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Electrically Structured Water

 

"Dr. Jerry Pollack, a professor in the bio-engineering department of the University of Washington, discusses new insights into structured water garnered in his lab during the past year. Dr. Pollack has spent the last 10 years researching the role of water in biological tissue, and his discoveries could have a profound impact on our understanding of disease and healing."

Aqueduct : global water risk mapping tool

"Aqueduct's global water risk mapping tool helps companies, investors, governments, and other users understand where and how water risks and opportunities are emerging worldwide."


Stop the Bottles - Save the Planet | SodaStream

Stop the Bottles - Save the Planet

"340 billion beverage bottles and cans are not recycled every year worldwide. That's a recycling rate of about 26 percent.1

141 billion beverage bottles and cans are not recycled every year in the United States. The recycling rate for all Polyethylene terephthalate (PET) bottles is only 23.1 percent, so that 100 billion beverage bottles were not recycled in 2009.2

Carbonated beverage and sparkling water consumption is growing rapidly. The environmental cost to produce the plastic bottles and transport the goods to consumers is high.

With an average consumption of over 118 liters of carbonated drinks per capita annually, it’s time to consider an alternative to packaged carbonated drinks and sparkling water.

What it takes to  manufacture those PET bottles:

  • 2.7 million tons of plastic are used for the production of bottled water EVERY year. Most of this ends up as garbage or in landfills.3
  • 100 million barrels of oil. That's the amount of oil that is used to produce the plastic for bottled water globally every year.3
  • Each bottle produced requires nearly 5 times its volume in water to manufacture and may have caused the release of nickel, ethylene oxide and benzene during its production.3

 

1. Euromonitor 2009 - Beverage Packaging

2. Container Recycling Institute

3. Emily Arnold & Janet Larsen. "Bottled water: Pouring resources down the drain." Earth Policy Institute, Feb. 2, 2006"

 via sodastream.com

 

Working wonders without water out West

A wheat field outside of Palouse, Wash. is dusted by a January snow. Most of Washington's wheat crop is watered only with rain falling from the sky - a future facing many farmers across the West as water supplies dwindle and the climate shifts to drier conditions. 

"A generation of farmers in the West mulls a switch from water-intense - and profitable - crops like cotton and irrigated wheat to thriftier, rain-fed sorghum and grains. For many of the West's farmers, a drier climate brings an economic hit."
read more via wwwp.dailyclimate.org

 

Water Patterns

Photograph by Jorgen Tharaldsen

"In a world of a million water pictures, it's easy to dismiss this as "just another reflection shot." Still, this unedited image proves how unreal water can behave under certain circumstances.

Here I stand at the narrowest point of a small lake, and as usual I have thrown objects into the water to see how it behaves visually. Because the lake was so narrow, only a few meters, the circles started to recoil from land. The effect is called, to my knowledge, interference, but I have yet to see anything similar, even after all these years of throwing rocks into the water."

 

The Story of Bottled Water

"The Story of Bottled Water , released on March 22, 2010 (World Water Day) employs the Story of Stuff style to tell the story of manufactured demand—how you get Americans to buy more than half a billion bottles of water every week when it already flows from the tap. Over five minutes, the film explores the bottled water industrys attacks on tap water and its use of seductive, environmental-themed advertising to cover up the mountains of plastic waste it produces. The film concludes with a call to take back the tap, not only by making a personal commitment to avoid bottled water, but by supporting investments in clean, available tap water for all." 

 

Drops on Drops on Drops

When falling onto another liquid layer, water droplets typically bounce then coalesce. If the surface is vibrating, however, the droplets will continue bouncing.

Groundwater in Movement

Groundwater in movement from Roxana Torre on Vimeo.

"This visualization shows how water mass is constantly changing around the world. 
Each circle shows water height anomaly for that location compared to its long-term average. White circles represent water gain while empty circles represent water loss, the bigger the circle, the higher the gain or loss."
via visual.ly

Ancient Stepwells of India

The earliest stepwells most likely date to about 550 AD, but the most famous were built in medieval times. It is estimated that over 3000 stepwells were built in the two northern states. Although many have fallen into disrepair, were silted in in antiquity, or were filled in with trash in the modern era, hundreds of wells still exist. In New Delhi alone, there are more than 30.
see more via atlasobscura.com

 

Shocking Water Contaminant

"New research shows that many people are unsuspectingly drinking sucralose every day in their water. A shocking new study found that the artificial sweetener sucralose, which is also known under the brand name Splenda, is now a widespread contaminant in surface water, ground water, and waste water.

Researchers took samples from 19 American drinking water treatment plants that provide drinking water for over 28 million people. They found sucralose in:

-The source water of 15 out of 19 drinking water treatment plants tested;

-The finished water of 13 out of 17 water plants; and

-8 out of 12 water distribution systems."

read more via care2.com

See Also...

What's in Cheyenne's Water ? 

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The Water Quality Information Center (WQIC)  was established in 1990 to support the United States Department of Agriculture's (USDA) plan to address water quality concerns. As the focal point of the National Agricultural Library's water quality efforts, the center collects, organizes, and communicates the scientific findings, educational methodologies, and public policy issues related to water resources and agriculture.