She flew the swift P-51 and the capricious P-38, but the heavy, four-engine B-17 bomber and C-54 transport were her forte. This is the story of Nancy Harkness Love who, early in World War II, recruited and led the first group of twenty-eight women to fly military aircraft for the U.S. Army. Love was hooked on flight at an early age. At sixteen, after just four hours of instruction, she flew solo “a rather broken down Fleet biplane that my barnstorming instructor imported from parts unknown.” The year was 1930: record-setting aviator Jacqueline Cochran (and Love’s future rival) had not yet learned to fly, and the most famous woman pilot of all time, Amelia Earhart, had yet to make her acclaimed solo Atlantic flight. When the United States entered World War II, the Army needed pilots to transport or “ferry” its combat-bound aircraft across the United States for overseas deployment and its trainer airplanes to flight training bases. Most male pilots were assigned to combat preparation, leaving few available for ferrying jobs. Into this vacuum stepped Nancy Love and her civilian Women’s Auxiliary Ferrying Squadron (WAFS). Love had advocated using women as ferry pilots as early as 1940. Jackie Cochran …

Whether you are “in the business,” or you are a music theorist, musicologist, or simply an opera fan—read on! This is an analytical monograph by a Schenkerian music theorist, but it is also written by one performer and enthusiast for another. Tonality as Drama draws on the fields of dramaturgy, music theory, and historical musicology to answer a fundamental question regarding twentieth-century music: why does the use of tonality persist in opera, even after it has been abandoned in other genres? Combining the analytical approaches of the leading music and dramatic theorists of the twentieth century—Austrian music theorist Heinrich Schenker (1868-1935) and Russian director Constantin Stanislavsky (1863-1938)—Edward D. Latham reveals insights into works by Scott Joplin, George Gershwin, Kurt Weill, and Aaron Copland that are relevant to analysts, opera directors, and performers alike. Tonality as Drama is not a textbook—rather, it is an innovative analytical study meant to inspire changes in the study and performance of tonal opera. By applying Schenker’s tonal analytical technique to a small segment (early twentieth-century American opera) of a repertoire typically regarded as non-tonal (modern opera), Latham reveals a strategic use of tonality in that repertoire as a means of amplifying or undercutting the success …

Death provides us with some of our very best folklore. Some fear it, some embrace it, and most have pretty firm ideas about what happens when we die. Although some people may not want to talk about dying, it’s the only thing that happens to all of us–and there’s no way to get around it. This Publication of the Texas Folklore Society examines the lore of death and whatever happens afterward. The first chapter examines places where people are buried, either permanently or temporarily. Chapter Two features articles about how people die and the rituals associated with funerals and burials. The third chapter explores some of the stranger stories about what happens after we’re gone, and the last chapter offers some philosophical musings about death in general, as well as our connection to those who have gone before.

Spare yet evocative, the poems in Mister Martini pair explorations of a father-son relationship with haiku-like martini recipes. The martini becomes a daring metaphor for this relationship as it moves from the son’s childhood to the father’s death. Each poem is a strong drink in its own right, and together they form a potent narrative of alienation and love between a father and son struggling to communicate. “This is a truly original book. There’s nothing extra: sharp and clear and astonishing. Viva!” —Naomi Shihab Nye, judge and author of 19 Varieties of Gazelle

Soon after the close of military operations in the American Civil War, another war began over how it would be remembered by future generations. The prisoner-of-war issue has figured prominently in Northern and Southern writing about the conflict. Northerners used tales of Andersonville to demonize the Confederacy, while Southerners vilified Northern prison policies to show the depths to which Yankees had sunk to attain victory. Over the years the postwar Northern portrayal of Andersonville as fiendishly designed to kill prisoners in mass quantities has largely been dismissed. The Lost Cause characterization of Union prison policies as criminally negligent and inhumane, however, has shown remarkable durability. Northern officials have been portrayed as turning their military prisons into concentration camps where Southern prisoners were poorly fed, clothed, and sheltered, resulting in inexcusably high numbers of deaths. Andersonvilles of the North, by James M. Gillispie, represents the first broad study to argue that the image of Union prison officials as negligent and cruel to Confederate prisoners is severely flawed. This study is not an attempt to “whitewash” Union prison policies or make light of Confederate prisoner mortality. But once the careful reader disregards unreliable postwar polemics, and focuses exclusively on the more reliable …

