• During Droughts: Where Is the Water?

    In low precipitation periods – where and how is the limited available water distributed and what possibilities are there for improving retention in the soil and the landscape?

  • Simultaneous, Reinforcing Policy Failures Led to Flint Water Crisis

    Concurrent failures of federal drinking water standards and Michigan’s emergency manager law reinforced and magnified each other, leading to the Flint water crisis, according to a University of Michigan environmental policy expert. Flint’s experience offers lessons during the COVID-19 pandemic, which has exacerbated local financial challenges while highlighting the importance of access to clean, safe drinking water.

  • Cost-Effective Ways to Reduce Risks in the Supply Chain

    The coronavirus pandemic has hit the economy hard. What lessons can be learned from this experience? And what’s the best way for companies to protect themselves against this kind of crisis in the future? The answer will certainly involve a combination of different approaches – but new mathematical methods look likely to be a very promising piece of the puzzle.

  • Venice Ambitious Anti-Flood System Passes First Trial

    Venice On Friday conducted the first test of a controversial dam system made up of 78 inflatable barriers, aiming to protect the city from severe flooding. The ambitious and costly dam system, launched in 2003, has been plagued by corruption and is nearly a decade behind schedule. It will becoe fully operational by the end of 20201, and it is designed to hold water surges as high as 10 feet.

  • Securing the Smart Home

    So…you’ve built your smart home, it’s got smart heating and lighting, all the latest smart communications and entertainment systems, and of course, smart power generation to make it smart and green. But, how do you keep it secure and stop forced digital or physical entry? Well, you need smart security too, of course.

  • Reducing Radioactive Waste in Dismantle Nuclear Facilities

    On Monday, France announced it was shutting down the country’s oldest nuclear reactor – and that additional twelve aging reactors will be dismantled by 2035. Scientists have designed a methodology for dismantling nuclear facilities while limiting the amount of toxic nuclear waste generated in the process.

  • U.S. Seeks to Seize Iran’s Gasoline Shipments Heading to Venezuela

    U.S. prosecutors have filed a lawsuit to seize the gasoline aboard four tankers that Iran is currently shipping to Venezuela, the latest attempt to increase pressure on the two sanctioned anti-American allies. The civil-forfeiture complaint filed in the District of Columbia federal court late on 1 July claims the sale was arranged by an Iranian businessman with ties to Iran’s Islamic Revolutionary Guards Corps, a U.S.-designated foreign terrorist organization.

  • France Shuts Down Its Oldest Nuclear Plant

    France gets 70 percent of its energy from nuclear reactors – it has 56 of them (only the United States, with 98, has more). Most of France’s nuclear reactors were built in the late 1960s and 1970s, and they are reaching – and in some cases, have exceeded — the 40-year limit on the safe operation of reactors. On Monday, France took offline its oldest nuclear reactor, and it will shut down 12 more by 2035.

  • Why Japanese Businesses Are So Good at Surviving Crises

    On 11 March 2011, a 9.1-magnitude earthquake triggered a powerful tsunami, launching 125-feet high waves at the coast of the Tohoku region of Honshu, the largest and most populous island in Japan. nearly 16,000 people were killed, hundreds of thousands displaced, and millions left without electricity and water. Railways and roads were destroyed, and 383,000 buildings damaged, including a nuclear power plant at Fukushima. “In lessons for today’s businesses deeply hit by pandemic and seismic culture shifts, it’s important to recognize that many of the Japanese companies in the Tohoku region continue to operate today, despite facing serious financial setbacks from the disaster,” she writes. “How did these businesses manage not only to survive, but thrive?”

  • Uncertainty in Renewable Energy Regulation Leads to Electricity Price Volatility

    Incorporating renewable energies into the electricity system entails a certain degree of volatility in the electricity price owing to the intermittent nature of generation by plants of this type. However, a study by the UPV/EHU shows that the greatest volatility is caused when unexpected regulatory changes are made in the renewable sector. What disrupts economic players most is uncertainty.

  • Using Wind Turbines to Defend the National Grid from Power Cuts

    A ‘smart’ system that controls the storage and release of energy from wind turbines will reduce the risk of power cuts and support the increase of wind energy use world-wide, say researchers. The system uses the variable speed of the rotors in wind turbine systems to more closely regulate the supply of power to the grid. This means that when electricity demand is high, stored kinetic energy in the turbines can be used intelligently to keep the grid stable. 

  • The Answer to Groundwater Resources Comes from High in the Sky

    Groundwater makes up 30 to 50 percent of California’s water supply, but until recently there were few restrictions placed on its retrieval. Then in 2014 California became the last Western state to require regulation of its groundwater, and water managers in the state’s premier agricultural region – the state’s Central Valley – are tasked with estimating available groundwater. It’s a daunting technological challenge – but scientists can help by pairing satellite data with high-resolution monitoring to estimate groundwater depletion.

  • Lessening Water Quality Problems Caused by Hurricane-Related Flooding

    June 1 is the start of hurricane season in the Atlantic, and with 2020 predicted to be particularly active, residents in coastal regions are keeping watchful eyes on the weather. Flooding is often the most damaging effect of tropical storms, and one of the first casualties of large-scale is the quality of water sources in the flooded areas.

  • Microreactors for Resilient Power in Puerto Rico

    Puerto Rico is home to 3.2 million American citizens, with all the energy needs of a modern economy. Most of the territory’s power, however, is generated by facilities dating from the 1960s, which is nearly thirty years older on average than mainland U.S. power plants. To meet the island’s energy demand without the need for more fossil fuels, one promising candidate is the use of microreactors.

  • From ocean waves to electricity: clean power for our planet

    The prevailing wisdom for wave energy capture has been to construct a large installation offshore, a few kilometers in the middle of the sea. But, says one expert, that’s expensive and unreliable. Offshore waves can reach tsunami-like heights that can pulverize the equipment, so few insurance companies have been willing to cover these kinds of installations and, if they do, it’s at a high cost. There is a less expensive, safer alternative: Installing “floaters” on existing manmade structures – piers, jetties and breakwaters – and putting the main energy-creating equipment with its sensitive computers and generators on land.