The Impact of Increased State Regulation of Campus Sexual Assault Practices: Perspectives of Campus Personnel

ABSTRACT

Seeking to improve university accountability and compliance with federal mandates, states are considering new reforms including mandating reporting of campus sexual assault allegations. These new policies remain an empirical “black box.” To address these gaps, the current exploratory study draws upon a recent survey that examines the extent of awareness, perceptions, concerns, and policy practices of victim advocates and other personnel concerning new legislation. Virginia is chosen as the state for this case study given its recent implementation of a controversial mandated reporting law, as well as other initiatives, across institutions of higher education. Findings suggest that campus personnel are aware and largely supportive of the new reforms, but they also share concerns. Implications for research and policy development are discussed.     

Application of lead isotope analysis in shooting incident investigations

A study was conducted to examine the potential of the considerable variability of the lead isotope compositions in bullets (projectiles) and primers in shooting incident investigations. Multiple-collector inductively coupled plasma mass spectrometry (MC-ICP/MS) was used to analyze lead isotopic compositions in projectiles, cartridge cases, firearms discharge residues (FDR) in barrels of firearms and in the gunshot entries. .22 caliber plain lead and plated ammunition and 9 mm Luger full metal jacket (FMJ) ammunition were employed in shooting experiments using semiautomatic pistols. Cotton cloth served as the target material and two firing distances were tested; 1 cm (near contact) and 2 m distances. It was observed that various mechanical or chemical means of cleaning do not completely remove lead deposits ("lead memory") from barrels of firearms. Nonetheless, it was shown that analysis of lead isotopic composition may provide valuable evidence in investigating specific scenarios of shooting incidents. For instance in a shoot-out where several firearms and ammunition brands are involved, it may be feasible to point out which ammunition and/or firearm caused a particular gunshot entry if the ammunition brands involved (bullets and primers) differ considerably in their lead isotopic composition.