Really Responsive Regulation

Really Responsive Regulation seeks to add to current theories of enforcement by stressing the case for regulators to be responsive not only to the attitude of the regulated firm but also to the operating and cognitive frameworks of firms; the institutional environment and performance of the regulatory regime; the different logics of regulatory tools and strategies; and to changes in each of these elements. The approach pervades all the different tasks of enforcement activity: detecting undesirable or non-compliant behaviour; developing tools and strategies for responding to that behaviour; enforcing those tools and strategies; assessing their success or failure; and modifying them accordingly. The value of the approach is shown by outlining its potential application to UK environmental and fisheries controls. Putting the system into effect is itself challenging but failing to regulate really responsively can constitute an expensive process of shooting in the dark.     

Is there a magical time boundary for diagnosing eyewitness identification accuracy in sequential line‐ups?

We examined whether eyewitness identification latencies for sequential line‐up decisions indicate an optimum time boundary that reliably discriminates accurate from inaccurate decisions. Participants (N = 381) observed a crime simulation and attempted two separate identifications from target‐present or target‐absent sequential line‐ups. As has previously been found with simultaneous line‐ups, the optimum time boundary identified did not reliably discriminate accurate from inaccurate identifications for both line‐up targets. Diagnosticity for choosers was, however, much higher at very high confidence levels than at lower levels. Possible reasons for why one index of signal strength (confidence), but not another (latency), might postdict accuracy within the sequential framework were presented.     

The Freedom Front Plus: an analysis of Afrikaner politics and ethnic identity in the new South Africa

From the perspective of conflict analysis the main feature of contemporary South Africa is the absence of political violence. Yet it would be naive to think that the new political context is blissful to the point that ethnic tensions or anxieties do not exist. Certainly, for some groups, South Africa is not a place where ethnicity is no longer significant or politically relevant. This article explores contemporary issues relevant to Afrikaner politics and ethnicity in terms of concerns which have been voiced by its political organ – the Freedom Front Plus. The research findings point to the incompleteness of the process of conflict transformation in the country and identify certain factors that have given rise to a mood of alienation among some Afrikaners. Political and cultural disenchantment is manifested in a desire for territorial separatism. By exploring the Afrikaner perspective as it is articulated by the party, this article provides insight into the problems that surround inter-group reconciliation and nation-building in the country.     

Development and validation of the Cozart DDS oral fluid collection device

The testing of oral fluid for drugs of abuse has increased significantly over recent years and is now commonplace in drug rehabilitation clinics, the workplace, prisons and custody suites. The global problem of identifying drugged drivers has also led to an increase in oral fluid testing at the roadside. The main requirements for the implementation of roadside drug testing are a rapid sample collection time, collection of a known sample volume and recovery of drugs from the collection device. We report here the development of the Cozart^® DDS oral fluid collector, an oral fluid collector that combines rapid and adequate sample collection with satisfactory drug recovery. Oral fluid was collected from drug users (n = 134) and drug-free individuals (n = 137), using the Cozart^® DDS oral fluid collector. The mean time for the completion of collection (full coloration of the sample presence indicator) was 34 s for drug-free individuals and 44 s for drug users. The average volume collected was 0.34 mL (n = 271). No chemical stimulant (to induce salivation) was used to achieve the collection times observed in either the drug-free or the drug-taking sample populations. Drugs were extracted from the collector using the Cozart^® DDS buffer and drug recovery was determined by Cozart^® enzyme immunoassays. The recovery studies showed that for amphetamine, Δ⁹THC, cocaine, methadone, methamphetamine, morphine and temazepam over 90% of the drug in the sample was eluted from the collector. The Cozart^® DDS oral fluid collector provides a reliable mechanism for the collection of oral fluid at the roadside that achieves the rapid collection times required.