Differentiation Levels of College Students: Effects on Vocational Identity and Career Decision Making

This study assessed the effects of differentiation levels on the career development of college students. Participants were 231 college students who completed the Differentiation of Self Inventory (Skowron & Friedlander, 1998 ), My Vocational Situation (Holland, Daiger, & Power, 1980 ), the Career Decision Profile (CDP; Jones & Lohmann, 1998 ), and demographic questions. The results supported the hypotheses that higher levels of the various components of differentiation would predict higher levels of vocational identity and fewer difficulties with career decision making. In particular, lower levels of emotional cutoff and emotional reactivity and higher levels of “I position” predicted higher levels of vocational identity and career decision making. Results suggest a more complicated picture for fusion, with higher levels being predictive of lower levels of decisiveness but not significantly related to vocational identity. Implications of the results for career counselors are provided.     

Comparing Intake Concerns and Goals With Career Counseling Concerns

The authors investigated the relationship among clients' intake concerns, intake goals, and career counseling concerns. Results indicated that intake goals focused primarily on resolving D. E. Super's (1957) exploration stage tasks, but concerns included education‐related issues and ego dystonic emotions related to work. Intake concerns and goals were not related to the content of career counseling. Implications are discussed.     

Total training load may explain similar strength gains and muscle hypertrophy seen in aged rats submitted to resistance training and anabolic steroids

This study aimed to quantify training parameters and analyze the morphological response of aged muscles submitted to resistance training and anabolic steroids. Aged Wistar rats were divided into groups: C – initial control; CF – final control; CAS – control with anabolic steroid, RT – resistance training, and RTA – resistance training with anabolic steroid. Maximum carried load, absolute and relative loads increased significantly in RT and RTA. RTA demonstrated greater relative load than RT. Average total volume, total climbing volume, relative total volume, relative total climbing volume, and mean climbing volume were similar between groups RT and RTA. For soleus, CAS, RT, and RTA enlarged cross-sectional area of type I fibers and nuclear ratio. As for type II fibers, RTA was higher than C and CF. For plantaris, RT and RTA showed significant increases in myofibers type I compared to C and CF. For type II fibers, RTA showed a significant increase compared to C and CF. Regarding the nuclear ratio, RT and RTA showed a higher ratio than C, CF, and CAS. Our results demonstrated that both RT and RTA were not different among the analyzed morphological parameters. This fact can be explained by the absence of differences found in the training variables analyzed.     

“No Tyson in Tongie!”: The Battle to Protect a Rural Way of Life in Kansas*

Political mobilizations in small towns have come to play a disproportionate role in today’s national politics. This article examines the conditions giving rise to small‐town mobilizations through an in‐depth case study of Tonganoxie, Kansas. Residents of this town mounted a massive campaign to block the opening of a Tyson chicken processing plant in 2017. The article draws on interviews, observations, a newspaper claims database, and extractions from the “No Tyson in Tongie” Facebook group page. The article maintains that a racialized cultural framework (“rural idyll”) among White middle‐class residents helped them perceive the plant as an existential threat. Social networks, sustained through social media, enabled the same residents to mobilize in a fast and forceful manner. We suggest that in “hybrid” towns (partially rural and suburban), the “rural idyll” is politically decisive. It unites recently settled and established residents in battles to defend a particularly racialized and classed way of life.     

Two Graphical Techniques Useful in Detecting Correlation Structure in Repeated Measures Data

Analysis of repeated measures data using a mixed model includes specifying a form for the covariance matrix of the within-subject observations. This reduction in the number of estimated parameters from the unspecified structure may improve the efficiency of inferences made. An implementation of this technique has been incorporated in the MIXED procedure of the SAS® statistical package, and includes a wide range of options for the structure of the covariance matrix. It is demonstrated that draftman's display plots and/or plots in a coordinate system with parallel axes can aid in visualizing the dispersion structure.     

Robust likelihood functions in Bayesian inference

In order to deal with mild deviations from the assumed parametric model, we propose a procedure for accounting for model uncertainty in the Bayesian framework. In particular, in the derivation of posterior distributions, we discuss the use of robust pseudo-likelihoods, which offer the advantage of preventing the effects caused by model misspecifications, i.e. when the underlying distribution lies in a neighborhood of the assumed model. The influence functions of posterior summaries, such as the posterior mean, are investigated as well as the asymptotic properties of robust posterior distributions. Although the use of a pseudo-likelihood cannot be considered orthodox in the Bayesian perspective, it is shown that, also through some illustrative examples, how a robust pseudo-likelihood, with the same asymptotic properties of a genuine likelihood, can be useful in the inferential process in order to prevent the effects caused by model misspecifications.     

Truncated sequential sign tests for location shift

A truncated sequential sign test for location shift is studied when the null or target location has been estimated from a prior, fixed sample. If the randomness of the target is ignored then the test is shown to be strongly anticonservative, the degree being proportional to the ratio of the truncation point to the fixed sample size. The test is distribution-free under the hypothesis of no shift enabling exact Type I errors and null expected samples sizes to be calculated and compared to a modified Brownian motion approximation. A Monte Carlo power study shows that the test compares favorably with thr test against a Xnown target. An abbreviated table of critical values is given.