Data for Are methanol-derived foliar methyl acetate emissions a tracer of acetate-mediated drought survival in plants?

Data on methyl acetate emissions from poplar (Populus trichocarpa) detached leaves, detached branches and in-tact saplings to investigate the effect of drought and temperature on emissions. Data collected from PTR-MS (proton transfer reaction-mass spectrometry) and Licor 7000. 13C acetate and 13C methanol were fed to detached branches and emissions monitored with PTR-MS to calculate isotopolgues of 13C methyl acetate. Interpretation of data and detailed methods are published in MDPI Plants: "Are methanol-derived foliar methyl acetate emissions a tracer of acetate-mediated drought survival in plants?' Dewhirst et al, 2021本数据集涵盖美洲黑杨（Populus trichocarpa）离体叶片、离体枝条及完整幼树的乙酸甲酯排放数据，用于探究干旱与温度对植物乙酸甲酯排放的影响。数据集通过质子转移反应质谱（proton transfer reaction-mass spectrometry, PTR-MS）与Licor 7000采集获得。此外，研究团队将13C标记乙酸与13C标记甲醇饲喂至离体枝条，借助PTR-MS监测排放产物，以此计算13C标记乙酸甲酯的同位素异构体。本数据集的数据解读与详细实验方法已发表于MDPI旗下期刊《植物》（Plants），相关论文题为《甲醇衍生的叶片乙酸甲酯排放能否作为植物乙酸介导干旱存活的示踪剂？》（英文原标题："Are methanol-derived foliar methyl acetate emissions a tracer of acetate-mediated drought survival in plants?"），作者为Dewhirst等人，发表于2021年。