Intimate yet dysfunctional? The relationship between governance and conflict resolution in India and the European Union

The rise of India and the EU as global actors has sparked growing interest in their peace-building approaches. This paper compares the objectives and effects of the EU's and India's engagement in different conflict contexts within and alongside their borders. It examines whether their practices of conflict resolution or peace-building strive for more than conflict management or ‘governmentality’. This article asks whether there is sufficient consistency across either actors' governance interventions to even speak of a distinct ‘strategy’ or ‘governance culture’. It illustrates the close relationship between governance and conflict response initiatives but finds that the relationship is often dysfunctional.     

Cardiac Changes Due to Electronic Control Devices? A Computer‐Based Analysis of Electrical Effects at the Human Heart Caused by an ECD Pulse Applied to the Body's Exterior

Electronic control devices (ECDs) deliver high‐voltage, low‐current energy pulses temporarily paralyzing a person. For the ECD–human interaction, we have developed a computer model using the SEMCAD program within which to simulate the electrical effects throughout the body resulting from the imposition of an ECD pulse at a particular point on the body surface. Our human body models were based on cross‐sectional MRIs and CT scans, with the dielectric properties of the various tissues assigned based on previously published values. We simulated the application of a single ECD pulse and calculated the resulting electric field strength and current and charge densities at different body locations. The results were compared with corresponding values obtained by other researchers in similar simulations. Furthermore, we simulated an application of a pulse of 20‐millisecond duration equal to the European household current of 50 Hz and to the ventricular fibrillation threshold. The resulting current level indicated at the heart muscle was 1/5 the level considered the threshold for triggering ventricular fibrillation.     

Fatal intoxication due to ackee (Blighia sapida) in Suriname and French Guyana. GC-MS detection and quantification of hypoglycin-A

Between 1998 and 2001 the deaths of 16 Surinamese children were recorded along the Maroni River, which forms the border between Suriname and French Guyana. After a metabolic origin was eliminated, ethnobotanical research in the field led to a hypothesis of intoxication through the ingestion of ackee. Ackee (Blighia sapida) is a large green leafy tree of West African origin. Its unripe fruit contains large quantities of two toxic molecules: hypoglycin-A and hypoglycin-B, the former being the more toxic. We have developed a GC-MS procedure allowing us to demonstrate the presence of hypoglycin-A in the gastric fluid of one of the deceased children, and to compare the content of hypoglycin-A in fruit collected on the road to Paramaribo in Suriname (5.1mg/g) with samples from Burkina Faso (8.1mg/g) and Jamaica (9.2mg/g). Field research showed the misuse of this little-known plant by Maroon witch doctors. The Bushinengue witch doctors were informed about the dangers of ackee, and no new cases have been reported to date.     

The role of variations in growth rate and sample collection on interpreting results of segmental analyses of hair

Segmental analysis of hair for drugs, metabolites, and poisons has been widely reported in the scientific literature over the past two decades. Two fundamental assumptions in interpreting results of such analyses are (1) an average linear growth rate of head hair of 1cm/month and (2) that sample collections occur with the hair being cut directly next to the scalp. The purpose of this study was to evaluate the variability associated with growth rate of human head hair, as well as the ability to uniformly collect hair next to the scalp. The results were used to determine how these factors affect the interpretation of results generated in segmental analysis of hair. A thorough literature review was conducted to assess the range of linear growth of human head hair from the vertex posterior and occipital regions. The results were compiled to establish the average (1.06cm/month), as well as the range of possible growth rates of head hair. The range was remarkable and suggests that conclusions based on the 1-cm/month growth rate could be significantly skewed. A separate study was undertaken to evaluate collection of hair next to the scalp. Fourteen individuals were provided oral instructions, as well as a written standard collection procedure for head hair. The experience levels among the collectors varied from novice to expert. Each individual collected hair from dolls with short- and long-hair. Immediately following each collection, the sampling area was evaluated to determine how close to the scalp the cuts were made, as well as the variability in the lengths of hair remaining at the sampled area. From our collection study, we determined that 0.8±0.1cm of hair was left on the scalp after cutting. When taking into account the amount of hair left on the scalp after collecting, the use of a growth rate of 1.06cm/month, and the assumption that it takes two weeks for newly formed hair in the follicle to reach the scalp, we find that the first 1-cm segment of hair typically corresponds to hair formed 1.3±0.2 to 2.2±0.4 months (95% confidence) earlier. The impact of these findings as it relates to the corresponding time for each additional segment is demonstrated. As a result, we recommend that hair collection be delayed 8 weeks after a suspected ingestion to ensure that the sample fully represents the exposure period. The results of this study suggest that the variability in the growth rate of human head hair, as well as the inconsistent collection of hair, significantly affect the interpretation of results from segmental analysis of hair.     

A unified model of settlement and trial expenditures: The Priest–Klein model extended

Settlement and trial expenditures are crucially interrelated. The literature on settlement, however, takes no account of models of trial. In this paper, we develop a unified model of settlement and trial expenditures. We do this by discarding the usual assumption of settlement models that trial costs are constant across cases. Instead, we follow the literature on trial by permitting trial costs to vary with the legal merit of the plaintiff's case. Our approach can be used to extend standard models of settlement such as the well-known Priest–Klein model as well as models based on asymmetric information. As a demonstration, we extend the Priest–Klein model and generally overturn that model's canonical results. In particular, we show that even in a fully symmetric model, predicted win rates at trial can deviate substantially from 50 percent. Furthermore, win rates will vary in response to legal reforms that shift the decision standard.     

The politics of government reorganization in Western Europe

The reorganization of governments is crucial for parties to express their policy preferences once they reach office. Yet these activities are not confined to the direct aftermath of general elections or to wide-ranging structural reforms. Instead, governments reorganize and adjust their machinery of government all the time. This paper aims to assess these structural choices with a particular focus at the core of the state, comparing four Western European democracies (Germany, France, the Netherlands, and United Kingdom) from 1980 to 2013. Our empirical analysis shows that stronger shifts in cabinets' ideological profiles in the short- and long-term as well as the units' proximity to political executives yield significant effects. In contrast, Conservative governments, commonly regarded as key promoters of reorganizing governments, are not significant for the likelihood of structural change. We discuss the effects of this politics of government reorganization for different research debates assessing the inner workings of governments.