Read the passage below carefully and answer the question that follows:
Across several sub-Saharan African nations, the integration of artificial intelligence into epidemiological surveillance is revolutionizing malaria eradication efforts. Traditionally, public health agencies relied on historical hospital data and manual field reports to allocate vector control resources like insecticide-treated nets and indoor residual spraying. However, this retrospective approach often resulted in delayed interventions during unexpected seasonal outbreaks. By analyzing real-time satellite imagery, micro-climate data, and vector population dynamics, predictive machine-learning models now allow authorities to forecast localized transmission spikes up to six weeks in advance. For example, during a recent trial in the Niger Delta region, an AI-driven warning system enabled health workers to deploy larvicides before mosquito larvae matured, resulting in a forty percent reduction in clinical cases. Similar machine-learning frameworks are also being deployed in Kenya to track agricultural pest migrations. Nevertheless, the ultimate success of these predictive epidemiological models hinges on their capacity to preemptively direct vector control interventions to high-risk zones before outbreak occurrences.
Which of the following statements best expresses the essential idea of the passage while excluding supporting details and non-essential illustrations?
- Predictive machine-learning models enhance malaria eradication by enabling health authorities to proactively target high-risk areas prior to disease outbreaks.Cevap
- BA trial in the Niger Delta proved that early larvicide deployment achieves a forty percent reduction in clinical malaria cases.
- CArtificial intelligence will soon eliminate all infectious disease transmission and replace field health workers across sub-Saharan Africa.
- DPublic health agencies across Africa continue to rely exclusively on retrospective hospital reports to allocate vector control resources.