bluuebunny/crossref_metadata_2025 huggingface dataset:
The Divine Coming of the Light
Authors:   , Peters Clinton Crockett
Published: February 2025

The Divine Coming of the Light is a memoir-in-essays that covers an experience, from 2007 to 2010, when I lived in Kosuge Village (population 900), nestled in the mountains of central Japan. I was the only foreigner there. My memoir uses these three years as a frame to investigate how landscape affects identity. The book profiles who I was before Japan (an evangelical and then wilderness guide), why I became obsessed with mountains, and the fall-out from mountain obsession to a humanistic outlook. The path my narrator takes is one of a mountain hike. I was born in tabletop-flat West Texas to conservative, Christian parents in the second most Republican county by votes in America. At 19, I made my first backpacking trip to the San Juan Mountains of western Colorado and was awed by their outer-planetary-like massiveness. However, two friends and I became lost in the wilderness for three days without cell phones. During this time, an obsession possessed me as we found our way back through the peaks to safety, a realization that I could die out there, yes, but amid previously unknown splendor. I developed an addiction to mountains that weakened my religious faith. Like the Romantic poets before me, God transferred from the sky to the immense landscape. I jettisoned my beliefs and became an outdoor wilderness instructor. On every peak I traveled up, I hoped to recreate that first conversion experience when I was lost in the woods. After college, while teaching English in Kosuge Village, I learned about the mountain-worshipping religion Shugendo: a mixture of Buddhism, Shintoism, and Shamanism. I climbed dozens of peaks, spending several days backpacking. However, while in Japan, I was nearly fatally injured on a solo, month-long hike. I saw the accident as a warning and turned my attention to studying writing and literature. When I came to Japan, I went up mountains, but as I left, I came down. The book profiles my experiences with mountains and my double disillusionment, leveling off with a humanistic outlook, leaving the narrator less a wanderer but more willing to empathize with other people.
Why Dance? The Effects of a Group Dance Period on Social Attending, On-Task Behavior, Affect, Stereotypical Behavior, and Disruptive Behavior of Clients of an Autism Treatment Program
Authors:   , Allen Emerald Elizabeth
Published: February 2025

Dance is an enjoyable activity that children can engage in across the lifespan. Many children with autism have limited leisure activity, such as dance, and also have challenges in terms of overall health related to physical activity. Previous research suggests that there are both immediate and prolonged benefits of exercise. The purpose of the present study was to evaluate the effects of a group dance period on on-task behavior, social attending, affect, stereotypic behavior, and disruptive behavior of three girls diagnosed with autism. The experimenter employed a reversal to evaluate the effects of a "dance party" on a range of behaviors over time. During dance activities, staff and children danced as a group and were observed before and after the dance period. During baseline there was no dance party. While no differences were found across measures, the children did have high levels of favorable affect during the dance party. The results are discussed in the context of previous literature and directions for future studies.
Implementing Digital Logic Design Concepts Using Paper Electronics
Authors:   , Sah Puja
Published: February 2025

This thesis presents the implementation of some of the basic concepts of digital logic design in a fun and creative way with the help of paper electronics. This involves circuit building on paper using conductive tape or conductive ink and circuit components as electronics craft materials. Paper electronics toolkit called circuit sticker microcontroller which is deployed by a company named Chibitronics and AT89C51 microcontroller were used for the computational functioning of the circuits built on paper. This can be used to teach the fundamentals of digital logic design to the students in their early stage of studies in an attractive way and can help them them gain a better understanding. This thesis can also be helpful in grabbing the attention of high school students and motivate them towards choosing the engineering discipline for their higher studies.
Terrorism, Media and Public Perception: Influence of Media on Public Perception on Terrorism Related Matters
Authors:   , Ivanova Andrea
Published: February 2025

The purpose of this study is to measure and examine whether terrorism continues to be highly feared and over-predicted, whether exposure to mass or news media influences perceptions of terrorism, whether mass media remains a significant source of information on terrorism related matters and whether people are prepared to act in the event of a terrorist attack. The respondents in this research consisted of a sample of 135 students aged 18 and over, at a participating mid-size university in a southern state, who completed a self-reported online survey on voluntary basis. The findings of the study suggests that the respondents access terrorism related news-media on both weekly and daily basis. Those with frequent access tend to overestimate the likelihood of a domestic terrorist attack and the threat posed by terrorism and tend to show higher levels of fear associated with terrorism. The majority of the respondents indicated average access of news-media of once or twice a week, or no use at all and they tend to not overestimate the likelihood of a terrorist attack, indicate some or no fear in relation to terrorism and tend to have more accurate perception of the current threat posed by terrorism.
Defining a Relationship between the Flexibility of Materials and Other Properties
Authors:   , Osmanson Allison Theresa
Published: February 2025

