Mothers who die giving birth in Ukraine: our forecast to 2033
Satoria cannot read a reliable direction for mothers who die giving birth in Ukraine by 2033. 80% range 3.6 per_100k_live_births to 42.7 per_100k_live_births.
How far the evidence reaches
Limited evidence. This measurement has no sufficiently calibrated test horizon on the record. Colour does not represent a probability.
The full name of this series is Mothers who die giving birth (maternal mortality ratio).
The path
- 2024: Satoria forecast 14.2 per_100k_live_births (80% range 6.3 to 28)
- 2025: Satoria forecast 14.1 per_100k_live_births (80% range 5 to 29.9)
- 2029: Satoria forecast 13.1 per_100k_live_births (80% range 0 to 38)
- 2033: Satoria forecast 11.9 per_100k_live_births (80% range 3.6 to 42.7)
Where it starts
The latest source value is 14.9 per_100k_live_births recorded in 2023, published by United Nations - UN Data. Everything after that year is Satoria's forecast, with the range printed next to it.
The same measure elsewhere
- Mothers who die giving birth in United States
- Mothers who die giving birth in Germany
- Mothers who die giving birth in India
Every forecast we have for Ukraine · Mothers who die giving birth in every country
This forecast as data: https://satoria-pipeline-production.up.railway.app/api/forecast/un.maternal_mortality_ratio?country=UKR
Conditions and limits
War changes the conditions
A historical statistical path cannot tell us how the war will develop. Security, migration, mobilisation and reconstruction can change both employment and the size of the workforce. This forecast publishes no explicit war scenario. Read it as a conditional statistical projection, not a prediction of peace or recovery.
NBU: assumptions and risks, January 2026
What this number can establish
The published record supports a statistical projection and a model range. It does not establish why a future event will happen. Connections between measurements are predictive associations, not proof of causation. Source measurements, estimates and Satoria forecasts must be read separately.
The model range is not a guarantee. Historical test coverage is not the probability of the central forecast happening.
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