Figures and supplementary data of the Resource Article "<b>High-resolution gene expression atlases of two contrasting major Greek olive (</b><b><i>Olea europaea</i></b><b> L.) tree cultivars for oil and table olives production" </b>in the <b>Physiologia Plantarum </b>journal.<b> </b>

This dataset contains the Figures and Supplementary materials supporting the Resource Article "<b>High-resolution gene expression atlases of two contrasting major Greek olive (</b><b><i>Olea europaea </i></b><b>L.) tree cultivars for oil and table olives production</b>" submitted in the special issue "<b>Large-scale data approaches in non-model species</b>" of the <b>Physiologia Plantarum </b>journal. In this study, transcriptional atlases were generated for the Greek olive tree cultivars “Chondorlia Chalkidikis” and “Koroneiki”, which have contrasting characteristics in terms of fruit development, oil production properties, and use. The developed gene expression atlases and the associated resources offer a comprehensive insight into comparative gene expression patterns across several tissue types between significant olive tree cultivars. The developed resource is expected to support functional genomics and molecular breeding efforts aimed at enhancing crop quality and productivity in olive trees.本数据集包含支撑下述资源论文的图表与补充材料，该论文题为《用于油用与鲜食橄榄生产的两个特色希腊主栽油橄榄（Olea europaea L.）品种的高分辨率基因表达图谱》，已被《Physiologia Plantarum》期刊的专刊"非模式物种的大规模数据研究方法"收录。本研究针对两个特性迥异的希腊主栽油橄榄品种‘Chondorlia Chalkidikis’与‘Koroneiki’构建了转录组图谱，二者在果实发育、产油特性及用途上均存在显著差异。本研究构建的基因表达图谱及相关配套资源，可全面解析多类组织类型下两类重要油橄榄品种的基因表达模式差异。该数据集资源将为旨在提升油橄榄作物品质与产量的功能基因组学及分子育种研究提供有力支撑。