Gender and Political Incentives: Examining the Applicant Pool Under Merit Selection

Merit selection is a judicial selection system for when a state’s constitution or statute directs an independent nominating commission to evaluate applicants as a precursor to gubernatorial appointment. The initial process to fill a judicial vacancy under merit selection has three steps: application, nomination, and appointment. Proponents of the selection system insist that by de-emphasizing politics and highlighting qualifications, judicial diversification will be more likely to increase under merit selection. Yet, there is not a clear consensus as to whether merit selection systematically engenders a more diverse bench. In this thesis, I explore whether women are less likely to apply to judgeships under merit selection. The results suggest women appear to be less likely to apply to judgeships compared to men. I demonstrate this by using data obtained through a public records request from New Mexico that consists of information on each applicant per judicial vacancy from 1998 through 2021. These results have important implications for judicial diversity under merit selection and political ambition more generally

The Runaway Youth

To date, few (if any) empirically based research studies have been executed in exploring the relationship between the recidivism rate of runaways and the three possible types of dispositions they may receive: (1) counseled and released at the intake level; (2) referred to another social agency; or (3) placed on probation. It is critically pertinent to examine this relationship before attempting to plan alternatives to divert the youths from the juvenile justice system. This article presents the results of an empirically based project where the findings indicate that, regardless of the type of disposition the youths received, they had approximately a 50% chance of returning to the probation department for a subsequent offense

Comparison of Electrochemical Polishing Treatments between Phosphoric Acid and a Deep Eutectic Solvent for High-Purity Copper

This study investigated and compared the acid-free electropolishing of copper with the state-of-the-art acidic electropolishing process. The acid-free medium used in this study is based on a deep eutectic solvent comprised of 2:1 ethylene glycol and choline chloride. The electrochemical study included voltammetry and chronoamperometry tests during the electropolishing process. The characterization techniques used were atomic force microscopy (AFM) and digital microscopy, and surface morphology comparisons summarized the electropolishing efficiency of phosphoric acid and acid-free deep eutectic solvent treatments for high-purity copper. Electropolishing copper with a deep eutectic solvent resulted in a mirror finish and a post-treatment surface that was 8× smoother than the original metal surface prior to electropolishing treatments with a smoothing efficiency of 91.1 ± 1.5%. This eco-friendly solution produced polished surfaces superior to those surfaces treated with industry standard acid electrochemistry treatments of 1 M H3PO4

Comparison of Electropolishing of Aluminum in a Deep Eutectic Medium and Acidic Electrolyte

Research advances in electropolishing, with respect to the field of metalworking, have afforded significant improvements in the surface roughness and conductivity properties of aluminum polished surfaces in ways that machine polishing and simple chemical polishing cannot. The effects of a deep eutectic medium as an acid-free electrolyte were tested to determine the potential energy thresholds during electropolishing treatments based upon temperature, experiment duration, current, and voltage. Using voltammetry and chronoamperometry tests during electropolishing to supplement representative recordings via atomic force microscopy (AFM), surface morphology comparisons were performed regarding the electropolishing efficiency of phosphoric acid and acid-free ionic liquid treatments for aluminum. This eco-friendly solution produced polished surfaces superior to those surfaces treated with industry standard acid electrochemistry treatments of 1 M phosphoric acid. The roughness average of the as-received sample became 6.11 times smoother, improving from 159 nm to 26 nm when electropolished with the deep eutectic solvent. This result was accompanied by a mass loss of 0.039 g and a 7.2 µm change in step height along the edge of the electropolishing interface, whereas the acid treatment resulted in a slight improvement in surface roughness, becoming 1.63 times smoother with an average post-electropolishing roughness of 97.7 nm, yielding a mass loss of 0.0458 g and a step height of 8.1 µm

Statistical Methods for Detecting Ichthyoplankton Density Patterns that Influence Entrainment Mortality

Samples of drifting American shad eggs were collected at two transects in the Savannah River near industrial water intakes. At each transect the river was divided into four sectors that were sampled at two hour intervals over a 24 hour period. The actual risk of entrainment was approximately 35-50% lower that if the shad eggs were uniformly distributed, and the risk of entrainment was lower at one intake than the other

Modified RIFLE criteria in critically ill children with acute kidney injury

A classification system has been proposed to standardize the definition of acute kidney injury in adults. These criteria of risk, injury, failure, loss, and end-stage renal disease were given the acronym of RIFLE. We have modified the criteria based on 150 critically ill pediatric RIFLE (pRIFLE) patients to assess acute kidney injury incidence and course along with renal and/or non-renal comorbidities. Of these children, 11 required dialysis and 24 died. Patients without acute kidney injury in the first week of intensive care admission were less likely to subsequently develop renal Injury or Failure; however, 82% of acute kidney injury occurred in this initial week. Within this group of 123 children, 60 reached pRIFLEmax for Risk, 32 reached Injury, and 31 reached Failure. Acute kidney injury during admission was an independent predictor of intensive care; hospital length of stay and an increased risk of death independent of the Pediatric Risk of Mortality (PRISM II) score (odds ratio 3.0). Our results show that a majority of critically ill children develop acute kidney injury by pRIFLE criteria and do so early in the course of intensive care. Acute kidney injury is associated with mortality and may lead to increased hospital costs. We suggest that the pRIFLE criteria serves to characterize the pattern of acute kidney injury in critically ill children

The Mistic, November 5, 1926

https://red.mnstate.edu/mistic/1048/thumbnail.jp

Report of the Commission of Enquiry into Certain Allegations of Cruelty and Human Rights Abuse Against ANC Prisoners and Detainees by ANC Members

The Motsuenyane Commission of Inquiry was appointed by the President of the African National Congress of South Africa (ANC), Dr. Nelson Mandela, to investigate allegations of human rights abuses and alleged disappearances among its members. Its terms of reference were dated the 12th January, 1993. This is a historic event insofar as it is the first time that a liberation movement has engaged an independent commission to review allegations that its members violated human rights guarantees within its ranks