新疆植保新技术、新产品和新装备研究进展及前沿展望

High-quality development of agriculture in Xinjiang and innovations in new plant protection technologies, new products, and new equipments

  • 摘要: 【目的】 综述我国植保科技发展取得的主要最新成果和面临植保问题与挑战,明确新疆现代植保科技发展方向和内涵。 【方法】 基于文献和数据统计,分析新疆农业高质量发展对植保科技创新发展的需求。 【结果】 植保新技术主要包括智能化监测、精准快速检测技术及产品,新型绿色防控技术及产品和智能化、新型植保施药装备等。我国农作物病虫害监测预警经历四个发展阶段。近年来,在农业有害生物监测技术领域主要聚焦开展卫星遥感、无人机遥感等研究,探索有害生物实时化、智能化监测与多技术融合的精准分子检测技术,以及以数据分析和数据挖掘为主的大数据、以机器视觉和深度学习为主的人工智能技术等。植保新技术、产品和装备的发展将以绿色、精准、高效、智能化和低成本将成为发展的主要目标。 【结论】 在吸收、运用和借鉴我国已有植保新技术、新产品和新装备的基础上,结合新疆农业生产特点和实际,通过植保新技术、新产品和新装备研究、集成,构建新疆现代植保技术体系,最终实现高效、绿色、精准、智能化、标准化和低成本生产目标。

     

    Abstract: 【Objective】 This study comprehensively analyzes the latest achievements in plant protection technology development in China, the comprehensive strengths and developmental potential of agricultural production in Xinjiang, as well as the plant protection problems and challenges faced, aiming to clarify the direction and implications of modern plant protection technology in Xinjiang. 【Methods】 Based on literature and statistical data analysis, this study thoroughly examined the demands of high-quality agricultural development in Xinjiang for innovation in plant protection technology. 【Results】 The study elucidated Xinjiang’s agricultural natural resources, foundational production conditions, production advantages, and developmental potential. This paper systematically introduced the latest achievements of the development of new quality productivity of plant protection in China, represented by the research and development and application of new plant protection technology, new products and new equipment across ten key areas. In addition, the critical role of plant protection disciplines and technological innovation in sustaining China’s agricultural development was highlighted, along with major challenges facing Xinjiang’s future agricultural growth, thus clarifying the demands of high-quality agricultural development in Xinjiang for plant protection technology, demonstrating that new plant protection technologies, products, and equipment were indispensable scientific supports for advancing Xinjiang’s agriculture. 【Conclusion】 This system will integrate existing domestic plant protection technologies, products, and equipment while adapting to Xinjiang’s unique agricultural characteristics. Through research and integration of innovative plant protection solutions, the goals of efficient, green, precise, intelligent, standardized and low-cost agricultural production can be achieved, thereby supporting high-quality agricultural development in Xinjiang.

     

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