A typology of board design for highly effective monitoring in intergovernmental organizations under the United Nations system

The United Nations (UN) system comprises several intergovernmental organizations (IGOs) that were established to contribute to the functioning of the overall transnational system of delivering global public goods. However, many IGOs under the UN system are criticized for their failure to accomplish their mandates. Research argues that IGO boards serve as a governance mechanism that should be designed in order to effectively perform the monitoring function to ensure fulfillment of IGO mandates. Thus, using an inductive fuzzy set qualitative comparative analysis, this study explores 13 IGO boards under the UN system to identify the board designs that are associated with highly effective monitoring. Our findings reveal a board design typology reflecting the interplay of the level of organizational complexity and the extent of the distribution problem in IGOs. This research contributes to our understanding of IGO governance by underscoring the relationship between board designs and highly effective monitoring to help researchers and practitioners improve IGO performance.     

Experimental Results of a Residential House Fire Test on Tenability: Temperature,Smoke, and Gas Analyses

A fire experiment conducted in a British 1950s‐style house is described. Measurements of temperature, smoke, CO, CO₂, and O₂ were taken in the Lounge, stairwell, and front and back bedrooms. The front bedroom door was wedged open, while the door to the back bedroom was wedged closed. Contrary to expectations and despite the relatively small fire load, analysis and hazard calculations show permeation of toxic fire gases throughout the property with lethal concentrations of effluent being measured at each sampling point. A generally poor state of repair and missing carpets in the upper story contributed to a high degree of gas and smoke permeation. The available egress time was calculated as the time before the main escape route became impassable. Given known human responses to fire, such an incident could have caused fatalities to sleeping or otherwise immobile occupants.     

Exogenous Lipoid Pneumonia as a Contributory Factor in a Drug‐related Death

Postmortem investigation often reveals various conditions, which may or may not have played a part in the death of the individual. The case of a 32‐year‐old woman is reported, with a long history of drug addiction. She was found dead in her bed. The autopsy revealed diffuse pulmonary edema with congestion of the lungs, brain, liver, and spleen. Microscopic examination of the lungs showed multiple intra‐alveolar and interstitial foamy macrophages and extracellular fat droplets surrounded by polynuclear giant cells. Death was attributed to acute polydrug intoxication. As microscopic examination had revealed severe pulmonary lesions, lipoid pneumonia was considered as a contributing factor to death. Lipoid pneumonia is an uncommon entity with the characteristic radiograph features and histologic findings of alveoli filled with vacuolated, lipid‐laden histiocytes. It can be either exogenous or endogenous in cause, based on the source of the lipid. Exogenous lipoid pneumonia usually results from aspiration or inhalation of fat‐like material, such as mineral oil or petroleum‐based lubricants and decongestants, resulting in pulmonary inflammatory reactions.     

Sudden Death Due to Undiagnosed Rheumatic Heart Disease in a Child

We report the case of a 5‐year‐old boy who died from complications of rheumatic heart disease with atypical presentation. He was hospitalized for recent inflammatory and neurological symptoms. He was diagnosed with viral encephalitis. He died the day after he was discharged. The macroscopic autopsy findings were unremarkable. Histology revealed typical rheumatic heart disease. Neuropathology showed cerebral infarction due to an embolic event linked with the rheumatic valvulitis. The cause of death was determined as heart failure due to rheumatic heart disease secondary to an undiagnosed acute rheumatic fever. It is related to an autoimmune response to infection with group A streptococcus. It mainly affects children in developing countries. In our case, viral encephalitis was consistent with the medical history and the proper diagnosis was made on histological analysis. Forensic pathologists should consider this diagnosis facing a sudden unexpected death in childhood, even in industrialized countries.     

Employment Discrimination Law and Industrial Psychology: Social Science as Social Authority and the Co‐Production of Law and Science

This article combines Monahan and Walker's classification of social facts, social authority, and social frameworks with political‐institutionalism's view of law and science as competing institutional logics to explain how, and with what consequences, employment discrimination law and industrial‐organizational (I‐O) psychology became co‐produced. When social science is incorporated into enforcement of legislative law as social authority—rationale for judicial rule making—law's institutional logic of relying on precedent and reasoning by analogy ensures that social science will have ongoing influence on law's development. By helping set research agendas and providing new professional opportunities, institutionalized legal doctrine shapes social science knowledge. But because of differences in institutional logic, wherein legal cumulation is backward looking whereas scientific cumulation is forward looking, co‐production of law and science may produce institutional mismatch between legal doctrine and scientific knowledge.     

A Morphological and Morphometric Study of Bite Marks Caused by Mice (Mus Musculus) on Different Baits for Forensic Purposes

In animal bites, the dental attributes can be fundamental in identifying the marks made by various species on different matrices. Although rodent bite marks have been studied in the context of postmortem interference, little research has used different baits to analyze these marks linking not only specific behavior patterns but also the possibility of structural damage. Twenty mice (Mus musculus) were exposed to different baits to study their bite marks in a controlled model. The known pattern of parallel and multiple grooves has been seen in all baits, but polyvinyl chloride and fiber‐optic cable were significantly different between each other and the other baits. Some baits showed patterns of anchorage of the upper incisors and space between the lower incisors when gnawing. This technical note represents a novel model of analysis where veterinarians and/or dentists may be asked to give an opinion on alleged animal bite marks.     

Analysis of Explosives by GC‐UV

A mixture of explosives was analyzed by gas chromatography (GC) linked to ultraviolet (UV) spectrophotometry that enabled detection in the range of 178–330 nm. The gas‐phase UV spectra of 2,4,6‐trinitrotoluene (TNT), 2,4‐dinitrotoluene (DNT), ethylene glycol dinitrate (EGDN), glycerine trinitrate (NG, nitroglycerine), triacetone triperoxide (TATP), and pentaerythritol tetranitrate (PETN) were successfully recorded. The most interesting aspect of the current application is that it enabled simultaneous detection of both the target analyte and its decomposition products. At suitable elevated temperatures of the transfer line between the GC instrument and the UV detector, a partial decomposition was accomplished. Detection was made in real time and resulted in overlaid spectra of the mother compound and its decomposition product. Hence, the presented approach added another level to the qualitative identification of the explosives in comparison with traditional methods that relies only on the detection of the target analyte. As expected, the decomposition product of EGDN, NG, and PETN was NO, while TATP degraded to acetone. DNT and TNT did not exhibit any decomposition at the temperatures used.