Linked from

The 64 pages that link to Green Revolution, each with the reason it gives.

• Agricultural biotechnologyCompared with: It provides a landmark comparison for biotechnology's role in changing crop production.

• Agricultural scienceRelated: It demonstrates how agricultural research can reshape production at large scale.

• Intensive farmingRelated: Its package of improved seeds and purchased inputs exemplifies intensification at national scale.

• Theodore SchultzRelated: Schultz’s emphasis on productive farmers and modern inputs helps explain the economics behind its adoption.

• White RevolutionCompared with: Unlike the crop-focused Green Revolution, the White Revolution centered on livestock and dairy markets.

• BrassinosteroidCompared with: Brassinosteroid research concerns growth regulation, but it was not the basis of the Green Revolution.

• Common wheatRelated: High-yielding common-wheat varieties became central to its gains in several regions.

• History of agricultureBroader topic: It sharply increased yields while tying production to new inputs and infrastructure.

• History of engineeringRelated: Engineered irrigation and agricultural inputs helped raise food production while creating new environmental pressures.

• Masanobu FukuokaCompared with: Its input-intensive model contrasts with Fukuoka’s attempt to produce food through fewer interventions.

• History of fertilizerRelated: Synthetic fertilizers helped high-yield varieties produce much larger harvests.

• Mechanised agricultureRelated: Mechanized field operations supported the intensive production systems associated with yield gains.

• Second Green RevolutionNarrower topic: The earlier transformation supplies the model—and the criticisms—that proposals for a second wave inherit.

• Yuan LongpingNarrower topic: Hybrid rice formed a distinct contribution to the wider effort to increase food production.