Brittleness of a polymeric material has a direct relationship with the material's performance and furthermore shares an inverse relationship with that material's flexibility. The concept of flexibility of materials has been understood but merely explained with a hand-waving manner. Thus, it has never been defined by a calculation, thereby lacking the ability to determine a definite quantitative value for this characteristic. Herein, an equation is presented and proven which makes determining the value of flexibility possible. Such an equation could be used to predict a material's flexibility prior to testing it, thus saving money and valuable time for those in research and in industry. Substantiating evidence showing the relationship between flexibility of polymers and their respective mechanical properties is presented. Further relating the known tensile properties of a given polymer to its flexibility is expanded upon by proving its relationship to the linear coefficient of thermal expansion for each polymer. Additionally, determining flexibility for polymers whose chemical structures have been compromised by respective solvents has also been investigated to predict a solvent's impact on a polymer after exposure. Polymers examined through literature include polycarbonate (PC), polystyrene (PS), teflon (PTFE), styrene acrylonitrile (SAN), acrylonitrile butadiene styrene (ABS), poly(ethersulfone) (PES), low density polyethylene (LDPE), polypropylene (PP), poly(methyl methacrylate) (PMMA), and poly(vinylidene fluoride) (PVDF). Further testing and confirmation was made using PC, PS, ABS, LDPE, PP, and PMMA.
Simultaneous Electrophysiological and Morphological Assessment of Impact Damage to Nerve Cell Networks
Authors:   , Rogers Edmond A.
Published: February 2025

A ballistic pendulum impulse generator was used to impact networks in primary culture growing on microelectrode arrays. This approach has the advantage of imparting pure tangential acceleration insults (50 to 300 g) with simultaneous morphological and electrophysiological multichannel monitoring for days before and after the impact. Action potential (AP) production, network activity patterns, and cell electrode coupling of individual units using AP waveshape templates were quantified. Network adhesion was maintained after tangential impacts up to 300g with minimal loss of pre-selected active units. Time lapse phase contrast microscopy revealed stable nuclei pre-impact, but post impact nuclear rotation in 95% of observations (n= 30). All recording experiments (n=31) showed a repeatable two-phase spike production response profile: recovery to near reference in 1-2 hrs, followed by a slow activity decay to a stable, level plateau approximately 30-40% below reference. Phase 1 consisted of a complex two-step recovery: rapid activity increase to an average 23.6% (range: 11-34%) below reference, forming a level plateau lasting from 5 to 20 min, followed by a climb to within 20% of reference where a second plateau was established for 1 to 2 hrs. Cross correlation profiles showed changes in firing hierarchy after impact, and in spontaneous network oscillatory activity. Native oscillations were found in the Delta band (2 to 3 Hz), and decreased by approximately 20% after impact. Under network disinhibition with bicuculline, oscillations were slower (0.8-1Hz) and decreased 40% after impact. These data link network performance deficits with microscopically observable subcellular changes.
Recycling of PVC and XLPE for High Impact Resistance in Spool Development
Authors:   , Granowski Gregory A
Published: February 2025

My work focuses on taking waste wire-grade PVC = poly(vinyl chloride) and waste XLPE = cross-linked polyethylene and recycle them into small wire/cable spool technology in order to reduce waste cost and reduce cost of spool production. The PVC and XLPE were provided by Encore Wire Corp. of McKinney, TX; they have also defined the standard to which I am comparing my results. The end goal is to incorporate as much PVC and XLPE into the spools while maintaining material toughness, impact resistance, as well as cost-effectiveness in the implementation of the waste materials. The work has been divided into two primary sections, the first is focused on improving material strength through the addition of ceramic fillers. The second section is focused on adding PVC and XLPE into a stronger and highly cohesive polymer matrix and optimizing the concentration of the waste products. Since XLPE is non-polar while PVC is strongly polar, compatibilizers such as CPE (chlorinated polyethylene) and MA-DCP (maleic anhydride with dicumyl peroxide) were used to improve interactions between polar and non-polar constituents. Testing involved the tensile mechanical properties, tribology and thermal properties, namely dynamic mechanical analysis (DMA) and evaluation of thermal degradation by thermogravimetric analysis (TGA). Combining PVC and XLPE together is not economically feasible with current compatiblizers. At the same time, introduction of PVC waste or XLPE waste with sufficient properties of the resulting composites is doable.
Validation and Evaluation of Emergency Response Plans through Agent-Based Modeling and Simulation
Authors:   , Helsing Joseph
Published: February 2025

