Raw scanning data and reproducibility package for uncertainty-aware multiscale elemental phenotyping of pear bud

This record contains the original scanning data, analysis model/code, and documentation required to reproduce the analyses reported in the associated manuscript, Uncertainty-Aware Multiscale Elemental Phenotyping of Pear Bud by Femtosecond Laser Ablation ICP-TOF-MS. The dataset supports the reproduction of a measurement-uncertainty-aware workflow for multiscale elemental phenotyping of dormant pear bud cryosections. The associated analysis code/model implements the main computational steps used in the manuscript, including uncertainty propagation, foreground extraction, channel reliability assessment, superpixel-based macroregion segmentation, uncertainty-weighted elemental network analysis, independent component analysis, and secondary partitioning of microregional elemental phenotypes. This record is intended as a reproducibility package for the associated manuscript. It includes the original scanning data and the files necessary to reproduce the reported analyses. It does not include reconstructed image cubes, processed intermediate datasets, or additional derived data products beyond those required for reproducibility. The data are associated with fsLA-ICP-TOF-MS elemental imaging of dormant pear buds, with independent XRF imaging used for cross-modality comparison in the manuscript. Users should cite the associated article and this Zenodo record when reusing the data or analysis package.本数据集包含复现关联论文《基于飞秒激光烧蚀ICP-TOF-MS的梨芽不确定性感知多尺度元素表型分析》中报道的分析所需的原始扫描数据、分析模型/代码及文档。 本数据集支持复现针对休眠梨芽冷冻切片的测量不确定性感知型多尺度元素表型分析工作流。关联的分析代码/模型实现了论文中采用的核心计算步骤，包括不确定性传播、前景提取、通道可靠性评估、基于超像素的宏观区域分割、不确定性加权元素网络分析、独立成分分析，以及微区域元素表型的二次分区。 本数据集为关联论文提供可复现性研究包。其包含原始扫描数据与复现该报道分析所需的全部必要文件。除复现必需的数据外，本数据集不包含重建图像立方体、处理后的中间数据集或其他衍生数据产物。 本数据关联休眠梨芽的fsLA-ICP-TOF-MS元素成像分析，论文中采用独立的X射线荧光成像（X-ray Fluorescence, XRF）开展跨模态对比研究。用户在复用本数据或分析包时，需引用关联论文与本Zenodo数据集。