Most of the nine stories in Last Known Position were written upon James Mathews’ return from combat deployment to the Middle East with the D.C. Air National Guard. Life under fire provided the author with both dramatic events and a heightened sense of observation, allowing him to suggest the stress of combat as the driving factor behind extreme yet believable characterization and action. Military experiences and settings cause certain human elements and truisms to emerge more profoundly and dramatically. These stories portray desperate characters driven to make desperate choices. Always on the edge of a dark and unpleasant reality, Mathews’ characters survive by embracing fantasy, humor, violence, and sometimes redemption. Each story bears its own brand of hopeless quirkiness. Four teenagers on an army base steal a grenade and are stalked by a parade horse. A drifter returns home to rob the grandparents who raised him. A national guardsman faces a homicidal superior officer in Iraq on the eve of war. An elderly man worries that his wife’s new house guests are unrepentant cannibals. Always tense, sometimes ridiculous, and never dull, Last Known Position brings the reader to places unknown before and unforgettable after.

Living in the Woods in a Tree is an intimate glimpse into the turbulent life of Texas music legend Blaze Foley (1949--1989), seen through the eyes of Sybil Rosen, the woman for whom he wrote his most widely known song, “If I Could Only Fly." It captures the exuberance of their fleeting idyll in a tree house in the Georgia woods during the countercultural 1970s. Rosen offers a firsthand witnessing of Foley’s transformation from a reticent hippie musician to the enigmatic singer/songwriter who would live and die outside society's rules. While Foley's own performances are only recently being released, his songs have been covered by Merle Haggard, Lyle Lovett, and John Prine. When he first encountered “If I Could Only Fly," Merle Haggard called it “the best country song I've heard in fifteen years." In a work that is part-memoir, part-biography, Rosen struggles to finally come to terms with Foley's myth and her role in its creation. Her tracing of his impact on her life navigates a lovers' roadmap along the permeable boundary between life and death. A must-read for all Blaze Foley and Texas music fans, as well as romantics of all ages, Living in the Woods in a …

Few names in the lore of western gunmen are as recognizable. Few lives of the most notorious are as little known. Romanticized and made legendary, John Ringo fought and killed for what he believed was right. As a teenager, Ringo was rushed into sudden adulthood when his father was killed tragically in the midst of the family's overland trek to California. As a young man he became embroiled in the blood feud turbulence of post-Reconstruction Texas. The Mason County “Hoo Doo” War in Texas began as a war over range rights, but it swiftly deteriorated into blood vengeance and spiraled out of control as the body count rose. In this charnel house Ringo gained a reputation as a dangerous gunfighter and man killer. He was proclaimed throughout the state as a daring leader, a desperate man, and a champion of the feud. Following incarceration for his role in the feud, Ringo was elected as a lawman in Mason County, the epicenter of the feud’s origin. The reputation he earned in Texas, further inflated by his willingness to shoot it out with Victorio’s raiders during a deadly confrontation in New Mexico, preceded him to Tombstone in territorial Arizona. Ringo became immersed …

Texas changed enormously in the twentieth century, and much of that transformation was a direct product of social and cultural events. Standard histories of Texas traditionally focus on political, military, and economic topics, with emphasis on the nineteenth century. In Twentieth-Century Texas: A Social and Cultural History editors John W. Storey and Mary L. Kelley offer a much-needed corrective. Written with both general and academic audiences in mind, the fourteen essays herein cover Indians, Mexican Americans, African Americans, women, religion, war on the homefront, music, literature, film, art, sports, philanthropy, education, the environment, and science and technology in twentieth-century Texas. Each essay is able to stand alone, supplemented with appropriate photographs, notes, and a selected bibliography. In spite of its ongoing mythic image of rugged ranchers, cowboys, and longhorns, Texas today is a major urban, industrial society with all that brings, both good and bad. For example, first-rate medical centers and academic institutions exist alongside pollution and environment degradation. These topics, and more, are carefully explored in this anthology. It will appeal to anyone interested in the social and cultural development of the state. It will also prove useful in the college classroom, especially for Texas history courses.

This is the first serious biography of a man widely considered one of Texas’—and America’s—greatest songwriters. Like Jimmie Rodgers, Woody Guthrie, Robert Johnson, and Hank Williams, Townes Van Zandt was the embodiment of that mythic American figure, the troubled troubadour. A Deeper Blue traces Van Zandt’s background as the scion of a prominent Texas family; his troubled early years and his transformation from promising pre-law student to wandering folk singer; his life on the road and the demons that pursued and were pursued by him; the women who loved and inspired him; and the brilliance and enduring beauty of his songs, which are explored in depth. The author draws on eight years’ extensive research and interviews with Townes’ family and closest friends and colleagues. He looks beyond the legend and paints a colorful portrait of a complex man who embraced the darkness of demons and myth as well as the light of deep compassion and humanity

Thousands of children are diagnosed with autism each year, with a rate of occurrence of 1 in 150 births, compared to 5 per 10,000 just two decades ago. This astounding escalation has professionals scrambling to explain why the devastating neurological disorder, which profoundly affects a person’s language and social development, is on the rise. Are we simply getting better at diagnosing autism, or is a modern health crisis unfolding before us?