Biological emergency response planning plays a critical role in protecting the public from possible devastating results of sudden disease outbreaks. These plans describe the distribution of medical countermeasures across a region using limited resources within a restricted time window. Thus, the ability to determine that such a plan will be feasible, i.e. successfully provide service to affected populations within the time limit, is crucial. Many of the current efforts to validate plans are in the form of live drills and training, but those may not test plan activation at the appropriate scale or with sufficient numbers of participants. Thus, this necessitates the use of computational resources to aid emergency managers and planners in developing and evaluating plans before they must be used. Current emergency response plan generation software packages such as RE-PLAN or RealOpt, provide rate-based validation analyses. However, these types of analysis may neglect details of real-world traffic dynamics. Therefore, this dissertation presents Validating Emergency Response Plan Execution Through Simulation (VERPETS), a novel, computational system for the agent-based simulation of biological emergency response plan activation. This system converts raw road network, population distribution, and emergency response plan data into a format suitable for simulation, and then performs these simulations using SUMO, or Simulations of Urban Mobility, to simulate realistic traffic dynamics. Additionally, high performance computing methodologies were utilized to decrease agent load on simulations and improve performance. Further strategies, such as use of agent scaling and a time limit on simulation execution, were also examined. Experimental results indicate that the time to plan completion, i.e. the time when all individuals of the population have received medication, determined by VERPETS aligned well with current alternate methodologies. It was determined that the dynamic of traffic congestion at the POD itself was one of the major factors affecting the completion time of the plan, and thus allowed for more rapid calculations of plan completion time. Thus, this system provides not only a novel methodology to validate emergency response plans, but also a validation of other current strategies of emergency response plan validation.
Oil in Ghana: a curse or not? Examining environmental justice and the social process in policymaking
Authors:   , Akon Yamga Gordon
Published: February 2025

There is great expectation that oil development in Ghana will catapult the nation towards prosperity and lead to drastic improvement in the wellbeing of Ghanaians. However, there is also concern that Ghana could fail to achieve these due to the resource curse notwithstanding the fact that scholars of the curse have yet to agree on the inevitability of the curse. Resource curse scholars adduce different reasons for its occurrence or absence. One thing common among the scholars, however, is that none discusses environmental justice in the context of the curse. In this dissertation, I examine Ghana's attempts at avoiding the resource curse through policymaking and implementation using the Guidelines on Environmental Assessment and Management of Ghana's offshore oil sector as a case study. I argue that a strong environmental justice frame is required to avert the curse in Ghana. Specifically, I assess the policy process in Ghana's oil sector, the institutional framework for managing the sector, and analyze the perception of environmental justice for policymaking. The outcome of these assessments show that although the policy process requires broadening for full and effective participation, Ghana has checks and balances policies to avert the resource curse and to deliver environmental justice in the oil sector. In addition, Ghana has an institutional framework that requires strengthening, in various way, in order for it to complement the checks and balances policies
Processing of NiTi Shape Memory Alloys through Low Pressure and Low Temperature Hydrogen Charging
Authors:   , Briseno Murguia Silvia
Published: February 2025

Many industries including the medical, aerospace, and automobile industries have increasingly adopted the use of shape memory alloys (SMAs) for a plethora of applications due to their unique thermomechanical properties. From the commercially available SMAs in the market, binary NiTi SMAs have shown the most desirable properties. However, SMA properties can be significantly affected by the fabrication process. One of the most familiar applications of NiTi SMAs is in the design of actuating devices where the shape memory effect properties are highly advantageous. Spring NiTi SMA actuators are among the most commonly used and are generally made by torsion loading a straight wire. Consequently, stress concentrations are formed causing a reduction in recovery force. Other methods for producing springs and other NiTi SMA components is the fast emerging manufacturing method of additive manufacturing (AM). AM often uses metal powders to produce the near-net shape components. A major challenge for SMAs, in particular, is their well-known composition sensitivity. Therefore, it is critical to control composition in NiTi SMAs. In this thesis, a novel method for processing NiTi SMAs for pre-alloyed NiTi SMA powders and springs is presented. A low pressure and low temperature hydriding-pulverization-dehydriding method is used for preparing the pre-alloyed NiTi SMA powders with well-controlled compositions, size, and size distributions from wires. By hydrogen charging as-drawn martensitic NiTi SMA wires in a heated H3PO4 solution, pulverizing, and dehydriding, pre-alloyed NiTi powders of various well-controlled sizes are produced. In addition, a low pressure and low temperature hydriding-dehydriding method is used for producing NiTi SMA helixes from wires. The helix pattern in the pre-alloyed NiTi SMA wires was obtained by hydrogen charging NiTi SMA 500 μm diameter wires at different time intervals, followed by dehydriding to remove the hydrogen. The wires, powders, and resulting helixes were characterized using scanning electron microscopy (SEM), differential scanning calorimetry (DSC), and x-ray diffraction (XRD). The relationship between the wire diameter, powder particle size, and helix geometry as a function of hydrogen charging time is investigated. Lastly, the recovery behavior due to the shape memory effect is also investigated after dehydriding.
Family and Cultural Influences on Latino Career Development and Academic Success
Authors:   , Rodriguez Kristina
Published: February 2025

