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The University of New Hampshire is a public research university in the University System of New Hampshire , in the United States. The main campus is in Durham, New Hampshire, in the Seacoast region of the state. An additional campus is located in Manchester, and the University of New Hampshire School of Law is located in Concord. The law school is renowned for its intellectual property law programs, consistently ranking in the top ten of U.S. News & World Report rankings.With over 15,000 students, UNH is the largest university in the state. The university is one of only nine land, sea and space grant institutions in the nation. Since July 1, 2007, Mark W. Huddleston has served as the university's 19th president.The University of New Hampshire was ranked as having the 4th most expensive in-state tuition for a public 4-year college in the country by the Department of Education in 2012.In 2004, UNH was the only public institution in New England to rank in the top 10 of number of Fulbright fellowships awarded, with five graduates receiving grants. In the same year, UNH was ranked the 10th best entrepreneurial college in the nation by The Princeton Review. According to U.S. News & World Report's "America's Best Colleges" listings, the University of New Hampshire is a "more selective" national university, placing it in the first out of five tiers of competitiveness when it comes to admissions standards. Due to its extensive efforts in the area of sustainability, UNH was one of 15 highest scoring schools on the College Sustainability Report Card 2009, with the Sustainable Endowments Institute awarding it a grade of "A-".In 2012, UNH was named the 6th "coolest school" in the country by Sierra magazine for its efforts in sustainability. Wikipedia.


This paper addresses the contradiction between the conceptualization of partner violence as almost exclusively perpetrated by men and over 200 studies with data on both men and women which found "gender symmetry," i.e., that about the same percentage of women as men physically assault a partner. Both Straus (1990) and Johnson (1995) suggested that the contradiction can be resolved by taking a "dual population" approach. Straus argued that "ordinary" violence, such as slapping, shoving, and throwing things at a partner, is prevalent in the general population and is symmetrical; whereas "severe" violence such as choking, punching, and attacks with objects are rare in the general population but common in clinical populations and are male-predominant. Similarly, Johnson (1995) argued that "situational violence" is prevalent in the general population and symmetrical, whereas "intimate terrorism" is rare and is perpetrated almost exclusively by men. However, a review of 91 empirical comparisons found that symmetry and mutual violence perpetration is typical of relationships involving severe and injurious assaults and agency intervention, and of "intimate terrorists" as measured by Johnson's criteria. The discussion of these results suggests that much of the controversy arises because those who assert gender symmetry do so on the basis of perpetration rates, whereas those who deny gender symmetry do so on the basis of the effects of victimization, i.e. the greater harm experienced by women. Thus, the "different population" explanations of the controversy need to be replaced by a "perpetration versus effects" explanation. When prevention of perpetration is the focus, the predominance of symmetry and mutuality suggests that prevention could be enhanced by addressing programs to girls and women as well as boys and men. When offender treatment is the focus, the results suggest that effectiveness could be enhanced by changing treatment programs to address assaults by both partners when applicable. © 2011 Elsevier Ltd. Source


Isenberg P.A.,University of New Hampshire
Astrophysical Journal | Year: 2014

The narrow ribbon of enhanced energetic neutral atom flux observed by the Interstellar Boundary Explorer spacecraft has prompted numerous ideas to explain its structure and properties. One of these ideas is the "neutral solar wind" scenario, which identifies the source particles as pickup protons in the local interstellar medium originating in solar wind charge-exchange interactions. This scenario has been thought to require unrealistically weak pitch-angle scattering of the pickup protons to explain the narrow structure. Recently, Schwadron & McComas suggested that this structure could result from a spatial retention of the pickup protons, rather than from a restricted pitch-angle distribution. Here, we present a physically motivated, quantitative mechanism to produce such a spatial configuration. This mechanism is based on the "dominant turbulence" assumption, which can be applied where the production of new pickup protons is slow, and has been used to successfully explain the level of turbulent heating observed in the outer solar wind. This formalism predicts a pickup isotropization process which adds or subtracts energy from the ambient turbulent fluctuations, depending on the initial pitch angle of the pickup protons. We show that a simple model of this process can yield a ribbon structure in qualitative agreement with the observations. The results of this simple model are not yet quantitatively satisfactory, but we suggest several improvements which may reduce the quantitative discrepancy. © 2014. The American Astronomical Society. All rights reserved. Source