This is a children's book where the characters build a time machine that lets them visit alternate futures based on the decisions they make in the present. The story provides a glimpse of a post-apocalyptic dystopia as a result of severe global climate change, as well as a future utopian ideal that comes as a result of implementing massive changes to land use and food and energy production.

Book discussing empowered work teams in long-term care and strategies for improving outcomes for residents and staff.

This report deals with the conflicts between wildlife and human development. Three cases studies are included, in Namibia, Nepal and Indonesia, respectively. Each location has different problems and contexts, but in all three countries, human lives and economic livelihoods are at stake, as well as the loss of habitat of threatened species. The authors advocate a species conservation approach based on land use planning integrated with human needs in order continue sustainable development.

B. cereus, is a member of a genus of aerobic, gram-positive, spore-forming rod-like bacilli, which includes the deadly, B. anthracis. Preliminary experiments have shown that gC1qR binds to B.cereus spores that have been attached to microtiter plates. The present studies were therefore undertaken, to examine if cell surface gC1qR plays a role in B.cereus spore attachment and/or entry. Monolayers of human colon carcinoma (Caco-2) and lung cells were grown to confluency on 6 mm coverslips in shell vials with gentle swirling in a shaker incubator. Then, 2 {micro}l of a suspension of strain SB460 B.cereus spores (3x10{sup 8}/ml, in sterile water), were added and incubated (1-4 h; 36{sup 0} C) in the presence or absence of anti-gC1qR mAb-carbon nanoloops. Examination of these cells by EM revealed that: (1) When B. cereus endospores contacted the apical Caco-2 cell surface, or lung cells, gClqR was simultaneously detectable, indicating upregulation of the molecule. (2) In areas showing spore contact with the cell surface, gClqR expression was often adjacent to the spores in association with microvilli (Caco-2 cells) or cytoskeletal projections (lung cells). (3) Furthermore, the exosporia of the activated and germinating spores were often decorated with mAb-nanoloops. These observations were further corroborated by …

The Materials Science and Technology Division (MSTD) supports the central scientific and technological missions of the Laboratory, and at the same time, executes world-class, fundamental research and novel technological development over a wide range of disciplines. Our organization is driven by the institutional needs in nuclear weapons stockpile science, high-energy-density science, nuclear reactor science, and energy and environment science and technology. We maintain expertise and capabilities in many diverse areas, including actinide science, electron microscopy, laser-materials interactions, materials theory, simulation and modeling, materials synthesis and processing, materials science under extreme conditions, ultrafast materials science, metallurgy, nanoscience and technology, nuclear fuels and energy security, optical materials science, and surface science. MSTD scientists play leadership roles in the scientific community in these key and emerging areas.

Traditionally, knowledge in heterogeneous catalysis has come through empirical research. Nowadays, there is a clear interest to change this since millions of dollars in products are generated every year in the chemical and petrochemical industries through catalytic processes. To obtain a fundamental knowledge of the factors that determine the activity of heterogeneous catalysts is a challenge for modern science since many of these systems are very complex in nature. In principle, when a molecule adsorbs on the surface of a heterogeneous catalyst, it can interact with a large number of bonding sites. It is known that the chemical properties of these bonding sites depend strongly on the chemical environment around them. Thus, there can be big variations in chemical reactivity when going from one region to another in the surface of a heterogeneous catalyst. A main objective is to understand how the structural and electronic properties of a surface affect the energetics for adsorption processes and the paths for dissociation and chemical reactions. In recent years, advances in instrumentation and experimental procedures have allowed a large series of detailed works on the surface chemistry of heterogeneous catalysts. In many cases, these experimental studies have shown interesting and unique phenomena. Theory …

Sulfate, one of the inorganic constituents that could be present in the nuclear waste repository, forms complexes with U(VI) and affects its migration in the environment. Results show that the complexation of U(VI) with sulfate is enhanced by the increase in temperature. The effect of temperature on the complexation and speciation of U(VI) in sulfate solutions is discussed.