There is an extensive amount of research on academic success and career development, but most of the literature has focused on the process of White participants. While some of the studies have examined samples from ethnic minority populations, the majority of studies use these populations as comparison groups, studying between-group differences as opposed to within-group differences. The literature is especially lacking in the area Latino academic success and career development. The current study examined how family and culture, specifically socioeconomic status, acculturation, and the quality of the parent-emerging adult relationship, influence the academic success and career development of Latino emerging adults. Eighty-three Latino undergraduate students ages 18 – 24 were recruited for participation in this study. Results indicated that valuing the role of work (career salience) significantly predicted the maturity and positivity of attitudes toward work (career maturity) in Latino emerging adults. Additionally, while family demographic and cultural variables did not seem to have a significant impact on academic success and career development, first-generation college student status, career salience, and conflict in the parent-emerging adult relationship lent some insight into the variation of levels of career maturity in a Latino sample. Furthermore, first-generation student status also impacted the relationship between career maturity and GPA.
Visual Music: The Use of Film Composition Devices to Develop Form in the Wind Band Music of Bruce Broughton
Authors:   , Blasko Benjamen
Published: February 2025

As a film composer, Bruce Broughton uses themes, motives, gestures, tropes, and other film composition devices; however, he is also able to develop them into compelling formal structures through the use of film composition techniques in his concert music. Traditional musical form is not necessarily applicable to film music. The film dictates the pacing and structure, whereas concert music allows for the creation of form and more complex musical development. Through his extensive experience composing in the film industry, Broughton instinctively uses his film composition techniques as a means to reach his audience with his concert music. He establishes a common ground through film score vernacular to draw the listener into a more sophisticated musical conversation. This is particularly evident in his extensive wind band catalogue. In this dissertation, I identify Bruce Broughton's film composition techniques and examine how he employs them to create a stand-alone form using those techniques in his wind band music. The film composition techniques that are examined include character association, character interaction, motivic snippets, programmatic associations, and musical tropes. These aspects are demonstrated as they influence form in three of his most frequently performed and highly acclaimed pieces for wind band: In the World of Spirits, Celebration, and Spacious Skies. Through the examination, Broughton's use of formal development through film composition devices is demonstrated.
Two Argentine Song Sets: A Comparison of Songs by De Rogatis and Ginastera
Authors:   , Abe Shoko
Published: February 2025

Latin American classical vocal repertoire is vast, but in the United States, we only hear a fairly limited part of this literature. Much of this repertoire blends western European classical music traditions and native folk music traditions. One example of such a Latin American vocal work that is well-known in the United States is Alberto Ginastera's frequently performed song set from 1943, Cinco canciones populares argentinas. However, another lesser-known, earlier work, Cinco canciones argentinas (1923), by fellow Argentine composer Pascual De Rogatis (1880-1980) deserves attention as well. As with Ginastera's set, De Rogatis' songs are based on Argentine folk genres, but contain stylistic features of European classical music of its time. De Rogatis' neglected songs are a significant, overlooked part of Argentine classical music history, and a full understanding of well-known works such as Ginastera's song set and of the genre as a whole, must include attention to De Rogatis' Cinco canciones argentinas. Beyond vocal repertoire, De Rogatis' songs are an important part of the development of Argentine classical music. While Western musical trends change rapidly, folk music remains largely unchanged. Both De Rogatis and Ginastera were proud of their Argentine heritage, and incorporated traditional music into their compositions. I believe that De Rogatis's composition had a direct influence on Ginastera, and that the similarities between the two sets are not coincidental.
Eating Disorder Diagnosis and the Female Athlete: From College Sport to Retirement
Authors:   , Thompson Alexandra Jo
Published: February 2025

Female athletes have been established as a high-risk group for disordered eating due to the high prevalence rates of clinical (i.e., 1.9% to 19.9%) and subclinical eating disorders (i.e., 7.1% to 49.2%). To date, only a few studies have examined the long-term stability of eating disorders in collegiate female athletes, a design that will allow examination of change in prevalence rates over time. Additionally, researchers have attempted to identify psychosocial risk factors in the development of disordered eating, but short time frames (e.g., competitive season, one year) during which data was collected have limited their findings. The current study investigated the progression in prevalence of eating disorder classification (i.e., eating disordered [ED], subclinical ED, asymptomatic), pathogenic weight control behaviors (e.g., laxative use, vomiting), and the predictive ability of psychosocial risk factors (e.g., body dissatisfaction, negative affect) from the time in which female athletes were active collegiate competitors (Time 1) to a time six years later, in which the women were retired (Time 2). By Time 2, the women were categorized as asymptomatic (69.9%), subclinical ED (26.9%), and clinical ED (3.1%). The prevalence of those who were disordered (i.e., either subclinical or clinical ED) increased from 22.8% (Time 1) to 30.1% (Time 2). The athletes, both as active competitors and retired, reported using exercise and dieting/fasting as the most frequent forms of weight control, but to a much lesser degree when retired. The full model explained 14.9% to 21.1% of the variance in disordered eating categories, and correctly classified 73.6% of the athletes in the sample. Dietary intent and sadness significantly predicted their being classified in the disordered eating group. Early intervention efforts that address eating, body image concerns, proper nutrition, and how to eat healthfully when athletes are competing are important and may help to alleviate future distress. Additional clinical implications and limitations are discussed.
Reading with Robots: A Platform to Promote Cognitive Exercise through Identification and Discussion of Creative Metaphor in Books
Authors:   , Parde Natalie
Published: February 2025

