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Phytophthora root rot of chickpea: inoculum concentration and seasonally dependent success for qPCR based predictions of disease and yield loss

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Research Data Australia2024-12-14 收录
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https://researchdata.edu.au/phytophthora-root-rot-yield-loss/3388827
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The data covers P. medicaginis detection and inoculum disease relationship experiments in sample and artificially inoculated samples and field experiments, numbers (1 to 6) listed in the publication of chapter. The dataset spreadsheets are labelled as described below (same experiment numbers as in the publication). Fig1a spiked sand Exp 1: Experiment 1, Pm concentration series Soil & moisture set Exp 2: Experiment 2, soil type and moisture content series 2014 YL Exp 3: Experiment 3,field evaluation Tamworth 2014 2015 YL Exp 4: Experiment 4,field evaluation Warwick 2015 2016 YL Exp 5: Experiment 5,field evaluation Warwick 2016 2017 YL Exp 6: Experiment 6,field evaluation Warwick 2017 Data collected 2014 to 2017 Collected to address P. medicaginis artificial inoculum detection and variation in inoculum disease relationships across multiple season questions.

本数据集涵盖苜蓿假盘菌(P. medicaginis)的检测实验、人工接种样本与田间试验中的接种体-病害关系研究,所有实验编号1至6均与论文章节中所列一致。 本数据集的电子表格命名规则如下(实验编号与论文保持一致): - 图1a 加标沙土试验1(Exp 1):试验1,Pm浓度梯度系列 - 土壤与水分设置试验2(Exp 2):试验2,土壤类型与含水量梯度系列 - 2014 YL 试验3(Exp 3):试验3,塔姆沃思(Tamworth)2014年田间评价 - 2015 YL 试验4(Exp 4):试验4,沃里克(Warwick)2015年田间评价 - 2016 YL 试验5(Exp 5):试验5,沃里克(Warwick)2016年田间评价 - 2017 YL 试验6(Exp 6):试验6,沃里克(Warwick)2017年田间评价 本数据集采集于2014年至2017年,旨在针对苜蓿假盘菌(P. medicaginis)的人工接种体检测,以及多季节下接种体与病害间关系的变异情况开展相关研究。
提供机构:
University of New England, Australia
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