How to Tame Your Dragon: An Evaluation of India's Foreign Policy Toward China

In the past 60 years, India-China relations have oscillated between friendship, hostility and indifference. In recent times, both countries have started competing for global economic gains and political status. In light of these events, the objective of this article is to analyze various strategies used by China against India, and India's policy response to these strategies. The article evaluates the process of foreign policy decision making in India, and traces the historical evolution of India's foreign policy towards China. It then deconstructs China's foreign policy towards India, and provides the rationale behind its strategies. The article suggests that after initial engagement with India on the question of boundary disputes, Chinese foreign policy has undergone a dramatic shift since 2007. It specifically evaluates the twin Chinese tactics of military incursions and denial of legitimacy to the Indian territories of Arunachal Pradesh and Ladakh. Based on an analysis of China's previous boundary disputes resolution record with neighbors, these tactics are identified as an extension of China's new strategy for resolving such disputes. The article concludes by suggesting various policy options available to India to counter China's new strategy on the Sino-Indian border.     

Sexual Dimorphism in Ulna: An Osteometric Study from India

Determination of sex constitutes the most important element during the identification process of human skeletal remains. Several sex‐specific features of human skeleton have been exploited for sex determination with varying reliability. This study aims to obtain sexual dimorphic standards for ulnae of the north Indian population. Eight measurements were obtained on a sample of 106 ulnae (males‐80, females‐26) in the age range of 25–65 years. The sexual dimorphism index and demarking points were calculated for all the variables. The data were then subjected to stepwise and direct discriminant function analysis. The best discriminator of sex was the maximum length (84.9%) followed by radial notch width (84%). In stepwise analysis, these two variables were selected and provided an accuracy of 88.7% (M‐87.5%, F‐92.3%). The proximal end provided a classification rate of 81.1% (M‐80%, F‐84.6%) with selection of the notch length and olecranon width.     

Estimating the Number of Crimes Averted by Incapacitation: An Information Theoretic Approach

This paper presents an information theoretic approach for estimating the number of crimes averted by incapacitation. It first develops models of the criminal history accumulation process of a sample of prison releasees using their official recorded arrest histories prior to incarceration. The models yield individual offending trajectories that are then used to compute the number of crimes these releasees could reasonably have been expected to commit had they not been incarcerated—the counterfactual of interest. The models also afford the opportunity to conduct a limited set of policy simulations. The data reveal a fair amount of variation among individuals both in terms of the number of crimes averted by their incarceration and the responsiveness of these estimates to longer incarceration terms. Estimates were found not to vary substantially across demographic groups defined by offender race, gender, or ethnicity; variations across states and offense types were more pronounced. Implications of the findings and promising avenues for future research are discussed.

Time- and Temperature-Dependent Changes in Cytochrome c Oxidase Activity and Cyanide Concentration in Excised Mice Organs and Mice Cadavers

Postmortem stability of cyanide biomarkers is often disputed. We assessed the time and temperature-dependent changes in cytochrome c oxidase (CCO) activity and cyanide concentration in various organs of mice succumbing to cyanide. Immediately after death, excised mice organs and mice cadavers were stored at room temperature (35°C ± 5°C) or in frozen storage (−20°C ± 2°C). At various times after death, CCO activity and cyanide concentrations were measured in excised mice organs or organs removed from mice cadavers. The study revealed that (i) measuring both the biomarkers in mice cadavers was more reliable compared to excised mice organs, (ii) measuring temporal CCO activity and cyanide concentration in vital organs from mice cadavers (room temperature) was reliable up to 24 h, and (iii) CCO activity in the brain and lungs and cyanide concentration in organs from mice cadavers (frozen) were measurable beyond 21 days. This study will be helpful in postmortem determination of cyanide poisoning.     

Government-introduced price distortions and growth: Evidence from twenty-nine developing countries

The author expresses appreciation to G.S. Gupta and Andy K.M. Li for their valuable assistance in data processing and computer programming, and to Professor Tullock for his so thoughtful and constructive comments and suggestions which were extremely helpful in revising the original paper. The usual caveat applies.     

An osteometric study of northern Indian populations for sexual dimorphism in craniofacial region

Sex identification is an initial crucial objective in the revelation of the complete identity of the human skeleton as it also renders significantly clearer guidance towards age and stature estimation. Population specific standards are of great practical relevance in the present era of increasing population intermixing. Size differences and robusticity are the two well-elaborated pillars holding most of the dimorphic burdens of the skull. This study is designed to explore dimorphic characteristics of the craniofacial region to establish anthropometric standards for contemporary North Indian populations, which have not been available so far. One hundred and twelve adult crania of known age (23-65 years) and sex (M:F; 82:30) were collected in the Department of Forensic Medicine, Institute of Medical Sciences, Banaras Hindu University, Varanasi, India. Ten standard metric parameters of craniofacial region were measured and subjected to stepwise and direct discriminant function analysis employing SPSS 16.00. Bizygomatic breadth emerged as the single best parameter in stepwise analysis, providing an average accuracy of 85.5%.