Intelligence domain

Climate is a health signal. We treat it as one.

Temperature, rainfall and humidity influence where vectors thrive and when transmission peaks. Epinova integrates climate and environmental data into disease intelligence so that changing conditions inform public health planning.

Climate-sensitive transmission

Vector development, survival and pathogen incubation are all temperature-dependent; rainfall creates breeding habitat, with effects that typically appear after a lag.

Environmental data integration

Reanalysis, satellite and station data are harmonized to the same geography and time step as surveillance data.

Seasonal outlooks

Climate forecasts can extend planning horizons, with uncertainty communicated clearly.

Long-term adaptation

Understanding how changing climate shifts disease geography supports adaptation planning (research track).

Global intelligence map

Situational awareness, illustrated

Illustrative surveillance map. Markers do not represent real events or locations of outbreaks.

Public health applications

Where intelligence meets action

Early warning triggers

Climate anomalies as inputs to risk alerts.

Adaptation planning

Evidence for health system climate resilience (research track).

Related platform modules

The modules involved

Epinova PredictAI-powered epidemiological forecasting and geographic risk assessment.
Epinova SignalGlobal surveillance and emerging disease intelligence.

Sources

References

We avoid quoting point statistics that quickly become outdated. Please consult the latest edition of each source for current figures.

Bring climate & health intelligence into your planning.

Talk to us about data, geographies and the decisions you need to support.