Data from: Mortality versus survival in drought‐affected Aleppo pine forest depends on the extent of rock cover and soil stoniness

Preisler et al. 2019_ Climatic panel_Figure 1Climatic data and evapotranspiration recorded measured by the Yatir forest Eddy covariance flux towerPreisler et al. 2019_ WP_figure 2Pre-dawn water potential measurements data from 5 seasons that were held at the trees in different stress stages. rainfall amount of the corresponding period is also notedPreisler et al. 2019_ BAI-tree rings_Figure 3Tree ring data recorded from all tree in the study period for the period of 1972 to 2012. Annual rainfall for the same period is also notedPreisler et al. 2019_ Stoniness and root density_Figure 4Root density and stoniness % measurements as obtained from the soil trenches in the Live and dead plotsPreisler et al. 2019_ Bucket model results_Figure 5The bucket model simulation results output.

普雷斯勒等人（Preisler et al.）2019年 气候面板_图1：由亚蒂尔森林涡度协方差通量塔（Eddy covariance flux tower）实测获取的气候数据与蒸散量。
普雷斯勒等人2019年 WP_图2：包含5个季期的黎明前水势测量数据，该数据采集自处于不同胁迫阶段的林木，同时标注了对应时段的降雨量。
普雷斯勒等人2019年 树木年轮断面积增量（Basal Area Increment, BAI）_图3：1972至2012年研究周期内所有林木的树木年轮数据，同期年降雨量数据亦一并标注。
普雷斯勒等人2019年 石砾含量与根密度_图4：从存活与枯死样地的土壤探槽中获取的根密度与石砾百分含量测量数据。
普雷斯勒等人2019年 水桶模型（Bucket model）结果_图5：水桶模型模拟结果输出。