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This is a Quantitative Study study (also classified as: Cohort Study).

Integrating pheromone trap monitoring with remote sensing indices for enhanced surveillance of yellow stem borer in rice

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Yellow stem borer population monitoring integrates satellite indicators, enhancing pest surveillance in rice crops.
A 55% reduction in pest trap catches paired with a 2.04°C rise in land surface temperature demonstrates ecology impacts.
Spatial analyses identified hotspots of yellow stem borer distribution at approximately 240 meters, indicating targeted management needs.
Findings suggest that cooler environmental conditions could intensify yellow stem borer outbreaks, highlighting the importance of monitoring.

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Analysis reveals yellow stem borer patterns through pheromone traps and satellite indicators, suggesting strategies for improved pest management.

Bapatla et al. (2025) studied this question.

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Analysis reveals yellow stem borer patterns through pheromone traps and satellite indicators, suggesting strategies for improved pest management.