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作 者:卢芳 LU Fang(Linhua Landscape Construction Engineering Co.,Ltd.,Guangzhou 551040)
机构地区:[1]广州市林华园林建设工程有限公司,广州551040
出 处:《林业勘查设计》2024年第6期17-20,共4页Forest Investigation Design
摘 要:在林业生态工程建设中,育苗技术作为基础环节,对林木质量和生长具有决定性影响。提升苗木的成活率、生长速度,以及适应性是提高林业经济效益和生态效益的关键。然而,病虫害的发生严重威胁林木生长和生态安全,导致生长质量下降、生态失衡和生物多样性减少。因此,研究育苗技术与病虫害防治相结合的方法旨在通过科学的育苗方式提高苗木抵抗力,并采用综合病虫害管理策略以减轻对林业生态工程的负面影响。研究结果对于提升林业生态工程的生产效率和生态效益具有重要的现实意义。In the construction of forestry ecological engineering,seedling cultivation technology,as a fundamental link,has a decisive impact on the quality and growth of trees.Enhancing the survival rate,growth speed,and adaptability of seedlings is key to improving the economic and ecological benefits of forestry.However,the occurrence of pests and diseases severely threatens the growth of trees and ecological safety,leading to a decline in growth quality,ecological imbalance,and a reduction in biodiversity.Therefore,studying the combination of seedling cultivation technology and pest and disease control aims to improve the resistance of seedlings through scientific cultivation methods and adopt integrated pest and disease management strategies to mitigate the negative impact of pests and diseases on forestry ecological projects.The research result has significant practical importance for enhancing the production efficiency and ecological benefits of forestry ecological engineering.
分 类 号:S723.1[农业科学—林木遗传育种] S763[农业科学—林学]
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