Read the passage below carefully:
In the arid expanse of Garissa County, Kenya, pastoralist communities have historically suffered severe losses of fresh camel milk during peak dry seasons due to extreme heat and vast distances to urban commercial hubs. Recently, localized pastoralist collectives introduced decentralized solar-powered chilling units at remote milk assembly points. Rather than forcing herdsmen to trek dozens of kilometers daily to central towns, these solar hubs allow immediate preservation of raw milk directly at rural points of origin. Consequently, post-harvest spoilage rates plummeted, enabling cooperative members to aggregate surplus yield and negotiate direct supply contracts with dairy processors in Nairobi at stable, premium prices. Furthermore, the reliable income stream generated through these milk sales has noticeably curtailed the community's traditional reliance on distress sales of livestock during severe drought periods. However, village elders observe that younger pastoralists now dedicate substantial time to managing cold-chain logistics and mobile digital financial transactions at the hubs, precipitating a gradual shift away from long-distance seasonal herd migration.
Based on the passage, what can be logically inferred about the overall impact of introducing solar-powered chilling units in Garissa County?
- The innovation bolstered economic security while gradually altering traditional pastoral routines among younger herders.Answer
- BSolar-powered chilling units have completely eliminated the incidence of severe droughts across northern Kenya.
- CHerdsmen are still forced to trek long distances daily to deliver raw milk directly to central towns.
- DMobile digital financial management is the sole factor responsible for eliminating milk spoilage in transit.