Historically, the response of marine invertebrates to their environment, and environmentally induced stress, has included some measurement of their physiology or metabolism. Eventually, this approach developed into comparative energetics and the construction of energetic budgets. More recently, coral reefs, and scleractinian corals in particular, have suffered significant declines due to climate change-related environmental stress. In addition to a number of physiological, biophysical and molecular measurements to assess "coral health," there has been increased use of energetic approaches that have included the measurement of specific biochemical constituents (i. e., lipid concentrations) as a proxy for energy available to assess the potential outcomes of environmental stress on corals. In reading these studies, there appears to be some confusion between energy budgets and carbon budgets. Additionally, many assumptions regarding proximate biochemical composition, metabolic fuel preferences and metabolic quotients have been made, all of which are essential to construct accurate energy budgets and to convert elemental composition (i. e., carbon) to energy equivalents. Additionally, models of energetics such as the metabolic theory of ecology or dynamic energy budgets are being applied to coral physiology and include several assumptions that are not appropriate for scleractinian corals. As we assess the independent and interactive effects of multiple stressors on corals, efforts to construct quantitative energetic budgets should be a priority component of realistic multifactor experiments that would then improve the use of models as predictors of outcomes related to the effects of environmental change on corals. © 2012 Springer-Verlag Berlin Heidelberg. Source


Hamilton L.C.,University of New Hampshire
Climatic Change | Year: 2011

U. S. public opinion regarding climate change has become increasingly polarized in recent years, as partisan think tanks and others worked to recast an originally scientific topic into a political wedge issue. Nominally "scientific" arguments against taking anthropogenic climate change seriously have been publicized to reach informed but ideologically receptive audiences. Reflecting the success of such arguments, polls have noted that concern about climate change increased with education among Democrats, but decreased with education among Republicans. These observations lead to the hypothesis that there exist interaction (non-additive) effects between education or knowledge and political orientation, net of other background factors, in predicting public concern about climate change. Two regional telephone surveys, conducted in New Hampshire (n = 541) and Michigan (n = 1, 008) in 2008, included identical climate-change questions that provide opportunities to test this hypothesis. Multivariate analysis of both surveys finds significant interactions. These empirical results fit with theoretical interpretations and several other recent studies. They suggest that the classically identified social bases of concern about the environment in general, and climate in particular, have shifted in recent years. Narrowcast media, including the many Web sites devoted to discrediting climate-change concerns, provide ideal conduits for channeling contrarian arguments to an audience predisposed to believe and electronically spread them further. Active-response Web sites by climate scientists could prove critical to counterbalancing contrarian arguments. © 2010 Springer Science+Business Media B.V. Source


Cooper V.S.,University of New Hampshire
PLoS Biology | Year: 2014

Examples of ecological specialization abound in nature but the evolutionary and genetic causes of tradeoffs across environments are typically unknown. Natural selection itself may favor traits that improve fitness in one environment but reduce fitness elsewhere. Furthermore, an absence of selection on unused traits renders them susceptible to mutational erosion by genetic drift. Experimental evolution of microbial populations allows these potentially concurrent dynamics to be evaluated directly, rather than by historical inference. The 50,000 generation (and counting) Lenski Long-Term Evolution Experiment (LTEE), in which replicate E. coli populations have been passaged in a simple environment with only glucose for carbon and energy, has inspired multiple studies of their potential specialization. Earlier in this experiment, most changes were the side effects of selection, both broadening growth potential in some conditions and narrowing it in others, particularly in assays of diet breadth and thermotolerance. The fact that replicate populations experienced similar losses suggested they were becoming specialists because of tradeoffs imposed by selection. However a new study in this issue of PLOS Biology by Nicholas Leiby and Christopher Marx revisits these lines with powerful new growth assays and finds a surprising number of functional gains as well as losses, the latter of which were enriched in populations that had evolved higher mutation rates. Thus, these populations are steadily becoming glucose specialists by the relentless pressure of mutation accumulation, which has taken 25 years to detect. More surprising, the unpredictability of functional changes suggests that we still have much to learn about how the best-studied bacterium adapts to grow on the best-studied sugar. © 2014 Vaughn S. Source

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