Farm pest control's next leap builds on decades of small wins
Moog E, Dayan FE
Crispr
The drones, sensors, and gene-editing tools reshaping large-scale pest control today are the same technologies that could eventually help home growers spot and manage problems in their own beds with far less guesswork and fewer sprays.
This article looks back at how farming got so much better at growing food, and it wasn't one big invention but thousands of small improvements in machines, plant breeding, and chemistry stacking up over time. The authors think artificial intelligence will speed up the next round of progress by combining all that data, while new tools like gene editing, RNA-based sprays, and even lasers could let farmers target pests precisely instead of blanket-spraying fields.
Key Findings
The Green Revolution resulted from cumulative innovation across mechanization, genetics, and chemistry rather than a single breakthrough discovery
Artificial intelligence is expected to accelerate pest management by integrating large datasets from machinery, genetics, and chemical research
Emerging non-chemical tools including CRISPR gene editing, RNA interference, peptide-based agents, lasers, and electric tools may enable more targeted, lower-impact crop protection
chevron_right Technical Summary
A perspective piece argues that farming's biggest leaps, from tractors to fertilizer to pesticides, came from slow, cumulative innovation rather than single eureka moments, and that AI, gene editing, and precision robotics are poised to be the next wave of that same steady progress in pest control.
Abstract Preview
Original paper
Innovation in pest management: can the past inform the future?
Innovation arises from exploring unknown areas of knowledge. In most instances, progress occurs incrementally, slowly expanding the boundary of what is known. Occasionally, though, transformative d...
open_in_new Read full abstractAbstract copyright held by the original publisher.
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Crop-improvement refers to the systematic enhancement of plant varieties through selective breeding, genetic modification, and biotechnological approaches to develop cultivars with superior agronomic, nutritional, or environmental traits. This field is essential for addressing global food security,
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