The use of PRM is relatively advanced in health care, reflecting a growing realization that many patients have a multiplicity of risk factors and long-term conditions of which clinicians may not be aware. The same challenges that confront health care providers in identifying high-risk cases to offer more intensive intervention are also present in child protection. Factors that influence the likelihood of future abuse or neglect are multiply determined, dynamic, complex to weight, and not always readily observable. Although maltreatment risk dynamics are arguably even more complex than those in health and include important ethical considerations unique to child protection, the same principles of PRM that have been applied in the health services arena might be usefully applied to the prevention of initial and future episodes of child maltreatment. Indeed, identifying children at risk of adverse outcomes such as maltreatment early in the life course trajectory and offering effective preventive services is a central pillar of the public health approach to child protection, and recent literature has reflected the growing desire for a tool that accomplishes goals similar to PRM in child protection systems.
Although PRM holds promise as applied to varying levels of maltreatment prevention, its use also presents unique and challenging ethical considerations. This symposium assembles four papers that examine different approaches to PRM as a tool for maltreatment risk assessment. Finno-Velasquez will open the panel with a largely descriptive overview of the Structured Decision Making tool, a first generation actuarial risk screening tool widely used by child protection agencies in more than half of states. Putnam-Hornstein will then discuss the use of PRM for primary maltreatment prevention, describing a series of multivariable models built from vital birth records to identify children at high risk of maltreatment. Next, Prindle will introduce how generalized geographically weighted regressions might be employed as a method for identifying the regional influence of risk factors in maltreatment prediction models. Finally, Palmer will present an analysis for classifying maltreatment risk by using several different modern Machine Learning techniques. In addition to specific models and methodologies, all panelists will also discuss trade-offs in modeling accuracy versus interpretability, in addition to implementation and ethical considerations.