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Occurrence prediction of pests and diseases in cotton on the basis of weather factors by long short term memory network

机译:基于长期短期记忆网络的天气因素对棉花病虫害发生的预测

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摘要

Cotton is an important economic crop, which occupies a important position in the national economy. However, cotton was always damaged by various pests and diseases during its growth. Perennial pests and diseases can cause about 15–20% economic loss, even up to 50% in some years. Therefore, the control of pests and diseases is crucial to the growth of cotton, which can recover more than 900,000 tons of cotton annually [ ]. During cotton growth, many factors can affect the production, of which the most significant one is abnormal climate change. Abnormal climate change can result in the continuous evolution of pests and further make pests adaptive to the environment, which seriously influences the yield and quality and makes it more difficult to control the pests and diseases [ ]. Investigating the relationship between pandemic diseases and weather factors is significant for establishing weather-pest forecasting models and improving the long-term prediction of pests and diseases.
机译:棉花是重要的经济作物,在国民经济中占有重要地位。但是,棉花在生长过程中总是受到各种病虫害的破坏。多年生的病虫害可能造成约15%至20%的经济损失,甚至在某些年份甚至高达50%。因此,病虫害的防治对于棉花的生长至关重要,棉花每年可以回收超过90万吨的棉花[]。在棉花生长期间,许多因素都会影响棉花的产量,其中最重要的因素是异常的气候变化。气候变化异常会导致有害生物不断演化,并进一步使有害生物适应环境,从而严重影响产量和质量,使防治有害生物和疾病更加困难[]。研究大流行性疾病与天气因素之间的关系对于建立天气有害生物预报模型和改善病虫害的长期预测具有重要意义。

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