Maintaining cognitive health is often a pressing concern for aging adults, and given the world's shifting age demographics, it is impractical to assume that older adults will be able to rely on individualized human support for doing so. Recently, interest has turned toward technology as an alternative. Companion robots offer an attractive vehicle for facilitating cognitive exercise, but the language technologies guiding their interactions are still nascent; in elder-focused human-robot systems proposed to date, interactions have been limited to motion or buttons and canned speech. The incapacity of these systems to autonomously participate in conversational discourse limits their ability to engage users at a cognitively meaningful level. I addressed this limitation by developing a platform for human-robot book discussions, designed to promote cognitive exercise by encouraging users to consider the authors' underlying intentions in employing creative metaphors. The choice of book discussions as the backdrop for these conversations has an empirical basis in neuro- and social science research that has found that reading often, even in late adulthood, has been correlated with a decreased likelihood to exhibit symptoms of cognitive decline. The more targeted focus on novel metaphors within those conversations stems from prior work showing that processing novel metaphors is a cognitively challenging task, for young adults and even more so in older adults with and without dementia. A central contribution arising from the work was the creation of the first computational method for modelling metaphor novelty in word pairs. I show that the method outperforms baseline strategies as well as a standard metaphor detection approach, and additionally discover that incorporating a sentence-based classifier as a preliminary filtering step when applying the model to new books results in a better final set of scored word pairs. I trained and evaluated my methods using new, large corpora from two sources, and release those corpora to the research community. In developing the corpora, an additional contribution was the discovery that training a supervised regression model to automatically aggregate the crowdsourced annotations outperformed existing label aggregation strategies. Finally, I show that automatically-generated questions adhering to the Questioning the Author strategy are comparable to human-generated questions in terms of naturalness, sensibility, and question depth; the automatically-generated questions score slightly higher than human-generated questions in terms of clarity. I close by presenting findings from a usability evaluation in which users engaged in thirty-minute book discussions with a robot using the platform, showing that users find the platform to be likeable and engaging.
Radio Resource Control Approaches for LTE-Advanced Femtocell Networks
Authors:   , Alotaibi Sultan Radhi
Published: February 2025

The architecture of mobile networks has dramatically evolved in order to fulfill the growing demands on wireless services and data. The radio resources, which are used by the current mobile networks, are limited while the users demands are substantially increasing. In the future, tremendous Internet applications are expected to be served by mobile networks. Therefore, increasing the capacity of mobile networks has become a vital issue. Heterogeneous networks (HetNets) have been considered as a promising paradigm for future mobile networks. Accordingly, the concept of small cell has been introduced in order to increase the capacity of the mobile networks. A femtocell network is a kind of small cell networks. Femtocells are deployed within macrocells coverage. Femtocells cover small areas and operate with low transmission power while providing high capacity. Also, UEs can be oﬄoaded from macrocells to femtocells. Thus, the capacity can be increased. However, this will introduce different technical challenges. The interference has become one of the key challenges for deploying femtocells within a certain macrocells coverage. Undesirable impact of the interference can degrade the performance of the mobile networks. Therefore, radio resource management mechanisms are needed in order to address key challenges of deploying femtocells. The objective of this work is to introduce radio resource control approaches, which are used to increase mobile networks' capacity and alleviate undesirable impact of the interference. In addition, proposed radio resource control approaches ensure the coexistence between macrocell and femtocells based on LTE-Advanced environment. Firstly, a novel mechanism is proposed in order to address the interference challenge. The proposed approach mitigates the impact of interference based on controlling radio sub-channels' assignment and dynamically adjusting the transmission power. Secondly, a dynamic strategy is proposed for the FFR mechanism. In the FFR mechanism, the whole spectrum is divided into four ﬁxed sub-channels and each sub-channel is assigned for a different sub-area after splitting the macrocell coverage area into four sub-areas. The objective of the proposed scheme is to divide the spectrum dynamically based on the QoS indicators for each sub-area. Lastly, a novel packet scheduling scheme is proposed to improve the performance of femtocell networks. The proposed scheduling strategy assigns radio resources based on two objectives: increasing the network capacity and achieving better fairness among attached UEs.
An Ethnography of Direct-to-Consumer Genomics [DTCG]: Design Anthropology Insights for the Product Management of a Disruptive Innovation
Authors:   , Artz Matthew
Published: February 2025

