Projections of COVID-19 epidemics in LMIC countries
This study has not yet been peer reviewed.
We have generated country-specific reports of projected COVID-19 epidemics with and without interventions.
These simulation results will likely change as we learn more about spread in LMIC settings and update the reports accordingly.
- This report provides simulation-based estimates for COVID-19 epidemic scenarios in each country.
- The model accounts for the local age structure, as well as uncertainty in transmission due to uncertainty in R0.
- We consider an unmitigated epidemic (i.e., no intervention), and then interventions combining social distancing and shielding interventions.
- We estimate predicted peak counts and timing for each country in new symptomatic cases and deaths (incidence), as well as peaks in daily hospital demand (prevalence). We also calculated totals for these values, and compute the impact of the interventions relative to an unmitigated epidemic.
- Populations are based on demographics of each country and estimated contact patterns, and assume a single national population
- The transmission model is based on global outbreak data, which have primarily been observed in East Asia, Europe, and North America.
- Severity rates are rescaled to LMIC, because we assumed that due to comorbidities, LMIC populations may have higher rates of symptomatic disease.
Epidemic simulations start with 50 initial infections, proportionally distributed according to the age demography of the country.
- These reports will be updated as information changes, and if LMIC information on hospitalisation rates become available.
- All numerical results are reported to two significant figures only, and are reported as interquartile (IQR) and 95% intervals.
- Detailed modelling methods are given at the end of the report.
Reports can be downloaded from here. The source code for the generation of these reports is maintained at Github. The raw simulation outputs (R binary files) can be made available upon request, to be used in other analyses, please contact Carl Pearson.