• U.S. to face an increased risk of severe thunderstorms

    Severe thunderstorms, often exhibiting destructive rainfall, hail and tornadoes, are one of the primary causes of catastrophic losses in the United States. In 2012, eleven weather disasters in the United States crossed the billion-dollar threshold in economic losses. Seven of those events were related to severe thunderstorms. New climate analyses indicate that global warming is likely to cause a robust increase in the conditions that produce these types of storms across much of the country over the next century.

  • Calculating emissions, costs of increased wind, solar in the West

    New research quantifies the potential impacts of increasing wind and solar power generation on the operators of fossil-fueled power plants in the West. To accommodate higher amounts of wind and solar power on the electric grid, utilities must ramp down and ramp up or stop and start conventional generators more frequently to provide reliable power for their customers — a practice called cycling.

  • Los Alamos National Lab describes storm damage to affected New Mexico areas

    Hours after a disaster declaration by Los Alamos County, Los Alamos National Laboratory officials on Friday described “millions” of dollars in damage to environmental monitoring stations, monitoring wells, access roads, and badly eroded canyon bottoms. “Last week we experienced an epic event,” said Dave McInroy, the laboratory’s program director for environmental corrective actions.

  • “In 30 years Iran will be a ghost town” if the country’s water situation does not improve

    Issa Kalantari, a former agriculture minister during the presidency of Ayatollah Hashemi Rafsanjani and currently and advisor to President Hassan Rouhani’s cabinet, says Iran’s water crisis was especially grave. “Our main problem that threatens us, that is more dangerous than Israel, America or political fighting, is the issue of living in Iran. It is that the Iranian plateau is becoming uninhabitable”; “If this situation is not reformed, in 30 years Iran will be a ghost town.”

  • Deep earthquakes simulated in the laboratory

    More than twenty years ago, researchers discovered a high-pressure failure mechanism that they proposed then was the long-sought mechanism of very deep earthquakes (earthquakes occurring at more than 400 km depth). The result was controversial because seismologists could not find a seismic signal in the Earth that could confirm the results. Seismologists have now found the critical evidence. Indeed, beneath Japan, they have even imaged the tell-tale evidence and showed that it coincides with the locations of deep earthquakes.

  • Missed opportunities to save water, energy

    Water and wastewater managers are missing substantial opportunities to save energy and money, according to a new report.The report also identifies significant gaps in knowledge about the amount of water used to extract energy resources such as natural gas, oil, and coal, and to generate electricity.

  • NIST announces five grants to pilot Trusted Identity technologies

    The National Institute of Standards and Technology (NIST) has announced more than $7 million in grants to five organizations to fund pilot projects as part of the government’s National Strategy for Trusted Identities in Cyberspace (NSTIC) initiative. The NSTIC initiative is a collaborative effort among the private sector, advocacy groups and public-sector agencies to support technologies that enable individuals and organizations to use secure, efficient, convenient and interoperable identity credentials to access online services in a way that promotes confidence, privacy, choice and innovation.

  • Improving nuclear waste repositories

    How fast will iodine-129 released from spent nuclear fuel move through a deep, clay-based geological repository? Understanding this process is crucial. Countries worldwide consider underground clay formations for nuclear waste disposal because clay offers low permeability and high radionuclide retention. Even when a repository is not sited in clay, engineered barriers often include a compacted buffer of bentonite, a common type of clay, to improve waste isolation.

  • Demonstrating bioenergy technology

    Researchers plan to demonstrate an innovative bioenergy technology that converts wastewater treatment plant byproducts into hydrogen gas to produce electricity. The demonstration project will start in mid-October, and in about a year the wastewater treatment plant will be processing one ton per day of wet biosolids and will be producing up to thirty kilowatts of electricity. The electricity, in turn, will be used to power select functions at the plant.

  • California mulls costly earthquake early-warning system

    The price of an early warning system which would alert California officials about an earthquake within sixty seconds before a major temblor strikes would be $80 million. The California legislature passed a bill on 13 September, requiring the state to develop the earthquake warning system, but it is unclear whether Governor Jerry Brown will sign the bill.

  • Microbial power storage can do the job

    Oil and gas can be converted into electricity in line with demand, but wind, water, and sun cannot be adapted as readily to fluctuations in power consumption. Efficient power storage solutions must satisfy two essential criteria: Their own consumption of resources must be as low as possible, and surplus power must be stored within seconds. The results of a pilot study have now demonstrated that a microorganism-based process developed by is unequalled in the way it satisfies both of these criteria.

  • Today’s worst watershed stresses in U.S. may become tomorrow’s new normal

    Nearly one in ten U.S. watersheds is “stressed,” with demand for water exceeding natural supply, according to a new analysis of surface water in the United States. What is more, the lowest water flow seasons of recent years — times of great stress on rivers, streams, and sectors that use their waters — are likely to become typical as climates continue to warm.

  • Extracting maximum energy from currents

    In the long sprint to find new sources of clean, low-cost power, slow and steady may win the race — the slow-moving water of currents and tides, that is. Just as wind turbines tap into the energy of flowing air to generate electricity, hydrokinetic devices produce power from moving masses of water.

  • World's first grid-scale isothermal compressed air energy storage system

    A New Hampshire company has completed construction and begun startup of the world’s first megawatt-scale isothermal compressed air energy storage (ICAES) system. The system stores and returns megawatts of electricity to provide long-term grid stability and support integration of renewable energy sources like wind and solar. Unlike chemical battery systems, ICAES performance does not degrade over its lifetime or need frequent replacement. No hazardous materials are used.

  • U.S. makes progress toward a National Water Census

    Growing populations, increased energy development, and the uncertain effects of a changing climate magnify the need for an improved understanding of water use and water availability. No comprehensive and current national assessment of water resources exists, however. A USGS report released in April, Progress Toward Establishing a National Assessment of Water Availability and Use, fulfilled a requirement under the 2009 SECURE Water Act for the Secretary of the Interior to report to Congress on progress made in implementing the national water availability and use assessment program, also referred to as a National Water Census.