• Abnormalities found in drinking water in Texas’s Eagle Ford Shale region

    Chemists studying well water quality in the Texas’s Eagle Ford Shale region found some abnormal chloride/bromide ratios, alongside evidence of dissolved gases and sporadic episodes of volatile organic compounds, all indicative of some contamination from industrial or agricultural activities in the area.

  • Radioactive wastewater enters Florida major aquifer after huge sinkhole opens up below fertilizer plant

    At least 980 million liters of highly contaminated water — including radioactive substances – has leaked into one of Florida’s largest sources of drinking water. The leak was caused by a huge sinkhole which opened up beneath a fertilizer plant near Tampa. The sinkhole caused highly contaminated waste water to pass into an aquifer which supplies much of the state. The waste water contained phosphogypsum, a by-product of fertilizer production, which contains naturally occurring uranium and radium. the Floridan aquifer aquifer underlies all of Florida and extends into southern Alabama, Georgia, and South Carolina, supplying groundwater to the cities of Tallahassee, Jacksonville, Gainesville, Orlando, Daytona Beach, Tampa, and St Petersburg.

  • Solar-powered Ring Garden combines desalination, agriculture for drought-stricken California

    With roughly 80 percent of California’s already-scarce water supply going to agriculture, it is crucial for the state to embrace new technologies that shrink the amount of water required to grow food. Alexandru Predonu has designed an elegant solution which uses solar energy to power a rotating desalination plant and farm that not only produces clean drinking water for the city of Santa Monica, but also food crops — including algae.

  • Solar-powered Pipe desalinizes 1.5 billion gallons of drinking water for California

    The infrastructure California needs to generate energy for electricity and clean water, which will be significant, need not blight the landscape. Designs like The Pipe demonstrate how the provision of public services like these can be knitted into every day life in a healthy, aesthetically pleasing way.

  • New cooling method for large data centers to save millions of gallons of water

    In different parts of the country, people discuss gray-water recycling and rainwater capture to minimize the millions of gallons of groundwater required to cool large data centers. But the simple answer in many climates is to use liquid refrigerant. A cooling system – if installed next year at Sandia National Laboratories computing center – is expected to save 4 million to 5 million gallons annually in New Mexico, and hundreds of millions of gallons nationally if the method is widely adopted.

  • Water pollution across three continents poses health risks to hundreds of millions

    Water pollution has risen across three continents, placing hundreds of millions of people at risk of contracting life-threatening diseases like cholera and typhoid. Pathogen and organic pollution rise in more than 50 percent of river stretches in Africa, Asia, and Latin America. Asia hit hardest by rise in severe pathogen pollution, with up to a half of all river stretches affected. Up to 323 million people on three continents at risk of infection from diseases caused by pathogens in water.

  • Combining high performance computing, public policy analysis for better water resource management

    With growing demand and a changing climate, the Colorado River Basin is under significant stress. The river supplies water to thirty million people in seven states, supports billions of dollars in economic activity each year, and irrigates 15 percent of all U.S. crops. It also provides water to twenty-two Native American tribes, four national recreation areas, and eleven national parks. Researchers have joined forces to combine high-performance computing with innovative public policy analysis to improve planning for particularly complex issues such as such as water resource management.

  • The lesson from the demise of the Maya civilization: Water shortage can destroy cultures

    Within a short period of time, the advanced Maya civilization in Central America went from flourishing to collapsing — the population dwindling rapidly and monumental stone structures, like the ones built at Yucatán, were no longer being constructed. Mathematical models analyzing the interplay between society and hydrological effects have found the explanation: the irrigation technology that served the Mayans well during periods of drought may have actually made their society more vulnerable to major catastrophes. These models provide insights into ancient cultures – as well as into our own future.

  • NSF announces $55 million toward national research priorities

    The National Science Foundation (NSF) has made eleven awards totaling $55 million aimed at building research capacity to address fundamental questions about the brain and develop new innovations at the intersection of food, energy, and water systems. These four-year awards support twenty-seven institutions in eighteen eligible jurisdictions.

  • How a new source of water is helping reduce conflict in the Middle East

    Just a few years ago, in the depths of its worst drought in at least 900 years, Israel was running out of water. Now it has a surplus. This remarkable turnaround was helped by increasing conservation and re-use – but the biggest impact came from a new wave of desalination plants. Israel now gets 55 percent of its domestic water from desalination. Moreover, scientists and others look to desalination as a way to unite longtime enemies in a common cause.

  • Six million Americans drink water with unsafe levels of toxic chemicals

    Levels of a widely used class of industrial chemicals linked with cancer and other health problems exceed federally recommended safety levels in public drinking water supplies for six million people in the United States, according to a new study.

  • Brazil’s sewage woes reflect the growing global water quality crisis

    All eyes are turned toward Rio de Janeiro to watch top athletes compete, yet the headlines continue to highlight the problems with the water quality and the risks to the athletes who swim, row, and sail, and even to tourists simply visiting the beaches. But Brazil’s wastewater woes are hardly unique. The water quality of lakes, rivers, and coastal shorelines around the world is degrading at an alarming rate. In fact, pollution of the ten largest rivers on earth is so significant that it affects five billion people. While the spotlight is shining on the athletes over the next few weeks, let us also shine a spotlight on what we can do to improve and restore water quality around the world through our collective efforts, use of new tools, and risk frameworks, moving the political will one step closer toward sewage treatment and protection of the biohealth of the blue planet.

  • Trading farmland to protect water from nitrogen

    Excess nitrogen from agricultural runoff can enter surface waters with devastating effects. Algal blooms and fish kills are a just a couple of possible consequences. But riparian buffer zones – areas of grasses, perennials, or trees – between farmlands and streams or rivers can help. But what kind of vegetation makes buffer zones most efficient at removing nitrogen from runoff? A new study sets out to answer.

  • Earthquake-resilient pipeline could allow Los Angeles’s water utility system withstand tremors

    Los Angeles’s water utility system – the nation’s largest — crosses over thirty fault lines en route to supplying water to more than four million residents. A top engineer from the city of Los Angeles visited Cornell University this month as researchers tested a new earthquake-resilient pipeline designed better to protect southern California’s water utility network from natural disasters. The steel pipe uses a unique structural wave design to control buckling, allowing the pipe to bend and compress without rupturing or losing water pressure.

  • Cities face dramatic increase in water treatment spending when watersheds are damaged

    A new global study has found that one in three large cities spend 50 percent more on water treatment costs as a result of damage to the ecological quality of their watersheds. This study found that urban source watershed degradation is widespread globally, with 9 in 10 cities losing significant amounts of natural land cover to agriculture and development in the watersheds that supply their drinking water. This has led to polluted water and an increase in water treatment costs that represent a liability in excess of $100 billion.