Sociology professor Brian Mayer’s research is part of an $8 million Health and Human Services project focused on long-term recovery.
The disastrous flooding Hurricane Sandy brought to Maryland’s coastal communities left a long road to recovery.
An expert in how communities rebound from large-scale disasters, University of Arizona sociology professor Brian Mayer is working to model the relationship between the resiliency of communities and individuals.(more…)
COLUMBIA, Mo. – Meteorologists often use information about warm and cold fronts to determine whether a tornado will occur in a particular area. Now, a University of Missouri researcher has found that the temperature of the Pacific Ocean could help scientists predict the type and location of tornado activity in the U.S.
Laurel McCoy, an atmospheric science graduate student at the MU School of Natural Resources, and Tony Lupo, professor and chair of atmospheric science in the College of Agriculture, Food and Natural Resources, surveyed 56,457 tornado-like events from 1950 to 2011. They found that when surface sea temperatures were warmer than average, the U.S. experienced 20.3 percent more tornados that were rated EF-2 to EF-5 on the Enhanced Fuijta (EF) scale. (The EF scale rates the strength of tornados based on the damage they cause. The scale has six category rankings from zero to five.) (more…)
The UA department of mining and geological engineering, one of only 14 U.S. schools offering mining engineering degrees and only a handful with its own student mine, is dedicated to helping fill the industry pipeline, and that includes ensuring female engineers continue to gain ground in a surging industry.
They roam the remotest corners of the world, scale the highest mountains and descend deep into the Earth.
They go places few women have ever gone. They are not afraid of getting dirty, or of much else for that matter, certainly not adversity or a good challenge. And they know, better than most, how and when to take a joke. (more…)
Researchers from North Carolina State University have found that one of the most aggressive invasive ant species in the United States – the Argentine ant – appears to have met its match in the Asian needle ant. Specifically, the researchers have found that the Asian needle ant is successfully displacing Argentine ants in an urban environment, indicating that the Asian needle ant – with its venomous sting – may be the next invasive species to see a population boom.
In the world of invasive species, the Argentine ant (Linepithema humile) is a success story. Its aggressive, territorial behavior and ability to create huge “supercolonies” – consisting of thousands of queens and millions of workers – have enabled the Argentine ant to spread across the United States, displacing native species and changing ecosystems to suit its needs. No other ant species had been seen successfully pushing back – until now. (more…)
Insight Public Sector selected to deliver licensing agreement aimed at reducing IT costs while offering advanced mobility, collaboration and cloud computing capabilities to personnel.
WASHINGTON, D.C. — Jan. 4, 2013 — In an effort to modernize technology infrastructure, reduce costs and foster new levels of cross-agency collaboration, the U.S. Army, U.S. Air Force and Defense Information Systems Agency (DISA) are expanding access to Microsoft solutions by entering into a transformative three-year Joint Enterprise Licensing Agreement for enterprise licenses and software assurance. The agreement provides all three organizations with a single vehicle for accessing the latest Microsoft technologies in support of top IT priorities around datacenter consolidation, collaboration, cybersecurity, mobility, cloud computing and big data.
This is the most comprehensive licensing agreement Microsoft Corp. has ever established with the U.S. Department of Defense (DoD), covering nearly 75 percent of all DoD personnel. The net new contract was awarded to Insight Public Sector, a division of Insight Enterprises Inc., one of the largest global Microsoft Large Account Resellers. (more…)
A new technology is being deployed by U.S. Geological Survey scientists this weekend to map urban flooding caused by Hurricane Isaac. Called “terrestrial lidar,” or “T-lidar”, this new capability will enable scientists to collect highly detailed information in select population areas in Louisiana, Mississippi, and Alabama where the hurricane had the greatest impact.
The portable instrument allows scientists to quickly generate 3-D maps of buildings, dams, levees and other structures, and can show areas of storm damage as well. In a four-to-five minute scan, the instrument collects millions of topographic data points in a full 360-degree view to quickly produce highly accurate topographic information and can map areas up to two-thirds of a mile away. (more…)
*Outstanding educators using technology are recognized for their contribution and impact in teaching.*
REDMOND, Wash. — Aug. 1, 2011 — Microsoft Corp. today announced 11 educators from Alabama, Alaska, California, Florida, Michigan, Pennsylvania, South Carolina and Washington who have been selected as winners of the 2011 U.S. Innovative Education Forum (IEF). The IEF is an event recognizing innovative teachers and school leaders who creatively and effectively use technology in their curriculum to help improve the way kids learn while increasing student success. Out of the thousands that applied, 100 educators from 25 states were selected for a spot to compete on Microsoft’s corporate campus in Redmond. IEF participants also voted on their peers in the Educator’s Choice category and selected a winning project. The winning educators will represent the U.S. and advance to compete against educators from around the world at the Partners in Learning Global Forum, Nov. 6–11, 2011 in Washington, D.C. (more…)
*Focus on deadly April 27, 2011, outbreak in Alabama and surrounding states*
It was one of the deadliest tornado outbreaks in U.S. history.
Now scientists are organizing a research program to better understand the tornadoes that blew through Alabama and other southeastern states on April 27, 2011.
Scientists at the University of Alabama in Huntsville (UAH) are analyzing radar data from that day, then merging the information with detailed storm surveys and other data. They hope to learn more about how the storms formed, what made the storms so powerful and what might be done to make tornado warnings more effective. (more…)
