Panel Paper:
Determining Marginal Tax Rates, Benefit Cliffs, and Impacts of Policy Changes Using a Hypothetical Family Approach
*Names in bold indicate Presenter
Methodology: The FRS tool uses a “hypothetical family approach” as the basis for its simulation modeling. Based on user-defined family characteristics (e.g., family composition, age of family members, single vs. unmarried parents, employer vs. marketplace health insurance, and which safety net programs the family utilizes when eligible), the tool models a family's monetary resources – such as earnings, cash assistance, and child support – and compares those resources to the hypothetical family’s basic needs, inclusive of any reductions to these expenses due to safety net programs, over a range of incomes. Unlike microsimulation models (or "distributional approaches") whose analyses rely on estimates of program participation based on surveys and/or administrative data, this model does not incorporate observations of how real families engage with public policies, but rather assesses how user-defined families can utilize these policies in an optimal manner. This approach can reveal program inefficiencies such as "benefit cliffs," described above. Survey or administrative data can then be used to estimate how many families actually experience these policy inefficiencies.
Topic Importance: While there are certainly advantages to using microsimulation models for public policy analysis, especially at the national level, the hypothetical family approach can be more suitable for certain types of research questions. For example, although microsimulation analyses can help prioritize program improvements to more widely used programs, which is especially conducive to cost-benefit analyses, hypothetical family approaches may be more appropriate to assessing the impacts of less widely-used programs or program rules that are nonetheless very important to specific subpopulations. Hypothetical family approaches may also be more useful for analyses at the state or local level, such as analyzing minimum wage policies in Pennsylvania, as the sample sizes of the data sets that include the necessary data for microsimulation analysis (such as the CPS) may not be suitable for smaller geographies.