When I first heard of Dr. Emoto’s amazing work with water crystals through his book “The Hidden Messages in Water” I was absolutely stunned. I then saw the movie “What the Bleep do we Know” and became thoroughly intrigued. I set off to conduct a research project in the chemistry department of Castleton College in Vermont to see if I could find sufficient evidence and support for Dr. Emoto’s claims to merit conducting a deeper research project to try to reproduce his work. The idea was to uncover as much information about his methods and procedures as possible to determine if is would actually be feasible to study the effect of energy healing, such as Reiki, on the formation of water crystals. I was so excited to think that I might be the first person in the world to verify his work!… Read the rest
Tag Archives | Water
Good thing there aren’t traces of Prozac in the water we drin– oh, wait. ABC News reports:
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Fish swimming in water with a trace of the anti-depressant Prozac became edgy, aggressive and some even killed their mates.
The fish were subjected to traces of the drug by a research group at the University of Wisconsin-Milwaukee that examined how environmental exposure to the medication altered the behavior of fathead minnows. Lead researcher Rebecca Klapper says that this experimental setup could actually be a reflection of the fishes’ reality.
The human body does not absorb medications 100 percent, so a trace amount is excreted in urine. Water treatment centers are unable to completely filter out all of those contaminant and can trickle down and affect the wildlife.
Klapper sees the minnows as a way to gauge the long-term effects of Prozac in humans. “It’s not just an environmental question but a human question as well,” she tells ABC News.
On this episode of Breaking the Set, Abby Martin takes an in-depth look at the Nestlé corporation; its business practice of bloating the price of water, while pursuing the privatization of this common resource against the public good.
Our world is so gross right now. Via Inhabitat:
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The EPA has declared that an astounding 55 percent of rivers and streams in the country are in “poor condition for aquatic life.”
The results of their first comprehensive survey of waterway health reveal shrinking vegetation cover, high levels of phosphorous and nitrogen, and pollution from mercury and bacteria—none of which are all that great for human health either. Additionally, as the EPA emphasizes, the polluted, unhealthy waterways include vital sources of drinking water.
So where are these contaminants coming from? Phosphorous and nitrogen, both key ingredients in fertilizer, have long been recognized as a problem in US water health. 40 percent of waterways surveyed had high levels of phosophorous, while high levels of nitrogen were found in 27 percent of waterways.
Over 13,144 miles of waterways featured levels of mercury that similarly exceed safe levels for human health, making it ill-advised to consume fish from those areas.
Imagine going for a walk in the park with your family, your child runs up to the water fountain and presses the button for some a bit of refreshment. Nothing comes out. At first she’s confused, but sees the coin slot/card swipe that will sell you 15 second of flowing water for just 50 cents. You as a loving dad, pull out your card and swipe it so she can have a drink. Think this image is impossible? Do you imagine this to be something only a mad man would think of, to deprive humans of the right to water? Unfortunately there are interests buying up rights to all clean water sources. People like oil baron, T. Boone Pickens and Nestle chairman, Peter Brabeck see water as a commodity like any other, not a right. The Nestle chairman explains his stance in light of his goal to treat water as a foodstuff and the outrage his views have caused:
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“The fact is they [activists] are talking first of all only about the smallest part of the water usage,” he says.
Andrew Gavin Marshall writes:
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In the 2005 documentary, We Feed the World, then-CEO of Nestlé, the world’s largest foodstuff corporation, Peter Brabeck-Letmathe, shared some of his own views and ‘wisdom’ about the world and humanity. Brabeck believes that nature is not “good,” that there is nothing to worry about with GMO foods, that profits matter above all else, that people should work more, and that human beings do not have a right to water.
Today, he explained, “people believe that everything that comes from Nature is good,” marking a large change in perception, as previously, “we always learnt that Nature could be pitiless.” Humanity, Brabeck stated, “is now in the position of being able to provide some balance to Nature, but in spite of this we have something approaching a shibboleth that everything that comes from Nature is good.” He then referenced the “organic movement” as an example of this thinking, premising that “organic is best.” But rest assured, he corrected, “organic is not best.” In 15 years of GMO food consumption in the United States, “not one single case of illness has occurred.” In spite of this, he noted, “we’re all so uneasy about it in Europe, that something might happen to us.” This view, according to Brabeck, is “hypocrisy more than anything else.”
Water, Brabeck correctly pointed out, “is of course the most important raw material we have today in the world,” but added: “It’s a question of whether we should privatize the normal water supply for the population.
Commoditization of the commons is the most important issue of our time, the most vital aspect of which is the commodification of water, usable water (pdf) to be more precise. As Global Water Corporation, a Canadian water privatization company has stated (pdf):
“Water has moved from being an endless commodity that may be taken for granted to a rationed necessity that may be taken by force.”
Strong words indeed for an important issue. Gavin Power, the deputy director of the United Nations Global Compact, reiterated this message when he made the following statement after receiving support from some of the largest corporations in the world in an effort “to help [sic] solve the global water crisis”:
“The scale of the water problem is so big that governments can’t solve it alone. They need the help of the private sector.”
The last Soviet mission to the moon, Luna-24, returned to Earth with water-rich rocks from beneath the lunar surface. But the West ignored the result. The possibility of water on the moon has excited scientists and science fiction fans for decades. If we ever decide to maintain a human presence on the moon, clear evidence of water will be an important factor in the decision. In recent years, that evidence has begun to mount. The data comes from several sources. First there was the pioneering Clementine mission in 1994, America's first return to the moon in twenty years. Clementine looked for water by bouncing radio waves off the surface—the returns giving a strong indication that water ice must lie beneath the surface...
Remember that image from a few weeks back that showed Earth with all its water gathered up in a sphere beside it? Well here's that image again, only this time, it also features Jupiter's moon Europa, along with all of its water. Notice anything interesting? Based on data acquired by NASA's Galileo satellite, astronomers think the global oceans sloshing around beneath Europa's icy exterior are likely 2 to 3 times more voluminous than the oceans here on Earth. Not 2 to 3 times more proportionally, 2 to 3 times more in total volume. Yeah. That "little" moon is packing quite the supply of H2O—and with it, scientists think, a significant chance of harboring life...
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Large quantities of antibiotic-resistant bacteria enter the environment via municipal — and especially hospital — wastewater streams. Although wastewater treatment plants reduce the total number of bacteria, the most hazardous — multiresistant — strains appear to withstand or even to be promoted by treatment processes. This was demonstrated by Eawag researchers in a study carried out in Lake Geneva, near Lausanne.
Treated wastewater from the city of Lausanne — around 90,000 m3 per day — is released into Vidy Bay (Lake Geneva); the discharge point is located 700 m offshore, at a depth of 30 m. The Lausanne region does not have a pharmaceutical industry or intensive animal production. However, the Lausanne treatment plant receives wastewater not only from the region’s 214,000 inhabitants and a number of smaller healthcare centres, but also from a major healthcare facility — the University Hospital of Canton Vaud (CHUV).