Which theory argues that population growth can drive agricultural intensification to increase yields?

Which theory argues that population growth can drive agricultural intensification to increase yields?

• A. Boserup Hypothesis
• B. Von Thunen
• C. Epidemiologic Transition Model
• D. Weber's Least Cost Theory

Answer: (A)

Population growth drives farmers to intensify agricultural practices to raise yields. As more people need food, households and communities push for more output from the same land by using more intensive methods, new technologies, and better management. This means increasing yields per hectare through practices like multiple cropping, irrigation, fertilizers, improved seeds, and soil conservation, or bringing marginal lands into production when feasible. The idea, championed by Ester Boserup, is that demand from a growing population spurs innovation and intensification in farming rather than letting food production lag behind population growth. This concept stands in contrast to other theories that focus on where farming is located or how production is organized rather than how farmers respond to population pressure. For example, Von Thünen’s model explains how land use around a market is shaped by transportation costs, not by drivers of yield increases due to population. The Epidemiologic Transition Model describes shifts in disease patterns with development, not agricultural responses. Weber’s Least Cost Theory looks at minimizing production costs for industry locations, not agricultural yields in response to population.

Population growth drives farmers to intensify agricultural practices to raise yields. As more people need food, households and communities push for more output from the same land by using more intensive methods, new technologies, and better management. This means increasing yields per hectare through practices like multiple cropping, irrigation, fertilizers, improved seeds, and soil conservation, or bringing marginal lands into production when feasible. The idea, championed by Ester Boserup, is that demand from a growing population spurs innovation and intensification in farming rather than letting food production lag behind population growth.

This concept stands in contrast to other theories that focus on where farming is located or how production is organized rather than how farmers respond to population pressure. For example, Von Thünen’s model explains how land use around a market is shaped by transportation costs, not by drivers of yield increases due to population. The Epidemiologic Transition Model describes shifts in disease patterns with development, not agricultural responses. Weber’s Least Cost Theory looks at minimizing production costs for industry locations, not agricultural yields in response to population.