Authoritarianism,socioethnic diversity and political participation across countries

It is argued in this article that threatening stimuli affect political participation levels among non‐authoritarians more than among authoritarians. Focusing on socioethnic diversity, which is known to be particularly threatening to authoritarians and to relate negatively to political participation in the general public, analyses of individual‐ and macro‐level data from 53 countries is presented which supports this thesis. Participation levels among authoritarians are largely static, regardless of a country's level of socioethnic heterogeneity, while non‐authoritarians participate considerably less in countries with relatively high levels of socioethnic heterogeneity. This suggests that authoritarians participate to a proportionately greater degree in the most diverse countries.     

Socio‐Economic and political empowerment through self help groups intervention: A study from Bilaspur,Chhattisgarh, India

The paper presents a study on the socio‐economic, and political empowerment of rural women, through the Self Help Groups (SHGs) in Bilaspur Division, Chhattisgarh, India. The various factors involved as empowerment indicators were individually discussed based on the data collected from the women SHG members (by random sampling). The detailed data analysis of individual factors and their impact on aforesaid empowerment have been discussed. Its level of significance has been evaluated using Chi‐Square Test and P‐value using statistical data analysis software tool SPSS. Subsequently, the degree of empowerment and the ranking of the factors, its contribution to all three dimensions of empowerment have been evaluated using the Garret Ranking Method. It is found from the study that, there is significant empowerment in all three dimensions. It is also estimated from the Garret Ranking Method, that women after associating with SHG were found economically empowered most significantly, then the socially and politically. The work will be useful for the policymakers to frame the policy and enhance the degree of women empowerment for the selected area of the study as well as other rural areas.     

Classifying Non‐European,pre‐colonial social formations: More than a quarrel over a name

The hypothesis of free peasant production in pre‐colonial India as opposed to bonded labour in Medieval Europe as the basis of denying the existence of feudalism in Indian history is critically examined. Apart from theoretical limitations, the validity of free peasant production is found questionable in light of historical evidence on the agrarian structure of Rajasthan, India, underlining the need for more issue oriented regional studies. It is suggested that in order to overcome the Euro‐centric view of feudalism it is necessary to use non‐Europen pre‐capitalist social formations as a reference point for comparative‐historical analysis. The colonial mode of historiography has led to the marginalization of princely India in Indian historical discourse. Bringing princely India from the margin to the mainstream is necessary in order to de‐colonise the discourse on Indian history. Classifying pre‐colonial social formations is more than a quarrel over a name: it is an important prerequisite if we are to understand the problem of colonial hegemony and popular resistance.     

Genetic polymorphism at 15 tetrameric short tandem repeat loci in four aboriginal tribal populations of Bengal

POPULATIONS: This study reports the genetic polymorphism observed at 15 short tandem repeat loci D3S1358, TH01, D21S11, D18S51, D5S818, D13S317, D7S820, D16S539, CSF1PO, vWA, D8S1179, TPOX, D2S1338, D19S433, and FGA in four aboriginal populations of Bengal. The analysis was performed to decipher the suitability of CODIS as well as six other highly polymorphic and unlinked markers in Forensic Testing. Studied populations include four tribes: Karmali, Kora, Maheli, and Lodha.     

A simple and inexpensive molecular method for sexing and identification of the forensic samples of elephant origin

The population of the Asian elephant is being dramatically reduced due to poaching of the ivory from the male. As poaching occurs in remote forests, it often takes weeks or longer for it to be discovered and it is therefore often very difficult to determine the sex of the decomposed body. Data suggest that in the recent past, over 2000 male elephants have been poached in South India. We have developed a technique based on molecular markers to determine that the carcass is an elephant and that it is a male. Using DNA sequence information from Genbank, we have developed two primer pairs: one for the mitochondrial DNA (mtDNA) and the other for the sex-determining region of Y chromosome (SRY) gene of the Indian elephant. After PCR amplification of known elephant DNA, we found that the mtDNA was common in both males and females, whereas the SRY-specific amplicon was observed only in the male.     

Autosomal STR data on the enigmatic Andaman Islanders

We have analyzed nine autosomal STR loci (D3S1358, vWA, FGA, D8S1179, D21S11, D18S51, D5S818, D13S317, and D7S820) in 97 samples of enigmatic Andaman islanders including: 15 Great Andamanese, 46 Onge and 36 Nicobarese. Data was compared with the available data on Indian and South East Asian populations. Heterozygosity (H), power of discrimination (PD), probability exclusion (PE), typical paternity index (TPI), polymorphism information content (PIC), AMOVA and Arlequin analysis were carried out. Average heterozygosity observed was high and almost equal in all the populations. Similarly, PD, PE, TPI and PIC have been almost equal in all the populations.     

Male amelogenin dropouts: phylogenetic context, origins and implications

Several commercial PCR multiplex kits incorporate the amelogenin locus for the purpose of human gender identification. Consequently, erroneous results in the electropherogram profile of this locus can carry important forensic implications. In this study, dropout of the amelogenin Y allele was detected in 5 out of 77 phenotypically normal Kathmandu males using the AmpFlSTR Identifiler kit. A battery of male-specific markers including SNPs, STRs, STSs, and a minisatellite were amplified for the five amelogenin null samples in order to delineate the breakpoints of the deletions as well as assess the overall integrity of the Y-chromosome. This study represents the first to examine the haplogroup affiliation of the AMGY deletions. The analyses performed suggest a single origin for the five deletions as indicated by their allocation to a specific Y-haplogroup (J2b2-M241), related Y-STR haplotypes and identical regional localization of breakpoints. The age estimated from the microsatellite variation for the amelogenin deletions (if they are associated by descent) is approximately 6.5+/-3.3 ky, younger than the previously reported related age of the M241 haplogroup representatives (13-14 ky). Our data in combination with previous publications suggest a concentration of afflicted individuals in the Indian subcontinent, possibly as a result of common ancestry. The elevated incidence of the amelogenin dropout in these populations accentuates the need to utilize other loci for gender determination in order to obtain an accurate set of inclusion criteria in forensic casework.     

Sex estimation from the mastoid process among North Indians

Determination of sex from fragmentary crania is a critical problem in forensic anthropology. Osteometric analysis of mastoid can serve forensic anthropologists better in sex identification by virtue of the noticeable dimorphic characteristics. The present study aims to develop population-specific, sex-differentiating anthropometric standards for the mastoid process of North Indian skulls. Eight parameters of the mastoid region were measured on 138 adult crania (M/F 104:34, 22-65 years) and analyzed using SPSS 16.0. All parameters showed significant sexual dimorphism (p < 0.000). In stepwise analysis, asterion-mastoidale and mastoid breadth have provided an accuracy of 87%. Receiver operating characteristic curves were obtained for each variable to observe their overall performance in sex determination. Posterior end of incisura mastoidea-depression of suprameatal triangle was found to be the best variable with maximum area under curve and highest predictive accuracy (82.6%).