Management of bentgrass cultivars for activated resistance to Microdochium nivale under climate change conditions - Field trials

This research investigated the potential impact of predicted climate change on the fungal pathogen Microdochium nivale, which causes Microdochium patch on turfgrasses in temperate climates. Turfgrasses were inoculated with M. nivale and assessed visually on a scale of 0-100 percent yellowed, when under various simulations of predicted climate change conditions. Data collected during this investigation includes amino acid concentrations, field trial data, and sugar content data. This dataset includes only the field trial data. Please see Related Datasets for links to the amino acid concentrations and sugar content datasets.

本研究探究了预估气候变化对真菌病原菌微座孢霉（Microdochium nivale）的潜在影响，该病原菌可在温带气候下的草坪草上引发微座孢斑病（Microdochium patch）。研究人员将草坪草接种微座孢霉（M. nivale）后，在多种预估气候变化情景的模拟环境中，采用0至100%黄化率的视觉分级标准对病害发生情况进行评估。本次研究采集的数据涵盖氨基酸浓度数据、田间试验数据与糖含量数据，本数据集仅包含田间试验数据部分，氨基酸浓度数据集与糖含量数据集的相关链接请参阅关联数据集板块。