Is restorative justice for sexual crime compatible with various criminal justice systems?

In addition to the more conventional approaches of the criminal justice system, this article suggests that there is a need for restorative justice as another method of addressing sexual crime. In support of this view, the present article explores the possibility of a hybrid justice system based on a complementary relationship between restorative justice and the criminal justice system. An analysis of the limits of the criminal justice system and the need for restorative justice in the contentious area of sexual crime will be followed by a detailed examination of key justice considerations when trying to marry both criminal justice and restorative justice perspectives. Such considerations include: the meaning of justice; legislation; sentencing principles; due process; victims’ rights; and the location of restorative justice within/alongside/outside the criminal justice system. The aim of this article is to determine whether it is possible to reconcile two seemingly juxtaposed methods of justice delivery in the context of sexual crime in order to create a hybrid system of justice that best protects and responds to the rights and needs of victims and offenders.     

Chemical enhancement of soil based footwear impressions on fabric

This study investigates the enhancement of footwear impressions prepared with soils from different locations on a variety of fabric surfaces with different morphology. Preliminary experiments using seventeen techniques were carried out and the best responding reagents were evaluated further. Results indicated that the soils investigated (a cross-section of soils from Scotland) are more likely to respond to reagents that target iron ions rather than calcium, aluminium or phosphorus ions. Furthermore, the concentration of iron and soil pH did not appear to have an effect on the performance of the enhancement techniques. For the techniques tested, colour enhancement was observed on all light coloured substrates while enhancement on dark coloured fabrics, denim and leatherette was limited due to poor contrast with the background. Of the chemical enhancement reagents tested, 2,2'-dipyridil was a suitable replacement for the more common enhancement technique using potassium thiocyanate. The main advantages are the use of less toxic and flammable solvents and improved clarity and sharpness of the enhanced impression. The surface morphology of the fabrics did not have a significant effect on the enhancement ability of the reagents apart from a slight tendency for diffusion to occur on less porous fabrics such as polyester and nylon/lycra blends.     

Rapid quantitative colourimetric tests for trinitrotoluene (TNT) in soil

A rapid quantitative colourimetric test was developed for the determination of 2,4,6-Trinitrotoluene (TNT) in soil. Quantification was achieved using an innovative application of photography where the relationship between the Red Green Blue (RGB) value and concentration of colorimetric product was exploited. The wide linear range (1-50mg/L) and low detection limit (0.73±0.01mg/L to 3.5±0.4mg/L) achieved was comparable with spectrophotometric quantification methods. Quantification was validated both with known concentration standards and spiked soil extracts confirming the accuracy of the technique. The results demonstrate a powerful technique with the capacity for development as a rapid on site field test for the analysis of explosives.     

State Retrenchment and Administrative Reform in Ireland: Probing Comparative Policy Paradigms

Abstract

Policy choices in response to crisis may carry consequences both for distributive outcomes and for the future policy capacity of the state itself. This paper uses conceptual heuristics to interpret policy practice. It examines the underlying policy paradigms shaping Irish government decisions in the aftermath of the European financial and economic crisis. Drawing on comparative political economy literature, it distinguishes between two such paradigms – market-conforming and social equity – and applies them to three reform themes: reconfiguration of public budgets, the public service pay bargain, and the organizational profile of state competences. The findings entail lessons for understanding the malleability of policy choice, and how state policy choices in response to crisis are framed and implemented.     

More than Writing on a Wall: Evaluating the Role that Codes of Ethics Play in Securing Accountability of Public Sector Decision‐Makers

This article argues that the essential factors of a public service code of ethics can be divided into five categories. These categories or principles are fairness, transparency, responsibility, efficiency and conflict of interest. These principles are identified in this article as being the basic elements of democratic accountability in relation to public sector decision‐making. The issues explored are not only the obstacles that the public service decision‐maker faces in internalising these principles but, also, the challenges for a pro‐active management in fostering such internalisation.     

Race against timekeeper: big cat can't stop non-competing registration of identical mark

The Irish High Court dismissed an appeal by Jaguar Cars againstthe rejection of its opposition to the registration of the trademark JAGUAR by Montres Jaguar.     

Chemical enhancement of footwear impressions in blood on fabric — Part 3: Amino acid staining

Enhancement of footwear impressions, using ninhydrin or ninhydrin analogues is not considered common practice and such techniques are generally used to target amino acids present in fingermarks where the reaction gives rise to colour and possibly fluorescence. Ninhydrin and two of its analogues were used for the enhancement of footwear impressions in blood on various types, colours and porosities of fabric. Test footwear impressions on fabric were prepared using a specifically built rig to minimise the variability between each impression. Ninhydrin enhancement of footwear impressions in blood on light coloured fabric yielded good enhancement results, however the contrast was weak or non-existent on dark coloured fabrics. Other ninhydrin analogues which have the advantage of fluorescence failed to enhance the impressions in blood on all fabrics. The sequential treatment of impressions in blood on fabric with other blood enhancing reagents (e.g. protein stains and heme reagents) was also investigated.     

Stable isotope profiling of burnt wooden safety matches

Arson is a significant problem around the world, and is a crime which results in a low number of convictions. The scene of an arson can be varied, commercial, residential or national park, and recently cases have been identified which were initiated by a lit match. Matches can be recovered from a scene, usually in a burnt condition. The benefit of analysing unburnt matches has been researched previously [1,2]. In most cases, burnt matches are recovered from scenes, and therefore the research was extended to investigate the potential of using IRMS to analyse burnt matches. This includes samples which have been exposed to petrol, and various fire extinguishing chemicals.Matches were sectioned to reveal central unburnt portions of wood and analysed by isotope ratio mass spectrometry (IRMS). The stable isotope profile (SIP) of the wooden matchstick samples was unaffected by the presence of both petrol and a variety of fire extinguisher chemicals. Any changes seen could be attributed to the natural variability of isotopic composition encountered in a natural material such as wood. These findings were confirmed by the isotope analysis of 19 matchstick samples placed in mock fire training scenarios. The data was examined using a paired t-test and Hotellings T² test for a single sample.     

Stable isotope ratio mass spectrometry and physical comparison for the forensic examination of grip-seal plastic bags

Plastic bags are frequently used to package drugs, explosives and other contraband. There exists, therefore, a requirement in forensic casework to compare bags found at different locations. This is currently achieved almost exclusively by the use of physical comparisons such as birefringence patterns. This paper discusses some of the advantages and shortcomings of this approach, and presents stable isotope ratio mass spectrometry (IRMS) as a supplementary tool for effecting comparisons of this nature. Carbon and hydrogen isotopic data are presented for sixteen grip-seal plastic bags from a wide range of sources, in order to demonstrate the range of values which is likely to be encountered. Both isotopic and physical comparison (specifically birefringence) techniques are then applied to the analysis of rolls of bags from different manufacturing lots from a leading manufacturer. Both approaches are able to associate bags from a common production batch. IRMS can be applied to small fragments which are not amenable to physical comparisons, and is able to discriminate bags which could be confused using birefringence patterns alone. Similarly, in certain cases birefringence patterns discriminate bags with similar isotopic compositions. The two approaches are therefore complementary. When more than one isotopically distinct region exists within a bag (e.g. the grip-seal is distinct from the body) the ability to discriminate and associate bags is greatly increased.