250 calories found in a 20-ounce soda. “People don’t really understand what it means to say a typical soda has 250 calories,” one of the authors of the study told National Public Radio. The research found that, by presenting the calories in the context of the amount of exercise needed to burn them off, teenagers shopping at selected convenience stores chose to buy smaller bottles or healthier drinks. The probability of buying a sugared drink larger than 16 ounces decreased; purchases of bottled water grew.

This research suggests that presenting calorie information in its “exercise equivalent” is a powerful way to influence Americans’ behavior toward healthier food choices. As the FDA rethinks the nutrition label, it should consider making sure consumers are informed about how much physical activity equates with a given amount of calories. Such a change would lead more Americans to think twice about their diets.