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First-generation students are faced with different challenges when joining the institutions of higher learning. Some of the experiences encountered by these students when entering these institutions can disorient them in a manner that affects their learning abilities. For this reason, it is necessary to come up with an approach that enhances their preparedness in joining these institutions. Both the first-generation students and the institutions which they plan to join must be well prepared in handling the challenges that are to be faced. The paper is to address some of these issues to be encountered by the first-generation business students in liberal arts colleges. Moreover, based on these experiences, the students develop some attitudes towards these colleges, which will also be covered under discussion. The methodology to be employed in this study will be by drawing upon a review of literature developed by different scholars concerning first-generation business students. The experiences detailed by students in these reviews will be of the essence in developing an understanding that of the topic under discussion. Most of the first-generation students will be understood to be in love with liberal colleges based on the exposure provided to students by these colleges. Finally, the paper will highlight the importance of liberal schools towards the success of first-generation students.

Students select, research, organize, and effectively present information (oral and written) using appropriate language, voice, articulation, and nonverbal communication in a mock interview setting.

Students select, research, organize, and effectively present information (oral and written) using appropriate language, voice, articulation, and nonverbal communication in a mock interview setting. Keywords: interviewing, public speaking, first-generation college students, career preparation, oral communication, Rationale First-generation college students (FGCS) tend to come from families with relatively few professional individuals and career networks (Engle & Tinto, 2008; Tate et al., 2015). FGCS often cannot benefit [...]

Background and aims: The functioning of arid zone ecosystems depends on the fraction of precipitation that enters the soil and can be absorbed by vegetation. Vegetation affects infiltration by modifying droplet size, altering soil structure and changing microtopography. The objective of this study was to evaluate infiltration parameters in two soil-vegetation complexes in the central Monte region of San Juan. M&M: Visual interpretation of satellite images and fieldwork identified and characterized soil-vegetation complexes (SVCs). Bare soil and covered soil were the two surface conditions defined for each SVCs. A simple ring and variable load infiltrometer performed the infiltration tests. The samples taken from the soil determined texture, organic matter content, apparent density, available nitrogen, and salinity, among others. Results and Conclusions: Two SVCs were recognized: one dominated by Prosopis flexuosa and the other by Larrea divaricata. In the first complex, the soil presented a sandy clay loam texture, while in the second the texture was sandy loam. In both SVC, mean infiltration speed (p=0.03), basic (p=0.02) and initial infiltration (p=0.02) were statistically different between bare soil and covered soil. In addition, mean infiltration rate was 2.48 times higher in the complex dominated by carob trees compared to bare soil. These results suggest that the presence of vegetation favors the infiltration and entry of water into the soil. These data could be used as inputs for the elaboration or adjustment of hydrological models of the Monte. [ABSTRACT FROM AUTHOR]

Background and aims: The natural grasslands of arid zones cover 40% of the earth's surface and are a valuable source of forage for livestock. Inappropriate management and high livestock loads are among the factors responsible for their degradation. In this sense, a fast evaluation is essential to correct its use and promote conservation. The objective of the study was to identify and characterize, through satellite image processing and fieldwork, forage plant communities in a rainfed livestock system of San Juan. M&M: Indicator variables of soil and vegetation were generated from a Landsat 8 OLI image. Subsequently, unsupervised kmeans classification was performed. On field, plant cover, mulch and percentage of bare soil were registered from linear transects. Finally, the livestock receptivity of the plant communities was estimated. Results: 3 types of coverage were identified: coverage higher than 50%; higher than 20% and less than 50% and less than 20%. Also, two forage communities were identified, Lamaral and Zampal. In Lamaral, Prosopis alpataco var. lamaro obtained a coverage of 48%, a receptivity of 2.21 hectare/goat equivalent. In Zampal, a 35% coverage of Atriplex undulata was registered and the receptivity was 1.80 hectare/goat equivalent. Conclusions: The digital processing carried out was adequate for the purpose of the study and allowed recognizing, characterizing and mapping two forage communities. The richness of the species was low, with a predominance of shrubs and woody plants, limiting livestock in the area. [ABSTRACT FROM AUTHOR]

This paper focuses on determining and assessing the best ethical considerations that should be used as guidance by professionals in management accounting. The core drivers for this study are founded on the issues of clear reporting standards, transparency, accountability, and responsible professionalism. Assessment of an individual's motivation is the additional integral attribute that comes up when determining whether to act or not to act ethically. Organizations have a major role in the promotion of ethical conduct in their employees. This paper aims to discuss the ethical issues in accounting by applying various theoretical frameworks to enhance financial accountability in organizations. The paper provides recommendations on the ethical considerations established in the present case to promote ethics in the management accounting profession. [ABSTRACT FROM AUTHOR]

The aim of this study was to evaluate the influence of the length, diameter, and geometry of Biotechnology Institute dental implants on stress distribution in bone. Three-dimensional finite element models of osseointegrated titanium dental implants were created for this study. A force of 150 N was applied at an angle of 30 degrees. The four implant systems used were: Tiny, Interna Universal, Interna Plus, and Interna Wide, and presented the following platforms: 3.5, 4.1, 4.1 (with a 4.8-mm neck), and 5.5 mm, respectively. Implant lengths of 8.5, 10.0, 11.5, 13.0, and 15.0 mm and diameters of 2.5, 3.3, 3.75, 4.0, 4.5, and 5.0 mm were evaluated. Results showed that the effect of implant diameter on stress distribution in bone was more significant than the effect of the implant's length or its geometry. The maximum stress was located around the neck of the implant and the majority of the stress, independent of the parameter being studied, was distributed in the bone adjacent to the first six threads of the implant. Based on these finite element studies, the use of wider implants may be better to dissipate the acting forces and thus reduce the stress in the bone surrounding the implant. Additionally, the use of shorter and wider implants might be a reasonable alternative in sites limited by the height of the residual ridge. [ABSTRACT FROM AUTHOR]

The influence of Bulnesia retama was studied on the infiltration rate in a pilot site of the Bermejo basin (San Juan). Infiltration is related to surface runoff. It is affected by the texture and structure of the soil, the content of organic matter, the initial humidity and the vegetation cover. The field data were taken by homogeneous units defined on the basis of the digital processing of an elevation model, participatory mapping and satellite image visual interpretation. Five linear transects of 50 m were made, measuring coverage with the line intersection technique. Infiltration tests were performed inside and outside the canopy, with a single-ring infiltrometer (21 cm diameter) and distrivariable loading. The data were adjusted according to the diameter of the infiltrometer. Soil samples were taken determining: content of organic matter, texture, total nitrogen, conductivity and pH. The average coverage of B. retama was 34%, that of bare soil, of 53.2%. The infiltration rate was higher under the canopy of B. retama compared to bare soil. The results suggest that the presence of B. retama favors the infiltration rate in the soil. [ABSTRACT FROM AUTHOR]

Reports on the case of a diabetic patient who was admitted to the hospital with ketoacidosis and pulmonary infection with Rhizopus species. Medical condition of the patient before his hospital admission; Patient's treatment with an insulin regime; Refusal of the patient to receive therapy for the fungal infection; Diagnosis for pulmonary mucormycosis.

Presents a medical case which depicts the occurrence of a squamous cell carcinoma arising in a partial duplication cyst of the distal esophagus. Findings of a chest x-ray and endoscopy; Alimentary tract duplications involving the esophagus; Overview of the histological classification of mediastinal cysts.