The Development and Implementation of a Forensic Education Module for Nebraska Critical Access Providers: A Pilot Study.

BACKGROUND: Sexual assault, intimate partner violence, and human trafficking are traumatic events for individuals and communities. As healthcare shortages increase, critical access hospitals must manage resources to ensure comprehensive forensic care effectively. Current literature indicates a lack of forensic healthcare education for providers within critical access hospitals. This forensic education module for critical access healthcare providers aimed to (a) increase forensic examination competencies, (b) improve forensic interviewing skills, (c) increase provider self-efficacy, and (d) show knowledge retention. METHODS: This mixed-methods pilot study utilized a convenience sample of 45 healthcare providers in Nebraska critical access hospitals who presented for the forensic education module training. Repeated measures analysis of variance and paired t tests assessed the aims of this study. Structured surveys gathered qualitative data on three themes. RESULTS: Implementation of the forensic education module showed a statistically significant increase in forensic interviewing skills, nonstatistically significant changes in general self-efficacy, and sustainability of knowledge and self-efficacy over 6 weeks. Analysis also showed a clinically significant increase in provider self-efficacy over 6 weeks. Structured questionnaire responses showed participants valued the content to address their perceived barriers to providing care. CONCLUSIONS: This study validates the need for increased education in Nebraska's rural and medically underserved areas to ensure access to forensic care and provision of services. This pilot study shows the potential for forensic education interventions to increase provider competencies and improve provider self-efficacy, with evidence of retention of knowledge and skills.

Ecological consequences of forest elephant declines for Afrotropical forests.

Poaching is rapidly extirpating African forest elephants (Loxodonta cyclotis) from most of their historical range, leaving vast areas of elephant-free tropical forest. Elephants are ecological engineers that create and maintain forest habitat; thus, their loss will have large consequences for the composition and structure of Afrotropical forests. Through a comprehensive literature review, we evaluated the roles of forest elephants in seed dispersal, nutrient recycling, and herbivory and physical damage to predict the cascading ecological effects of their population declines. Loss of seed dispersal by elephants will favor tree species dispersed abiotically and by smaller dispersal agents, and tree species composition will depend on the downstream effects of changes in elephant nutrient cycling and browsing. Loss of trampling and herbivory of seedlings and saplings will result in high tree density with release from browsing pressures. Diminished seed dispersal by elephants and high stem density are likely to reduce the recruitment of large trees and thus increase homogeneity of forest structure and decrease carbon stocks. The loss of ecological services by forest elephants likely means Central African forests will be more like Neotropical forests, from which megafauna were extirpated thousands of years ago. Without intervention, as much as 96% of Central African forests will have modified species composition and structure as elephants are compressed into remaining protected areas. Stopping elephant poaching is an urgent first step to mitigating these effects, but long-term conservation will require land-use planning that incorporates elephant habitat into forested landscapes that are being rapidly transformed by industrial agriculture and logging.