Sexual Homicide by Older Male Offenders

Recent research has expanded our understanding of sexual homicide offenders (SHOs). However, little exists beyond case reports for older SHOs. We characterized male SHOs ≥ 55 years, comparing them to typical adult male SHOs who are in their 20s. Analysis of 37 years (1976–2012) of US Supplementary Homicide Reports data provided a large SHO sample (N = 3453). Three case reports provide clinical context for the diverse nature and patterns of older SHOs. Only 32 older male SHOs and no older female SHOs were identified. Murders by older SHOs accounted for only 0.5% of US sexual homicides. Unlike typical SHOs that generally target young adult females, over two‐thirds of older SHO victims were ≥40 years, and one‐third were ≥55 years. Sexual homicides by older SHOs, like sexual homicide in general, decreased over the study period. These crimes, while exceedingly rare, do occur, warranting special consideration.     

Measuring Legislative Power: An Expert Reweighting of the Fish‐Kroenig Parliamentary Powers Index

The Parliamentary Powers Index (PPI) developed by Fish and Kroenig (2009) is the most important effort to date to measure legislative power in cross‐national perspective, but it has been criticized on both theoretical and methodological grounds. We build on the 32‐item PPI to develop an alternative indicator of legislative strength that is based on an expert survey of 296 political scientists in 2014. We reweight each of the powers by expert opinion, creating a new Weighted Legislative Powers Score (WLPS) for the 158 national legislatures in the Fish and Kroenig data set. In addition, the article reports the expert‐assigned weight factors for the entire set of 32 powers contained in the original PPI, thus allowing researchers to innovate alternative, disaggregated indicators of legislative power.     

Maggot development during morgue storage and its effect on estimating the post-mortem interval

When insect evidence is obtained during autopsy, forensic entomologists make decisions regarding the effects of low-temperature (-1 degrees C to 4 degrees C) storage of the body and associated insects when estimating the post-mortem interval (PMI). To determine the effects of storage in a morgue cooler on the temperature of maggot masses, temperatures inside and outside of body bags containing a human cadaver and porcine cadavers (seven replicates) were measured during storage. Temperatures remained significantly higher (p<0.05) inside of the body bags relative to the cooler, and remained at levels sufficient for maggot feeding and development. If the assumption that no insect development takes place during preautopsy refrigeration is made, potential error rates in PMI estimation of 8.6-12.8% occur. The potential for blow fly larvae to undergo significant development while being stored in the morgue is a possibility that forensic entomologists should consider during an investigation involving samples collected from autopsy. Case and experimental evidence also demonstrate that substantial tissue loss can occur from maggot feeding during morgue storage.     

Characteristics and Prediction of Cranial Crush Injuries in Children*†

Abstract: This study documents four clinical cases of fatal crush injuries to children between 1.5 and 6 years of age with correlations between modeled stress and clinically observed fracture patterns. The clinical case fractures were concentrated in the basicranium, bridged the impact sites, and traversed the middle cranial fossa in the area of the spheno‐occipital synchondrosis. The crushing forces from these cases were recreated on a simplified finite element model of a cranium by applying bilateral pressures to corresponding regions. Numerous trials were run to develop a representative pattern of principal stress directions. In all cases, the highest tensile stresses were located on the basicranium and corresponded to the observed fracture path(s). These results suggest that prefailure stress field diagrams may predict fracture propagation paths, although these will not be exact. Also, these analyses indicate that quasi‐static bilateral loading of the cranium may lead to predictable fracture of the basicranium.     

