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Circulation of 2 Barmah Forest Virus Lineages in Military Training Areas, Australia
During 2017-2018, Barmah Forest virus was recovered from mosquitoes trapped in military training areas in Australia and from a soldier infected at 1 of these areas. Phylogenies of the nucleotide sequences of the envelope glycoprotein gene E2 and the 3' untranslated region suggest that 2 lineages are circulating in eastern Australia.
Journal Article
Air warriors : the inside story of the making of a Navy pilot
\"From his bird's-eye view in the passenger's seat, Waller follows pilot trainees through two years of intense preparation. He offers vivid illustrations from the fray: hair-raising aerial dogfights; stomach-swallowing dive-bombing runs; high-speed tactical maneuvers grazing the desert floor; and numerous nerve-twisting aircraft carrier takeoffs and landings. In addition to his own experiences and those of the group of trainees he joins, his research is based on interviews with hundreds of other students and their instructors. Hurtling through the air at death-defying speeds, these pilots-in-training struggle to maintain their composure while withstanding conditions that are designed to challenge them to the very limits of human endurance.\"-- Provided by publisher
Book
Effects of military training, warfare and civilian ammunition debris on the soil organisms: an ecotoxicological review
Civilian and military activities are sources of water and soil contamination by inorganic and organic contaminants caused by shooting practices, warfare, and/or mechanized military training. Lead poisoning and contaminant bioaccumulation due to spent shots or other related military contaminants have been widely studied for mammals, birds, and plants. Although there are different papers on the impact on earthworms, information on micro and mesofauna (i.e., collembola, nematodes, etc.) is still scarce. Here, we review the published data regarding the impact of civilian and military shooting activities, including war-impacted areas, focusing on soil organisms, from microbial communities to the ecotoxicological effects on terrestrial organisms. One hundred eleven studies were considered where earthworms and enchytraeids were widely studied, especially under ecotoxicological assays with Pb and energetic-related compounds from military explosives. There is a lack of information on soil organism groups, such as mites, ants, or gastropods, which play important roles in soil function. Data from combined exposures (e.g., PTEs + TNT and PTEs + PAHs) is scarce since several studies focused on a single contaminant, usually Pb, when combined contaminants would be more realistic. Ecotoxicological assays should also cover other understudied ammunition elements, such as Bi, Cu, or W.
Journal Article
Carbon footprint assessment and reconstruction redesign of recycled discarded military training uniforms
In response to the problem of resource waste and environmental pollution caused by the large amount of waste textiles in China, taking waste military training uniforms as an example, a thorough investigation was conducted to draw a life cycle diagram of military training uniforms, establish a recycling system for waste military training uniforms, and use Taiyuan University of Technology as a pilot for recycling. The carbon footprint of different recycling methods was calculated. A systematic method for the reorganization and redesign of discarded clothing, starting from clothing styling, has been developed. Utilizing discarded military training uniforms and other discarded textiles, practical applications have been completed in seven aspects: silhouette, style, segmentation, clothing components, adding decorations, removing decorations, and Completely redesigned. Finally, based on the problems encountered during the pilot recycling and the insights gained from the restructuring and redesign, a derivative theoretical study was completed. Through the study of the carbon footprint of clothing lifecycle and recycling stages, the importance of reusing discarded clothing has been clarified in the form of data. The innovative “1A2B3C” principles for the recycling and redesign of discarded clothing have been proposed, providing a solid theoretical basis and practical experience for the secondary transformation of discarded clothing. The reuse of discarded military training uniforms has been promoted, and the lifecycle of military training uniforms has been extended from the source of the masses.
Journal Article
When human capital threatens the Capitol: Foreign aid in the form of military training and coups
How does aid in the form of training influence foreign militaries' relationship to domestic politics? The United States has trained tens of thousands of officers in foreign militaries with the goals of increasing its security and instilling respect for human rights, democracy, and civilian control. We argue that training increases the military's power relative to the regime in a way that other forms of military assistance do not. While other forms of military assistance are somewhat fungible, allowing the regime to shift resources towards coup-proofing, human capital is a resource vested solely in the military. Training thus alters the balance of power between the military and the regime resulting in greater coup propensity. Using data from 189 countries from 1970 to 2009 we show that greater numbers of military officers trained by the US International Military Education and Training (IMET) and Countering Terrorism Fellowship (CTFP) programs increases the probability of a military coup.
Journal Article
Always faithful, always forward : the forging of a Special Operations Marine
Always Faithful, Always Forward follows the journey of a class of Marine candidates from their recruitment, through assessment and selection, to their qualification as Marines Special Operators. The assessment, selection, and training regimes are a combination of psychological testing and intense military training as well as being a physical and professional rite of passage. MARSOC Marines must be efficient, agile, independent, and prepared to live hard in the field. They are warriors trained in the full range of military skills, as well as teachers who can train locals to defend their communities and lead them in battle. But above all, they are Marines. Their ability to leverage their numbers by embedding with the locals and to live in remote locations has, in their short history, made them a valuable force and one with great utility in remote reaches of the world. Retired Navy Captain Dick Couch has been given unprecedented access to this new command and to the individual Marines of this exceptional special-operations unit, allowing him to chronicle the history and development of the Marine Special Operations Command and how they find, recruit, and train their special operators.
Book
The Association between Endogenous Hair Steroid Hormones and Social Environmental Factors in a Group of Conscripts during Basic Military Training
This study aimed to analyse the association between endogenous hair steroid hormones as reliable biological indicators of an individual’s stress level and the social environmental factors experienced during military training that are manifested at the beginning of compulsory military service. Hair steroid hormone concentrations—cortisol, cortisone, dehydroepiandrosterone (DHEA), and testosterone—in a group of 185 conscripts were measured using the ultra-high performance liquid chromatography-tandem mass spectrometry method. Six subjective social environmental factors in the military—attitude towards the military and military service, adaptation to the military environment, team, task, and norm cohesion, as well as psychological (un)safety in the group—were evaluated using military-specific research questionnaires. Weak but significant negative correlations were identified between cortisol and adaptation (r = −0.176, p < 0.05), attitude (r = −0.147, p < 0.05) as well as between testosterone and task cohesion (r = −0.230, p < 0.01) levels. Additionally, a multiple forward stepwise regression analysis highlighted that cortisone variation might be partially explained by task cohesion; the DHEA—determined by psychological (un)safety in the group, attitude towards the military and military service, and norm cohesion; and the testosterone—determined by task cohesion and adaptation to the new military environment. The results of this study suggest that subjective measures of social factors can be used to predict hair steroid hormone levels as objective measures of the chronic stress perceived by conscripts during their basic military training.
Journal Article