Predicting Pest Outbreaks with a Climate-Insect Interaction Model Based on Degree-Day Accumulation

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Significant relationships between thermal time and insect development imply improved pest outbreak predictions.
The model leverages historical data and temperature records to forecast agricultural pest emergence accurately.
Changing climatic patterns exacerbate pest effects in regions previously unaffected, signaling the need for adaptive management strategies.
The findings enhance integrated pest management approaches, facilitating better preparation for climate-related agricultural risks.

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This analysis predicts pest outbreaks using climate-insect interaction models and degree day accumulation, highlighting climate change impacts.

Al-Asady et al. (2025) studied this question.

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This analysis predicts pest outbreaks using climate-insect interaction models and degree day accumulation, highlighting climate change impacts.