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El Paso, TX, United States

The University of Texas at El Paso is a four-year state university, and is a component institution of the University of Texas System. The school was founded in 1914 as The Texas State School of Mines and Metallurgy, and a mineshaft survives on the mountainous desert campus. It became Texas Western College in 1949, and The University of Texas at El Paso in 1967.In fall 2014, enrollment was 23,079 . UTEP is the largest university in the U.S. with a majority Mexican-American student population .The El Paso, Texas, campus features a one-of-a-kind collection of buildings in the Bhutanese architectural style. The UTEP campus is located on hillsides overlooking the Rio Grande, with Juarez, Mexico, within easy view across the border.Another notable feature of UTEP is its athletic history. UTEP was the first college in any Southern state in the United States to integrate its intercollegiate sports programs. To this date it is the only school in Texas to bring home an NCAA Men's Basketball Championship, which it achieved in 1966. The movie Glory Road recounts this story. Wikipedia.


Collins T.W.,University of Texas at El Paso
Antipode | Year: 2010

Drawing upon insights from the field of urban political ecology, this article extends the critical hazards concept of marginalization by incorporating a relational focus on facilitation. Facilitation connotes the institutionally mediated process that enables powerful geographical groups of people to minimize negative environmental externalities and appropriate positive environmental externalities in particular places, with unjust socioenvironmental consequences. The article demonstrates the utility of a marginalization/facilitation frame for understanding the production of unequal risk based on a case study of the 2006 El Paso (USA)-Ciudad Juárez (Mexico) flood disaster. The case study reveals how uneven developments have produced complex sociospatial patterns of exposure to flood hazards and how processes of facilitation and marginalization have created socially disparate flood-prone landscapes characterized by unequal risks. The paper concludes by outlining how the frame presented helps clarify understanding of the production of unequal risk. ©2010 The Author Journal compilation © 2010 Editorial Board of Antipode. Source


Buballa M.,TU Darmstadt | Carignano S.,University of Texas at El Paso
Progress in Particle and Nuclear Physics | Year: 2015

The chiral condensate, which is constant in vacuum, may become spatially modulated at moderately high densities where in the traditional picture of the QCD phase diagram a first-order chiral phase transition occurs. We review the current status of this idea, which originally dates back to Migdal's pion condensation, but recently received new momentum through studies on the nature of the chiral critical point and by the conjecture of a quarkyonic-matter phase. We discuss how these nonuniform phases emerge in generalized Ginzburg-Landau analyses as well as in specific calculations, both within effective models and in Dyson-Schwinger or large-Nc approaches to QCD. Questions about the most favored shape of the modulations and its dimension, and about the effects of nonzero isospin chemical potential, strange quarks, color superconductivity, and external magnetic fields on these inhomogeneous phases will be addressed as well. © 2014 Elsevier B.V. Source


Lane B.W.,University of Texas at El Paso
Journal of Transport Geography | Year: 2012

This research examines the temporal aspects of the relationship between public transportation and gasoline prices in US cities from January 2002 through March of 2009. Data are collected at monthly intervals for transit ridership, service, gasoline price, and price variability for 33 metropolitan areas. These data are analyzed using time-series regression to estimate the presence of lagged effects of price and service on transit patronage.The results indicate a small but consistently significant amount of transit ridership fluctuation is due to gasoline prices. Repeated lags of gasoline prices of up to 13. months are influential on ridership. Every 10% increase in gasoline prices can lead to ridership increases of up to 4% per significant lag for bus and 8% for rail. There is considerable variability across cities in the magnitude of the effect on transit ridership, the impact by mode, and temporal variability. The results are discussed in light of their implications for transit operations, using cost to influence travel behavior, and transportation sustainability. © 2011 Elsevier Ltd. Source


Zhang M.,University of Texas at El Paso
Computers and Education | Year: 2014

Although the Internet has become a major source for disseminating educational resources for science, technology, engineering, and mathematics (STEM), little is known about the extent to which these resources are being used, their relationship to academic performance, and the type of users accessing these resources online. This study used two innovative tools, Google Trends and Web analytics, to explore interest in and usage of the PhET website, one of the most well-known online science simulation resources. This study found that search interest in the PhET science simulations has been growing continuously since 2005. However, search interest in PhET was positively correlated with academic performance and income, and negatively correlated with the achievement gap between high- and low-performing students. Moreover, Internet users in states with more White students were more interested in the PhET science simulations. Yet Internet users in states with more Black students were less interested in these science simulations. These findings suggest that the way online STEM resources are being used is likely to widen, rather than narrow, the achievement gap. This is the first study to utilize Internet search trend data and Web analytics tools for monitoring Internet use for educational purposes. © 2014 Elsevier Ltd. All rights reserved. Source


Parsons T.,U.S. Geological Survey | Velasco A.A.,University of Texas at El Paso
Nature Geoscience | Year: 2011

Large earthquakes are known to trigger earthquakes elsewhere. Damaging large aftershocks occur close to the mainshock and microearthquakes are triggered by passing seismic waves at significant distances from the mainshock1-6. It is unclear, however, whether bigger, more damaging earthquakes are routinely triggered at distances far from the mainshock, heightening the global seismic hazard after every large earthquake. Here we assemble a catalogue of all possible earthquakes greater than M'5 that might have been triggered by every M'7 or larger mainshock during the past 30 years. We compare the timing of earthquakes greater than M'5 with the temporal and spatial passage of surface waves generated by large earthquakes using a complete worldwide catalogue. Whereas small earthquakes are triggered immediately during the passage of surface waves at all spatial ranges, we find no significant temporal association between surface-wave arrivals and larger earthquakes. We observe a significant increase in the rate of seismic activity at distances confined to within two to three rupture lengths of the mainshock. Thus, we conclude that the regional hazard of larger earthquakes is increased after a mainshock, but the global hazard is not. © 2011 Macmillan Publishers Limited. All rights reserved. Source

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