Department of Botany and Plant Pathology, Oregon State University, Corvallis, OR.
Forest Engineering, Resources and Management Department, Oregon State University, Corvallis, OR.
Plant Dis. 2022 Dec;106(12):3013-3021. doi: 10.1094/PDIS-02-22-0294-FE. Epub 2022 Nov 20.
It has been two decades since the first detection of the sudden oak death pathogen in Oregon forests. Although the epidemic was managed since its first discovery in 2001, at least three invasions of three separate variants (clonal lineages), NA1, EU1, and NA2, are documented to have occurred to date. Control of this epidemic has cost over US$32 million from 2001 to 2020. This is dwarfed by the predicted cost of the closure to the Coos Bay export terminal, estimated at $58 million per year, if the epidemic was allowed to spread unchecked. Management efforts in Oregon have reduced inoculum and limited the spread of the pathogen. An outreach and citizen scientist program has been piloted to help in early detection efforts and search for disease-resistant tanoak. This feature article documents the repeated emergence, impact, costs, and lessons learned from managing this devastating invasive pathogen.
自首次在俄勒冈州森林中检测到突发橡树死亡病原体以来,已经过去了二十年。尽管自 2001 年首次发现以来一直在对该疫情进行管理,但迄今为止至少有三次入侵了三个不同的变体(克隆谱系),即 NA1、EU1 和 NA2。从 2001 年到 2020 年,控制这种流行病的费用已超过 3200 万美元。如果任由疫情蔓延而不加控制,预计 Coos Bay 出口码头关闭的费用将达到每年 5800 万美元,这相形见绌。俄勒冈州的管理工作已经减少了接种物并限制了病原体的传播。已经试行开展外联和公民科学家计划,以帮助进行早期检测工作并寻找抗炭疽病的栓皮栎。本文详细介绍了管理这种破坏性入侵病原体的反复出现、影响、成本和经验教训。