Police enforcement of alcohol-related laws

Data are presented that indicate that the Southern region of the United States has a much higher arrest rate for drunkenness than other regions of the country; that the state of Kentucky has a much higher arrest rate for drunkenness and for alcohol offenses in total than even the Southern region; and that Madison County, Kentucky has much higher rates than even the state of Kentucky. Data collected from court records in Madison County are then presented to describe the people arrested for alcoholrelated offenses, the circumstances of their arrests, and the legal processing of their cases. Finally, speculative hypotheses for the higher arrest rates for alcohol-related offenses in the South, in Kentucky, and in Madison County are discussed.     

Facilitating technology transfer in education via paradigms for planned change

The technology (product) in education is knowledge. Therefore, one would expect that disseminators of knowledge (educators) would be on the forefront of change (creators and distributors of new knowledge). There is little evidence to show that the education system in the United States is receptive to future-oriented knowledge and methods. Therefore, this paper presents models to facilitate a receptive mind-set to the creation and transfer of technology in education.     

Police authority and reform in Augustan Rome and nineteenth-century England

This paper examines the police reforms of Augustan Rome and nineteenth-century England against the back-ground of the sociohistorical conditions within which they occurred. It reveals that the localism of reforms in Rome and the centralizing reforms of England were part and parcel of the traditional and modern societies from which they developed. Although this analysis offers few, if any, unequivocal historical lessons concerning the local autonomy and public accountability of modern law enforcement, it does reveal one of its basic dilemmas. Today's police work rests upon a legal rational system of social organization. It is, nevertheless, carried out within the exigencies of local communities of which it is though to be responsive. This dualism between universalistic and particularistic principles underlies current discussions of crime control and order maintenance. Attempts to dissolve this dilemma by focusing upon crime control or order maintenance to the exclusion of the other are inadequate inasmuch as the dilemma belongs to the very structure of society. Consequently, solutions such as external review boards and monitoring agencies or civilian monitoring organizations seem more appropriate as a means of maintaining the presence of universal norms while at the same time increasing levels of public accountability.     

A Comparative Perspective of Community Policing in Taiwan and Washington State

This study explores the attitudes and behaviors of Taiwanese police officers regarding community oriented policing (COP) by comparing their attitudes and behaviors with those of officers in Washington State. Data used in the study were collected from 375 Taiwanese line officers assigned to the city of Tainan and 167 American line officers from various police and sheriffs’ departments in Washington State. The study finds that (1) Taiwanese and American officers hold similar opinions of COP’s potential to reduce crime; (2) both groups are similarly involved in implementing the various strategies of COP; yet (3) American officers are more involved in formulating (planning/devising) COP strategies; and (4) are more receptive to citizen involvement in COP; while (5) Taiwanese officers are more receptive to civilian oversight, and (6) are more amenable to applying COP outcomes for evaluative purposes than are their American counterparts. Policy implications and areas for future research are discussed.

Acidosis, lactate, electrolytes, muscle enzymes, and other factors in the blood of Sus scrofa following repeated TASER exposures

Repeated exposure to electro-muscular incapacitating devices could result in repetitive, sustained muscle contraction, with little or no muscle recovery period. Therefore, rhabdomyolysis and other physiological responses, including acidosis, hyperkalaemia, and altered levels of muscle enzymes in the blood, would be likely to occur. Experiments were performed to investigate effects of repeated exposures of TASER International's Advanced TASER X26 on muscle contraction and resultant changes in blood factors in an anaesthetized swine model. A total of 10 animals were used. Six swine were exposed for 5 s, followed by a 5-s period of no exposure, repeatedly for 3 min. (In five of the animals, after a 1-h delay, a second 3-min exposure period was added.) The remaining four animals were used for an additional pilot study. All four limbs of each animal exhibited contraction even though the electrodes were positioned in areas at some distances from the limbs. The degree of muscle contraction generated during the second exposure period was significantly lower than that in the first exposure series. This finding was consistent with previous studies showing that prolonged activity in skeletal muscle will eventually result in a decline of force production. There were some similarities in blood sample changes in the current experiments with previous studies of muscular exercise. Thus problems concerning biological effects of repeated TASER exposures may be related, not directly to the "electric output" per se, but rather to the resulting contraction of muscles (and related interruption of respiration) and subsequent sequelae. Transient increases in hematocrit, potassium, and sodium were consistent with previous reports in the literature dealing with studies of muscle stimulation or exercise. It is doubtful that these short-term elevations would have any serious health consequences in a healthy individual. Blood pH was significantly decreased for 1h following exposure, but subsequently returned toward a normal level. Leg muscle contractions and decreases in respiration each appeared to contribute to the acidosis. Lactate was highly elevated, with a slow return (time course greater than 1 h) to baseline. Other investigators have reported profound metabolic acidosis during restraint-associated cardiac arrest. Since restraint often occurs immediately after TASER exposure, this issue should be considered in further development of deployment concepts. On the basis of the results of the current studies, the repeated use of electro-muscular incapacitating devices in a short period of time is, at least, feasible, with the caveat that some medical monitoring of subjects may be required (to observe factors such as lactate and acidosis).