Direct-to-consumer genomics (DTCG) health testing offers great promise to humanity, however to date adoption has lagged as a result of consumer awareness, understanding, and previous government regulations restricting DTCG companies from providing information on an individual's genetic predispositions. But in 2017 the broader DTCG market which also includes genealogical testing demonstrated exponential growth, implying that DTCG is starting to diffuse as an innovation. To better understand the sociocultural forces affecting diffusion, adoption, and satisfaction, qualitative ethnographic research was conducted with DTCG genealogy and health consumers. The data was qualitatively analyzed using thematic analysis to understand the similarities and differences in beliefs, attitudes, intentions, and mediating factors that have influenced consumers. Design anthropology theory and methods were used to produce ethnographically informed insights. The insights were then translated into actionable product management and business strategy recommendations.
The Effectiveness of the PAI in Identifying Minimized Substance Use and Predicting Poor Treatment Outcomes in an Offender Population
Authors:   , Henry Sarah
Published: February 2025

The accurate evaluation of substance use is a critical component of forensic assessment due to the well-established link between drug use sentencing issues and risk of recidivism. Due to limited resources and chronic time constraints, practitioners typically rely only on self-report measures to assess substance use (SU) patterns. As these measures directly inquire about SU patterns, they remain vulnerable to response distortion. This can lead to ineffective treatment recommendations made to the Court and misuse of resources. The present study investigated the utility of the PAI and SASSI-3 in identifying SU patterns in offenders mandated to a long-term treatment facility. As a second major component, offenders were examined post-release to identify predictors for poor treatment outcomes. Results found the direct questioning approach best identified SU patterns in the present sample. In addition, while statistically significant differences in treatment outcomes were not observed between offenders who endorsed a more severe course of their SU problem versus those who endorsed a much less problematic pattern of use, they were trending in the expected direction. Specifically, offenders who used "hard" drugs regularly (e.g., cocaine, heroin), had more negative consequences directly related to their use (e.g., more arrests, prior treatment), and had a more complex clinical presentation (e.g., endorsing more personality pathology) did have worse outcomes by follow up. Methodological and statistical limitations are discussed in depth, and future directions to improve on this study and clarify these relationships are emphasized.
Subjective Efficiencies: Water Use, Management and Governance in the North Platte Natural Resources District
Authors:   , Miller Elizabeth
Published: February 2025

The North Platte Natural Resources District (NPNRD) is one of 23 quasi-governmental organizations in the state of Nebraska that are organized by river basin and are responsible for the management of groundwater. Conversely, the state's surface water is governed by the Nebraska Department of Natural Resources under the system of prior appropriation. This study uses Foucauldian neoliberal governmentality and a contrasting theory of 'meandering' to explore the conflicting beliefs, perceptions and values that form the foundations of different notions of 'efficiency' as it pertains to water use and management in NPNRD while a political ecology lens is used to situate local perceptions within the regional context of the Platte River Basin. Study findings ultimately point to the remaining 'disintegration' of water governance despite the state's efforts to create legislation that seeks to merge ground and surface water management in practice.
Genomic Island Discovery through Enrichment of Statistical Modeling with Biological Information
Authors:   , Jani Mehul
Published: February 2025

