The Health Policy Project has ended, but work continues under a new USAID five-year project, Health Policy Plus (HP+).
Author(s): Health Policy Project, United States Agency for International Development (USAID), and Marie Stopes International
Primary Language: English
ImpactNow is an Excel-based model that estimates the health and economic impacts of family planning in the near term. It is designed to model the impacts of different policy scenarios and to compare the results of those scenarios in advocacy materials. It is designed to estimate the impacts of many "what if" questions about policy options in the two- to seven-year time horizon; for example, it could be used to estimate the impacts of meeting Family Planning 2020 (FP2020) commitments. The outcomes are focused on reproductive health metrics, as well as economic metrics, such as cost-benefit ratios and incremental cost-effectiveness ratios.
ImpactNow was adapted from Marie Stopes International's Impact 2 in collaboration with the Health Policy Project, with support from USAID. The USAID-funded Health Policy Project authored the users’ manual to help health analysts apply the ImpactNow model to estimate the health and economic impacts of family planning programs at national and subnational levels.
Under Health Policy Plus, ImpactNow was revised in September 2018. This 2.0 version of ImpactNow features the following additions:
- Youth-only option: users now have the option to calibrate the model for a youth population only (either all youth ages 15–19 or only youth in union, ages 15–19)
- New default database: the model now features an updated database, with the latest available values for each country or region across model input data categories
- New display features: the model features an infographic option, embedded in the results section, allowing users to present model results in a visually compelling way for diverse audiences
- Expanded methodological alignment: the ImpactNow 2.0 methodology has been revised in an effort to harmonize the computation of select outputs with other family planning modeling efforts