Reconstruction of fire frequency and burned areas around Yaksha village, Komi republic, Russia

Dendrochronological reconstruction of the fire frequency and the area burned in the pine-dominated forests in the vicinity of the Yaksha village, southern Komi republic, Russia. The reconstruction is based on dendrochronological dating of fire scars on live and dead pine trees. The reconstruction extends from approximately 1400s to 2016 and is done with annual resolution. The complete presentation of sampling protocol and data analyses could be found in "Climate drove the fire cycle and humans influenced fire occurrence in the East European boreal forest", Ryzhkova et al, Ecological Monographs, 2022. The dataset contains two reconstructions: the decadal fire occurrence in the study area and the annual area burned. The reconstruction is based on dendrochronological dating of fire scars on live and dead pine (Pinus sylvestris) trees. In the chronology, the data label points to the start of the decade in question. For example, label 1540 refers to the decade 1540-1549. The complete presentation of sampling protocol and data analyses could be found in "Climate drove the fire cycle and humans influenced fire occurrence in the East European boreal forest", Ryzhkova et al, Ecological Monographs, 2022.针对俄罗斯科米共和国南部亚克沙村周边松林开展的火灾频次与过火面积树木年代学（dendrochronological）重建。本次重建基于对存活及枯死松树上火疤的树木年代学定年，时间跨度约为15世纪至2016年，分辨率达逐年尺度。完整的采样方案与数据分析细节可参见Ryzhkova等人2022年发表于《生态学专论》（Ecological Monographs）的论文"Climate drove the fire cycle and humans influenced fire occurrence in the East European boreal forest"。 本数据集包含两项重建结果：研究区域的十年际火灾发生频次，以及逐年尺度过火面积。该重建基于对存活及枯死欧洲赤松（Pinus sylvestris）火疤的树木年代学定年。在年表中，数据标签对应所指十年的起始年份，例如标签1540代表1540-1549年这一十年时段。完整的采样方案与数据分析细节可参见Ryzhkova等人2022年发表于《生态学专论》（Ecological Monographs）的论文"Climate drove the fire cycle and humans influenced fire occurrence in the East European boreal forest"。