Horizontal gene transfer enables acquisition and dissemination of novel traits including antibiotic resistance and virulence among bacteria. Frequently such traits are gained through the acquisition of clusters of functionally related genes, often referred to as genomic islands (GIs). Quantifying horizontal flow of GIs and assessing their contributions to the emergence and evolution of novel metabolic traits in bacterial organisms are central to understanding the evolution of bacteria in general and the evolution of pathogenicity and antibiotic resistance in particular, a focus of this dissertation study. Methods for GI detection have also evolved with advances in sequencing and bioinformatics, however, comprehensive assessment of these methods has been lacking. This motivated us to assess the performance of current methods for identifying islands on broad datasets of well-characterized bacterial genomes and synthetic genomes, and leverage this information to develop a novel approach that circumvents the limitations of the current state-of-the-art in GI detection. The main findings from our assessment studies were 1) the methods have complementary strengths, 2) a gene-clustering method utilizing codon usage bias as the discriminant criterion, namely, JS-CB, is most efficient in localizing genomic islands, specifically the well-studied SCCmec resistance island in methicillin resistant Staphylococcus aureus (MRSA) genomes, and 3) in general, the bottom up, gene by gene analysis methods, are inherently limited in their ability to decipher large structures such as GIs as single entities within bacterial genomes. We adapted a top-down approach based on recursive segmentation and agglomerative clustering and developed a GI prediction tool, GEMINI, which combined compositional features with segment context information to localize GIs in the Liverpool epidemic strain of Pseudomonas aeruginosa. Application of GEMINI to the genome of P. aeruginosa LESB58 demonstrated its ability to delineate experimentally verified GIs in the LESB58 genome. GEMINI identified several novel islands including pathogenicity islands and revealed the mosaic structure of several LESB58 harbored GIs. A new GI identification approach, CAFE, with broad applicability was developed. CAFE incorporates biological information encoded in a genome within the statistical framework of segmentation and clustering to more robustly localize GIs in the genome. CAFE identifies genomic islands lacking markers by virtue of their association with genomic islands with markers originating from the same source. This is made possible by performing marker enrichment and phyletic pattern analyses within the integrated framework of recursive segmentation and clustering. CAFE compared favorably with frequently used methods for genomic island detection on synthetic test datasets and on a test-set of known islands from 15 well-characterized bacterial species. These tools can be readily adapted for cataloging GIs in just sequenced, yet uncharacterized genomes.
Conditions for Teaching Writing: Exploring Two Cases of Seventh Grade Expository Writing Instruction
Authors:   , Slay Laura Elizabeth
Published: February 2025

This qualitative two-case study draws from the intersection of three theoretical perspectives: sociocultural theory, transactional theory, and complex systems theory. Guided by two research questions, this qualitative study explored the conditions two seventh grade English language arts teachers set for teaching expository writing and their implications. Deductive coding based on seven a priori patterns of powerful writing instruction (empathy, inquiry, dialogue, authenticity, apprenticeship, re-visioning, and deep content learning) revealed six conditions for teaching expository writing. Inductive pattern analysis of these conditions revealed three emergent themes: reinforcing structures, mediating transactions, and balancing tensions. These findings suggest that teaching expository writing is a complex system filled with dialectical relationships. As interdependent pairs, these relationships encompass the entire system of expository writing instruction, including the structural and transactional aspects of teaching and learning to write. The overlapping conditions and themes demonstrate that expository writing appears ambiguous at times; however, routine, yet responsive instruction, framed by apprenticeship and a balance of reading and writing activities designed to inspire self-discovery are fundamental to the process of teaching expository writing. The final chapter includes instructional implications and a discussion about the significance of setting conditions for generative literacy learning. Recommendations for future research include writing research based on complexity theory, connections between expository writing and empathy, and critical thinking relative to critical action.
Measurement of Fidelity and Social Validity: Caregiver Application of Trial-Based Functional Analysis Procedures
Authors:   , Feldman Sara P.
Published: February 2025

The present study utilized multiple-baseline and multi-probe across participants designs to measure both fidelity and efficacy of caregivers as primary interventionists when using trial-based functional analysis (TBFA) procedures. Participants included any caregiver of a child with a medical or educational diagnosis of autism and challenging behavior. Caregiver fidelity of implementation of TBFA procedures was measured across three phases: baseline, training, and independent implementation or generalization. Within the implementation phase, caregivers independently conducted TBFAs on their respective children within the home setting. Fidelity, efficacy, and social validity across each participant were measured. Each caregiver was able to reach fidelity during the training phase, and three out of five caregivers were able to identify a clear behavior function for their child's behavior within the implementation phase of the study. Social validity was evaluated. Results indicate that caregivers may be able to supplement traditional interventionists during the TBFA process. Implications for future practice are reviewed.
Differential Associations between Psychopathy Factors and Shooter Bias in the Police Officer's Dilemma
Authors:   , Roy Sandeep
Published: February 2025

The current study assessed abnormal attention in 71 undergraduate men, approximately half of which displayed elevated psychopathic traits, as they attended to cues on the Police Officer's Dilemma. In the computerized task, participants are instructed to shoot men holding guns and not shoot men holding neutral objects. However, research has shown that irrelevant racial cues in the task can influence participants to shoot unarmed Black men more frequently than unarmed White men; a phenomenon termed shooter bias. Contrary to expectations, individuals with elevated psychopathic traits tended to erroneously shoot unarmed Black men more frequently compared to those with low psychopathy scores. Additional analyses indicated that the interpersonal and lifestyle facets were associated with more interference in determining unarmed Black men as not threatening relative to unarmed White men and the affective domain was associated with faster responses to shooting armed Black men relative to armed White men. Additionally, prejudicial attitudes (i.e., social dominance orientation) moderated the relationship between the affective psychopathic traits and shooting armed Black men by increasing the number of armed Black men identified as threatening relative to armed White targets. These findings are discussed in the context of the relationship between psychopathic traits and prejudicial attitudes and recent refinements to etiological theories of psychopathy.
Operationalizing Listening-to-Question and Questioning-to-Listen in Mathematics Teaching
Authors:   , Kuehnert Eloise Aniag
Published: February 2025

