Suchergebnisse

Recent research has begun to examine patterns of sexual exploitation and abuse (SEA) perpetrated by peacekeepers deployed in United Nations (UN) peacekeeping operations (PKOs). Yet, SEA makes up only a fraction of credible allegations of misconduct by peacekeepers. In this article we explore the contours of misconduct in UN PKOs beyond SEA allegations. We argue that the behavior of military forces in their own countries should easily predict their behavior when deployed as part of UN PKOs, which are typically set in fragile, postconflict countries where civilians have minimal protections or legal recourse. Using an original dataset of misconduct in PKOs from 2009 to 2016, we find the behavior of PKO contributor states toward their own populations strongly and consistently predicts the behavior of these states' military forces in UN PKOs. These findings have implications for the vetting, supervision, and composition of PKOs.

AbstractRecent research has begun to examine patterns of sexual exploitation and abuse (SEA) perpetrated by peacekeepers deployed in United Nations (UN) peacekeeping operations (PKOs). Yet, SEA makes up only a fraction of credible allegations of misconduct by peacekeepers. In this article we explore the contours of misconduct in UN PKOs beyond SEA allegations. We argue that the behavior of military forces in their own countries should easily predict their behavior when deployed as part of UN PKOs, which are typically set in fragile, postconflict countries where civilians have minimal protections or legal recourse. Using an original dataset of misconduct in PKOs from 2009 to 2016, we find the behavior of PKO contributor states toward their own populations strongly and consistently predicts the behavior of these states' military forces in UN PKOs. These findings have implications for the vetting, supervision, and composition of PKOs.

The wild house mouse (Mus domesticus) is not native to Australia and was introduced from Europe with early settlement. It undergoes periodic population explosions or plagues, which place significant economic and social burdens on agricultural communities. Present control mechanisms rely on improvements to farm hygiene and the use of rodenticides. This review covers over a decade of work on the use of virally vectored immunocontraception (VVIC) as an adjunct method of controlling mouse populations. Two viral vectors, ectromelia virus (ECTV) and murine cytomegalovirus (MCMV) have been tested as potential VVIC vectors: MCMV has been the most widely studied vector because it is endemic to Australia; ECTV less so because its use would have required the introduction of a new pathogen into the Australian environment. Issues such as efficacy, antigen choice, resistance, transmission, species specificity and safety of VVIC are discussed. In broad terms, both vectors when expressing murine zona pellucida 3 (mZP3) induced long-term infertility in most directly inoculated female mice. Whereas innate and acquired resistance to MCMV may be a barrier to VVIC, the most significant barrier appears to be the attenuation seen in MCMV-based vectors. This attenuation is likely to prevent sufficient transmission for broad-scale use. Should this issue be overcome, VVIC has the potential to contribute to the control of house mouse populations in Australia.