The Role of Acceptance and Empowerment in Promoting Reconciliation from the Perspective of the Needs-Based Model

We propose that following a victimization episode, victims experience an enhanced need for power, whereas perpetrators experience an enhanced need for social acceptance. We present the needs-based model of reconciliation, according to which the reciprocal satisfaction of these needs may lead to improved relations between victims and perpetrators. We then use the model as an organizing framework for reviewing theories and empirical findings within the field of victim/perpetrator dynamics in general and reconciliation in particular. We also examine its applicability to various contexts including interpersonal and intergroup conflicts and conflicts between majority and minority groups within the same society. Finally, we conclude by discussing policy implications drawn from the model.     

A Poultry-Processing Model for Quantitative Microbiological Risk Assessment

A poultry-processing model for a quantitative microbiological risk assessment (QMRA) of campylobacter is presented, which can also be applied to other QMRAs involving poultry processing. The same basic model is applied in each consecutive stage of industrial processing. It describes the effects of inactivation and removal of the bacteria, and the dynamics of cross-contamination in terms of the transfer of campylobacter from the intestines to the carcass surface and the environment, from the carcasses to the environment, and from the environment to the carcasses. From the model it can be derived that, in general, the effect of inactivation and removal is dominant for those carcasses with high initial bacterial loads, and cross-contamination is dominant for those with low initial levels. In other QMRA poultry-processing models, the input-output relationship between the numbers of bacteria on the carcasses is usually assumed to be linear on a logarithmic scale. By including some basic mechanistics, it is shown that this may not be realistic. As nonlinear behavior may affect the predicted effects of risk mitigations; this finding is relevant for risk management. Good knowledge of the variability of bacterial loads on poultry entering the process is important. The common practice in microbiology to only present geometric mean of bacterial counts is insufficient: arithmetic mean are more suitable, in particular, to describe the effect of cross-contamination. The effects of logistic slaughter (scheduled processing) as a risk mitigation strategy are predicted to be small. Some additional complications in applying microbiological data obtained in processing plants are discussed.     

Mapping the terrain of disability legislation: the case of Israel

In this study we systematically map and analyze all disability-related laws and regulations in Israel from 1948 – the year the State of Israel was established – to the present. All 55 laws and 124 regulations (and their amendments) that addressed disability were analyzed via qualitative content analysis; we categorized the legislation into either bio-medical-based policy or rights-based policy. Findings show that most of the legislation reflects the bio-medical approach. Bio-medical-based legislation is being carried out in Israel alongside rights-based legislation even after the enactment of the Equal Rights for Persons with Disabilities Law of 1998. It seems that legislators tend to perceive disability as synonymous to impairment, as a personal tragedy and a medical problem, rather than as a civil rights issue.