The last decade witnessed the rapid development and implementation of aberration correction in electron optics, realizing a more-than-70-year-old dream of aberration-free electron microscopy with a spatial resolution below one angstrom [1-9]. With sophisticated aberration correctors, modern electron microscopes now can reveal local structural information unavailable with neutrons and x-rays, such as the local arrangement of atoms, order/disorder, electronic inhomogeneity, bonding states, spin configuration, quantum confinement, and symmetry breaking [10-17]. Aberration correction through multipole-based correctors, as well as the associated improved stability in accelerating voltage, lens supplies, and goniometers in electron microscopes now enables medium-voltage (200-300kV) microscopes to achieve image resolution at or below 0.1nm. Aberration correction not only improves the instrument's spatial resolution but, equally importantly, allows larger objective lens pole-piece gaps to be employed thus realizing the potential of the instrument as a nanoscale property-measurement tool. That is, while retaining high spatial resolution, we can use various sample stages to observe the materials response under various temperature, electric- and magnetic- fields, and atmospheric environments. Such capabilities afford tremendous opportunities to tackle challenging science and technology issues in physics, chemistry, materials science, and biology. The research goal of the electron microscopy group at the Dept. of Condensed Matter Physics and …

Biodiesel is defined as fatty acid mono-alkylesters and is produced from triacylglycerols. In the current article we provide an overview of the structure, diversity and regulation of the metabolic pathways leading to intracellular fatty acid and triacylglycerol accumulation in three types of organisms (bacteria, algae and fungi) of potential biotechnological interest and discuss possible intervention points to increase the cellular lipid content. The key steps that regulate carbon allocation and distribution in lipids include the formation of malonyl-CoA, the synthesis of fatty acids and their attachment onto the glycerol backbone, and the formation of triacylglycerols. The lipid biosynthetic genes and pathways are largely known for select model organisms. Comparative genomics allows the examination of these pathways in organisms of biotechnological interest and reveals the evolution of divergent and yet uncharacterized regulatory mechanisms. Utilization of microbial systems for triacylglycerol and fatty acid production is in its infancy; however, genomic information and technologies combined with synthetic biology concepts provide the opportunity to further exploit microbes for the competitive production of biodiesel.

Recent developments in the field of anisotropic flow in nuclear collision are reviewed. The results from the top AGS energy to the top RHIC energy are discussed with emphasis on techniques, interpretation, and uncertainties in the measurements.

Boron nitride (BN) is a synthetic binary compound located between III and V group elements in the Periodic Table. However, its properties, in terms of polymorphism and mechanical characteristics, are rather close to those of carbon compared with other III-V compounds, such as gallium nitride. BN crystallizes into a layered or a tetrahedrally linked structure, like those of graphite and diamond, respectively, depending on the conditions of its preparation, especially the pressure applied. Such correspondence between BN and carbon readily can be understood from their isoelectronic structures [1, 2]. On the other hand, in contrast to graphite, layered BN is transparent and is an insulator. This material has attracted great interest because, similar to carbon, it exists in various polymorphic forms exhibiting very different properties; however, these forms do not correspond strictly to those of carbon. Crystallographically, BN is classified into four polymorphic forms: Hexagonal BN (h-BN) (Figure 1(b)); rhombohedral BN (r-BN); cubic BN (c-BN); and wurtzite BN (w-BN). BN does not occur in nature. In 1842, Balmain [3] obtained BN as a reaction product between molten boric oxide and potassium cyanide under atmospheric pressure. Thereafter, many methods for its synthesis were reported. h-BN and r-BN are formed under ambient …

Several hybridization-based methods used to delineate single copy or repeated DNA sequences in larger genomic intervals take advantage of the increased resolution and sensitivity of free chromatin, i.e., chromatin released from interphase cell nuclei. Quantitative DNA fiber mapping (QDFM) differs from the majority of these methods in that it applies FISH to purified, clonal DNA molecules which have been bound with at least one end to a solid substrate. The DNA molecules are then stretched by the action of a receding meniscus at the water-air interface resulting in DNA molecules stretched homogeneously to about 2.3 kb/{micro}m. When non-isotopically, multicolor-labeled probes are hybridized to these stretched DNA fibers, their respective binding sites are visualized in the fluorescence microscope, their relative distance can be measured and converted into kilobase pairs (kb). The QDFM technique has found useful applications ranging from the detection and delineation of deletions or overlap between linked clones to the construction of high-resolution physical maps to studies of stalled DNA replication and transcription.

We will provide a review of some of the physics which can be addressed by studying fluctuations and correlations in heavy ion collisions. We will discuss Lattice QCD results on fluctuations and correlations and will put them into context with observables which have been measured in heavy-ion collisions. Special attention will be given to the QCD critical point and the first order co-existence region, and we will discuss how the measurement of fluctuations and correlations can help in an experimental search for non-trivial structures in the QCD phase diagram.