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Phytophthora Diversity in Pennsylvania Nurseries and Greenhouses Inferred from Clinical Samples Collected over Four Decades

机译:宾夕法尼亚州育苗和温室从四十年收集的临床样本推断出宾夕法尼亚苗圃和温室的植物

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摘要

The increasing movement of exotic pathogens calls for systematic surveillance so that newly introduced pathogens can be recognized and dealt with early. A resource crucial for recognizing such pathogens is knowledge about the spatial and temporal diversity of endemic pathogens. Here, we report an effort to build this resource for Pennsylvania (PA) by characterizing the identity and distribution of species isolated from diverse plant species in PA nurseries and greenhouses. We identified 1137 isolates cultured from clinical samples of >150 plant species submitted to the PA Department of Agriculture for diagnosis from 1975 to 2019 using sequences of one or more loci and morphological characteristics. The three most commonly received plants were , , and . Thirty-six species identified represent all clades, except 3 and 10, and included a distinct subgroup of a known species and a prospective new species. Prominent pathogenic species such as , , , , , , and sp. have been found consistently since 1975. One isolate cultured from roots did not correspond to any known species, and several other isolates also show considerable genetic variation from any authentic species or isolate. Some species were isolated from never-before-documented plants, suggesting that their host range is larger than previously thought. This survey only provides a coarse picture of historical patterns of encounters in PA nurseries and greenhouses because the isolation of was not designed for a systematic survey. However, its extensive temporal and plant coverage offers a unique insight into the association of with diverse plants in nurseries and greenhouses.
机译:外来病原体的越来越多的运动来调用系统监测,以便新引入的病原体可以早期识别和处理。识别这些病原体的资源是关于流体病原体的空间和时间多样性的知识。在这里,我们通过表征在PA苗圃和温室中的不同植物种类分离的物种的身份和分布来努力为宾夕法尼亚州(PA)为宾夕法尼亚州(PA)建立这种资源。我们确定了从1975年至2019年提交给PA农业部门的临床样本的1137个分离株> 150种植物物种的临床样本,从1975年到2019年使用一种或多种基因座和形态特征,诊断。这三种最常见的植物是。鉴定的三十六种物种代表所有曲囊,除了3和10,包括已知物种的不同亚组和潜在的新物种。突出的致病物种,如,,,,,,,。自1975年以来一直发现。从根部培养的一种分离物与任何已知的物种培养并不对应于任何已知物种,并且其他几个分离物也显示出与任何真实物种或分离物的相当大的遗传变异。一些物种从未记录过的植物中分离出来,表明他们的主机范围大于先前的想法。此调查仅提供PA托儿所和温室中遇到的历史模式的粗糙图片,因为孤立不是设计用于系统调查。然而,其广泛的时间和工厂覆盖范围为与苗圃和温室的多样化植物协会提供了独特的洞察力。

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