Institutionalising mechanisms for building urban climate resilience: experiences from India

This paper examines how mainstreaming of urban climate change resilience – a crucial consideration in an increasingly urbanised world – is occurring at both the city and national scale, using the case of an internationally-funded resilience-building initiative in India. Surat city's newly-established Climate Change Trust illustrates the importance of an institutionalised mechanism for coordinating and sustaining climate initiatives. Concurrently, climate resilience is being mainstreamed into the national urban development agenda, through a network of Indian institutions. These two nascent mechanisms offer avenues for local city-level experiences to inform national directives, driving and sustaining the urban climate adaptation agenda across India.     

Fingerprint Ridge Density as a Potential Forensic Anthropological Tool for Sex Identification

In cases of partial or poor print recovery and lack of database/suspect print, fingerprint evidence is generally neglected. In light of such constraints, this study was designed to examine whether ridge density can aid in narrowing down the investigation for sex identification. The study was conducted on the right‐hand index digit of 245 males and 246 females belonging to the Punjabis of Delhi region. Five ridge density count areas, namely upper radial, radial, ulnar, upper ulnar, and proximal, were selected and designated. Probability of sex origin was calculated, and stepwise discriminant function analysis was performed to determine the discriminating ability of the selected areas. Females were observed with a significantly higher ridge density than males in all the five areas. Discriminant function analysis and logistic regression exhibited 96.8% and 97.4% accuracy, respectively, in sex identification. Hence, fingerprint ridge density is a potential tool for sex identification, even from partial prints.