Exploring a Process‐Oriented Forensic Family Observation Protocol

This article recommends a modification of the child interview and observational components of the conventional child custody evaluation. By scheduling these events in back‐to‐back sequence, the evaluator adds critical process‐oriented data to familiar content‐oriented data. These additional data include at least eight landmark separation, reunion, and transition events valuable to understanding the dynamic family system. The benefits of this protocol are discussed in terms of the ecological validity of available data, reduced evaluation time and costs, and research. Limitations are discussed relevant to questions of sampling bias, fatigue and sequence effects, and practical dilemmas that arise when evaluating families with many children.     

Managerial Induced Guilty Pleas in England and Israel – Legitimacy and the Role of the Judiciary: Reclaiming Judicial Responsibility through Managerial Means

Criminal Law Forum - The practice of induced guilty pleas, in which a defendant is induced to plead guilty due to an offered concession, has long been criticised in legal studies. It offers an...     

Geoforensic search to crime scene: Remote sensing,geophysics, and dogs

In the absence of surface indications of burial sites, law enforcement or humanitarian organizations are faced with the difficult task of focusing large-scale ground searches to a manageable excavation area. A geoforensic-based survey may exclude parts of the landscape for reasons such as diggability or viewshed analysis but leave areas still too large for invasive exploration. This work examines how drone-based remote sensing, geophysics, and search dogs may be combined to narrow such searches. Here, we ask the reader to consider two examples where forensic geomorphology and land use provided a range of possible burial locations. Following this is a multi-proxy approach to similar dilemma, with a search-to-scene case study using remote sensing (drone photography), geophysics, ground probes, and search dogs. This approach is not presented as a definitive guide, but serves as an example of the conjunctive use of well-studied methods to approach a common problem in geoforensics.     

The emperor has no clothes: A systemic view of the status and future of child custody evaluation (CCE)

For all of the time, effort, and money invested in child custody evaluation (CCE) and for all of evaluators' emphases on collecting empirically sound data, CCE is not itself an empirically robust process. The reliability, validity, efficacy, and efficiency of CCE has never yet been adequately demonstrated. The science has yet even to define and measure the variables that constitute a healthy family, much less how one is to measure and recommend changes for conflicted systems in the midst of tectonic transitions. This article proposes five ways in which family law professionals and the culture at large should work to better serve the needs of our children: (1) the establishment of proactive parenting and co-parenting education intended to diminish the frequency and magnitude of family conflict and improve the quality of child and family functioning; (2) the introduction of organized incentives that motivate healthy parenting and co-parenting practices as opposed to negative consequences that do too-little, too-late; (3) a greater emphasis on social equity, cultural humility, and universal professional training; (4) the creation of ethical guidelines that disconnect continuing conflict from professional income; and (5) outcome research that feeds back into the evolution of these and related processes.     

Droplet-based optical trapping for cell separation in mock forensic samples

Optical tweezers have a wide range of uses for mechanical manipulation of objects in the microscopic range. This includes both living and static cells in a variety of biomedical and research applications. Single-focus optical tweezers, formed by focusing a laser beam through a high numerical aperture immersion objective, create a significant force, which enables controlled transport of a variety of different cell types and morphologies in three dimensions. Optical tweezers have been previously reported to capture and separate spermatozoa from a reconstituted simulated postcoital sample. We report herein the development of a simplified, more efficient cell transfer protocol that can separate and isolate both spermatozoa as well as leukocytes, with similar efficiencies as those previously reported. The new cell transfer method was used to separate sperm cells from a reconstituted mixture of spermatozoa and vaginal epithelial cells, with complete STR profiles developed from 50 cells with little evidence of contribution from the female contributor to the mixture. This modified protocol was then used to separate 21 samples of enriched leukocytes, with trapped cells ranging from 5 to 22 cells. Complete STR profiles were developed from as few as 10 leukocytes. Thus, with minimal sample preparation and a short trapping time, this method has the potential to provide an alternative to traditional differential extraction methods for separation of sperm:nonsperm mixtures while also providing versatility for separation of cells with differing morphologies.     

A New Tool for Coding and Interpreting Injuries in Fatal Airplane Crashes: The Crash Injury Pattern Assessment Tool Application to the Air France Flight AF447 Disaster (Rio de Janeiro–Paris), 1st of June 2009

For investigation of air disasters, crash reconstruction is obtained using data from flight recorders, physical evidence from the site, and injuries patterns of the victims. This article describes a new software, Crash Injury Pattern Assessment Tool (CIPAT), to code and analyze injuries. The coding system was derived from the Abbreviated Injury Score (AIS). Scores were created corresponding to the amount of energy required causing the trauma (ER), and the software was developed to compute summary variables related to the position (assigned seat) of victims. A dataset was built from the postmortem examination of 154/228 victims of the Air France disaster (June 2009), recovered from the Atlantic Ocean after a complex and difficult task at a depth of 12790 ft. The use of CIPAT allowed to precise cause and circumstances of deaths and confirmed major dynamics parameters of the crash event established by the French Civil Aviation Safety Investigation Authority.     

Causes and correlates of prison inmate misconduct: A systematic review of the evidence

Purpose

Inmate rule violations or “misconducts” reflect offending within a prison, and this study involved a systematic review of studies of the causes/correlates of inmate misconduct published between 1980 and 2013.

Methods

An exhaustive search of relevant high impact journals yielded 98 studies of causes/correlates of inmates misconduct published between 1980 and 2013. The final models from these studies were examined to assess the impact of the predictor variables on misconduct.

Results

Findings revealed that predictor variables reflecting inmates’ background characteristics (e.g., age, prior record), their institutional routines and experiences (e.g., prior misconducts), and prison characteristics (e.g., security level) all impact misconduct.

Conclusions

Researchers should apply general theories of crime and deviance (e.g., control) that can incorporate all of the empirically relevant inmate and prison characteristics to the study of offending in prison (misconduct). Researchers should also examine the sources of variability in the effects of predictor variables across studies.     

Explaining Changes in U.S. Grand Strategy: 9/11, the Rise of Offensive Liberalism,and the War in Iraq

This paper proposes a model for explaining shifts and variations in U.S. grand strategy. The model is based on a distinction between four ideal-type grand strategies or ideational approaches to security according to the objectives and means of security policy: defensive and offensive realism, and defensive and offensive liberalism. While the four approaches are continually present in the U.S. policy community, it is the combination of two systemic conditions—namely the distribution of capabilities and the balance of threat—that selects among the competing approaches and determines which grand strategy is likely to emerge as dominant in a given period. Great power parity is conducive to realist approaches. In contrast, a situation of hegemony encourages the emergence of ideological grand strategies, which focus on ideology promotion, according to the ideology of the hegemon. In the case of a liberal hegemon, such as the United States, liberal approaches are likely to emerge as dominant. In addition, a relative absence of external threat encourages defensive approaches, while a situation of high external threat gives rise to offensive strategies. Thus, various combinations of these systemic factors give rise to the emergence of various grand strategies. This model is tested in two cases of the two most recent shifts in U.S. grand strategy following 1991. In accordance with the expectations of the model, a change in the distribution of capabilities with the end of the Cold War made possible a change from realist to liberal strategies. In the benign environment of the 1990s the dominant strategy was defensive liberalism, while the change in the balance of threat after 9/11 gave rise to the grand strategy of offensive liberalism.