This study focused on the evaluative listening practices of four teachers who participated in an algebra professional development involving lesson study. This instrumental case study operationalizes the enactment of teacher listening followed by teacher questions and responses to define listening-to-question. Also, questioning-to-listen is operationalized as the enactment of purposefully posing questions to posture oneself to listen to students' mathematical thinking. Because of the tacit aspect of teacher listening and the visibility of teacher questioning, interrelating listening and questioning affords teachers an accessible point of entry into developing listening practices. In response to participants wondering as to when evaluative listening is appropriate in the mathematics classroom, this study discusses six instances of teaching excerpts along a continuum of listening orientations from directive to observational to responsive. The results indicate positive aspects of evaluative listening towards an observational and responsive listening stance. Results of the study also confirm a reliance on low-order gathering information questions as the predominant type of teacher question posed in mathematics teaching. This study reveals the necessity of contextualizing teacher questions to inform appropriate uses of evaluative listening. Future professional development should consider emphasizing positive aspects of evaluative listening in mathematics teaching.
Interpretation and Execution of Chords on the Double Bass from Select Movements of the Bach Cello Suites
Authors:   , Chen Der-Shiuan
Published: February 2025

The Bach Cello Suites have become widely transcribed and studied on the double bass. They have also become essential teaching material as most US orchestra auditions demand solo Bach for bass auditions. Transcribing the chords in Bach Cello Suites presents many difficulties on the bass because of the different tuning of our instrument (cello in 5ths; double bass in 4ths). There is no unified solution to all the problems presented in chord playing at this time. The purpose of this project, therefore is to give bass players solutions to the problems by looking at historical interpretation of chords, technical execution of the chords on cello and bass, tonal and resonance considerations and fingering solutions. The chords chosen represent the most common and most difficult to transcribe to the double bass from the Cello Suites.
Composing-Out Notre-Dame: How Louise Bertin Expresses the Hugolian Themes of Fate and Decay in La Esmeralda
Authors:   , Walls Levi
Published: February 2025

From 1831 to 1836, Victor Hugo and Louise Bertin collaborated on an opera titled La Esmeralda. For Hugo, it would be the only opera libretto he would ever write, a mere footnote to his collection of widely admired novels, plays, and poetry; for Bertin, however, it would become her most important work, yet seemingly destined to fade into obscurity like so many great pieces of art. Using Schenkerian analysis, this thesis uncovers the tonal and voice-leading structure of the first act of La Esmeralda. A study of this nature, which operates from the premise that forms as large and complex as opera can be examined in terms of a large-scale structure, is valuable because it sheds new light on the correlation of tonal structure and dramatic organization. Through these methods, Act I of La Esmeralda is read as a background progression from D major (with F# kopfton) to F major, composing-out an F#/F♮ dichotomy introduced in the overture. With reference to several musical-symbolic ideas - including the representation of virtue through the pitch F#, the key of Notre-dame's bells - it is shown how the musical structure of Act I expresses the Hugolian themes of fate and decay.
Application of Statistical Physics in Human Physiology: Heart-Brain Dynamics
Authors:   , Bohara Gyanendra
Published: February 2025

This dissertation is devoted to study of complex systems in human physiology particularly heartbeats and brain dynamics. We have studied the dynamics of heartbeats that has been a subject of investigation of two independent groups. The first group emphasized the multifractal nature of the heartbeat dynamics of healthy subjects, whereas the second group had established a close connection between healthy subjects and the occurrence of crucial events. We have analyzed the same set of data and established that in fact the heartbeats are characterized by the occurrence of crucial and Poisson events. An increase in the percentage of crucial events makes the multifractal spectrum broader, thereby bridging the results of the former group with the results of the latter group. The crucial events are characterized by a power index that signals the occurrence of 1/f noise for complex systems in the best physiological condition. These results led us to focus our analysis on the statistical properties of crucial events. We have adopted the same statistical analysis to study the statistical properties of the heartbeat dynamics of subjects practicing meditation. The heartbeats of people doing meditation are known to produce coherent fluctuations. In addition to this effect, we made the surprising discovery that meditation makes the heartbeat depart from the ideal condition of 1/f noise. We also discussed how to combine the wave-like nature of the dynamics of the brain with the existence of crucial events that are responsible for the 1/f noise. We showed that the anomalous scaling generated by the crucial events could be established by means of a direct analysis of raw data. The efficiency of the direct analysis procedure is made possible by the fact that periodicity and crucial events is the product of a spontaneous process of self-organization. We argue that the results of this study can be used to shed light into the nature of this process of self-organization.