[2026] PTE Academic Reading - Multiple Choice, Single Answer

The advent of precision agriculture has been framed as a technological panacea for the looming global food crisis. By utilizing satellite imagery and soil sensors, farmers can apply fertilizers and water with surgical accuracy, theoretically maximizing yields while minimizing environmental waste. Proponents argue that these data-driven methods will allow us to feed a burgeoning population without expanding our ecological footprint. Yet, this optimism often ignores the socio-economic stratification that such capital-intensive technology creates. Small-scale farmers in developing regions, who produce a significant portion of the world's calories, are often priced out of these digital revolutions. Relying exclusively on high-tech solutions risks centralizing food production in the hands of a few wealthy corporations, thereby undermining the very food security the technology claims to protect. A sustainable agricultural future requires more than just better sensors; it demands a democratization of tools and a revitalized respect for local, traditional ecological knowledge. True resilience in our food systems will not be found in the cloud, but in the equitable distribution of resources across the soil.