<Emphasis Type="Italic">Random Activities Theory</Emphasis>: The Case for ‘Black Swan’ Criminology

In the United States, infamous crimes against innocent victims—especially children—have repeatedly been regarded as justice system “failures” and resulted in reactionary legislation enacted without regard to prospective negative consequences. This pattern in part results when ‘memorial crime control’ advocates implicitly but inappropriately apply the tenets of routine activities theory, wherein crime prevention is presumed to be achievable by hardening likely targets, increasing the costs associated with crime commission, and removing criminal opportunity. In response, the authors argue that academic and public policy discourse will benefit from the inclusion of a new criminological perspective called random activities theory, in which tragic crimes are framed as rare but statistically inevitable ‘Black Swans’ instead of justice system failures. Potential objections and implications for public policy are discussed at length.     

Intra‐ and Inter‐Element Variability in Mitochondrial and Nuclear DNA from Fresh and Environmentally Exposed Skeletal Remains,

Successful identification of skeletonized remains often relies upon DNA analyses, frequently focusing on the mid‐diaphysis of weight‐bearing long bones. This study explored intra‐bone DNA variability using bovine and porcine femora, along with calcanei and tali. DNA from fresh and short‐term environmentally exposed bone was extracted utilizing demineralization and standard lysis buffer protocols, and DNA quantity and quality were measured. Overall, femoral epiphyses, metaphyses, and the tarsals had more nuclear and mitochondrial DNA than did the femoral diaphyses. DNA loss was much more rapid in buried bones than in surface exposed bones, while DNA quality differed based on environment, but not bone region/element. The demineralization protocol generated more DNA in some bone regions, while the standard lysis was more effective in others, and neither significantly affected DNA quality. Taken together, these findings reinforce the importance of considering inter‐ and intra‐bone heterogeneity when sampling skeletal material for forensic DNA‐based identifications.     

De Novo Advanced Adult‐Onset Offending: New Evidence from a Population of Federal Correctional Clients

Adult antisocial behavior is almost always predated by delinquency during childhood or adolescence; however, there is also evidence of adult‐onset criminal offending. This study examined this controversial subgroup of offenders using self‐reported and official data from a total population of federal correctional clients selected from the Midwestern United States. Difference of means t‐tests, chi‐square tests, and logistic regression models found that 11.7% of clients had an adult onset of offending and 2.7% of clients (n = 23) had an onset occurring at age 60 years or older. This group—introduced as de novo advanced adult‐onset offenders—had high socioeconomic status, mixed evidence of adverse childhood experiences, and virtually no usage of drugs with the exception of alcohol. These offenders were primarily convicted of social security and white‐collar crimes and evinced remarkably low psychopathology and criminal risk. More research is needed to replicate the phenomenon of de novo advanced adult‐onset offending.     

Forensic Imaging‐Guided Recovery of Nuclear DNA from the Spinal Cord*,†

Abstract: Our objective is to document the recovery of DNA from the spinal cord or surrounding dura mater in 11 cases of severely burned human remains. Radiographs established that portions of charred tissue contained spine segments. Multidetector computed tomography (MDCT) revealed that each spine specimen contained an intact spinal cord remnant. A full DNA profile was obtained from seven specimens using spinal cord dura mater in six specimens and spinal cord medulla in one specimen. A partial profile was obtained from four specimens (spinal cord dura mater, 2; spinal cord medulla, 2). Bone and muscle surrounding the spinal cord appear to insulate nucleic acid containing tissue from critical thermal degradation. The spinal cord, which is easily identified by MDCT examination of remains and easily recovered at the postmortem examination, can be a source of DNA with extraction yields comparable with other tissue sources. Specimens of dura mater are preferable as processing time is faster than bone.     

THE GROWNING INTERNATIONAL ACTIVITIES OF THE AMERICAN STATES1

This article examines state responses to the changing global economy, by exploring the growth of state international economic activities, variations in these activities, factors promoting and limiting state involvement in international affairs, and implications of these trends for the implementation of state economic development policies. Global economic competition, a changing domestic political and economic landscape, the modernization of state government, and increasingly open international markets have inspired states to increase their international activities. Consequently, dramatic growth in state international activities has occurred in the fields of trade promotion and economic development. Yet, state and local involvement in international affairs has not been universally accepted nor consistently funded.