Familial Identity Theft

Reports of identity theft in the U.S. have risen since the 2000s, which has resulted in financial losses into the billions. Along with this rise is the increased likelihood of familial identity theft. In this study, the differences between familial and non-familial identity theft were explored through the January–July 2012 Identity Theft Supplement collected with the National Crime Victimization Survey. Results showed that family member victims were likely to have experienced one type of identity theft more often than non-family victims were, personal information used for other fraudulent purposes, which included government benefits and driver’s licenses. Factors that allowed for a respondent’s personal information used for other fraudulent purposes included family membership, young persons in the household, and repeat victimization. Findings suggest that few factors can predict the likelihood to experience the misuse of personal information and that familial identity theft may be difficult to detect.     

Lessons from the New York Waterfront: Addressing the Risks of Drinking Water Contamination from Unregulated Contaminants

Perflourinated compounds, or PFCs, have been widely used in our industrialized society. Notably, they are used in the manufacture of non-stick coated bakeware and in firefighting foams designed to fight high heat fires. These unregulated chemicals have gotten into surface and groundwater sources of drinking water in locations around the United States and likely the world. Data shows widespread release, particularly near airports and air bases and near industrial production sites.

PFCs cause many health related impacts. Human exposure pathways include perinatal transfer, consuming contaminated water, and consuming contaminated fish. Clean Water Act permitting programs can address their release into waterways. Contaminated site clean-up laws can also be used to remove the source contamination. Granular activated carbon technology can remove most forms of the chemicals from drinking water. The case study of drinking water contamination in Newburgh, New York illustrates the PFC challenge, public reaction, and government response.     

A new Fair Trade registration scheme based on the relations of production

Fashion, accessories, and homeware fall outside the regulations of Fairtrade Labelling Organizations International (FLO), which certifies mostly food products. A handful of fashion-led Fair Trade enterprises are now providing ranges of high-quality desirable products, made by workers employed in urban enterprises as well as independent producers in cooperatives. Tabeisa, an NGO involved in Fair Trade retailing, has developed a new regulatory framework which uniquely starts by defining the relations of production between all actors in the chain. This ensures that those not previously covered by existing standards are made visible and receive fair pay and conditions.     

What determines poverty transition? An investigation of women livestock farmers in Bangladesh

This article evaluates poverty transition using self-assessment in a quasi-experimental framework. Data are drawn from a survey conducted in 2006 of 400 women who were the beneficiaries of a poverty-alleviation programme which involved longer-term interventions towards building the strength of government departments, participating organisations, and beneficiaries. During the survey, when the project was approaching its conclusion, about 50 per cent of these farmers were still in the programme. The article addresses a number of key questions related to pathways out of poverty through livestock-based activities, heterogeneity in livelihood choice and its impact on household welfare, and wider applications.     

Field testing of collection cards for Cannabis sativa samples with a single hexanucleotide DNA marker

The validity and feasibility of using DNA collection cards in the field for preservation and analysis of Cannabis sativa genotypes were investigated using a highly specific hexanucleotide marker. Collection cards were submitted to the National Marijuana Initiative, which selectively trained and managed the collection of specific types of samples from a variety of participating agencies. Samples collected at seizure sites included fresh marijuana leaf samples, dried "dispensary" samples, U.S. border seizures, and hashish. Using a standardized PCR kit with custom-labeled oligonucleotide primers specific to marijuana, collection cards produced eight genotypes and 13 different alleles, extremely low baselines, and no cross-reactivity with control plant species. Results were produced from all sample types with the exception of hashish. Plant DNA collection cards represent an easily implementable method for the genetic identification and relatedness of C. sativa street and grow site-seized samples with applications for databasing and market disruption.     

Effect that the relative abundance of copper oxide and zinc oxide corrosion has on the visualization of fingerprints formed from fingerprint sweat corrosion of brass

From an examination of the fingerprint sweat corrosion of 40 different individuals on α phase brass, we show that an increase in visualization can be achieved by applying a negative potential to the brass followed by the introduction of a conducting powder. Previously, this technique has been demonstrated only for a positive applied potential and a corrosion product that was dominated by p-type copper (I) oxide. X-ray photoelectron and Auger electron spectroscopic analyses of the surface of the corroded brass show that an increase in visualization with a negative applied potential corresponds with an increase in the concentration of n-type zinc oxide relative to p-type copper (I) oxide with the Cu:Zn ratio <0.8:1. Work function conditions for the formation of an n-type zinc oxide/brass rectifying Schottky barrier are fulfilled.