Data on Microclimate in hollow trees and how it affects an inhabiting beetle species, Osmoderma eremita

The data includes measured habitat characteristics, microclimatic variables, and species data collected with mark-recapture method. It was used for analyses to explore microclimate in tree hollows in relation to tree characteristics; and how these variables affect the occurrence and body size of Osmoderma eremita (hermit beetle). Manuscript: "Microclimate in hollow trees and how it affects an inhabiting beetle species, Osmoderma eremita". The study is in English.

Species-related data is collected with mark-recapture method (pitfall trap).
Moisture/humidity is measured with soil moisture meter (GS3 sensor; Decagon Devices).
Temperature data is recorded with Lascar EL-USB-1 data-loggers.

OE_MC_publish_ambient.tsv: 9766 R × 9 C
OE_MC_publish_internal.tsv: 9766 R × 55 C
OE_MC_publish_R.tsv: 47 R × 67 C
OE_MC_publish_RH.tsv: 53 R × 31 C

Specimens_data_publish_b_length-habitat-MC.tsv: 256 R × 24 C
Specimens_data_publish_Recapture.tsv: 500 R × 6 C

本数据集包含实测生境特征、微气候变量，以及采用标记重捕法（mark-recapture）采集的物种数据，被用于开展相关分析以探究两个主题：一是树穴微气候与树木特征的关联；二是上述变量如何影响Osmoderma eremita（隐居甲虫，hermit beetle）的种群发生与个体体型。相关研究论文题为"Microclimate in hollow trees and how it affects an inhabiting beetle species, Osmoderma eremita"，该研究以英文撰写。
物种相关数据通过标记重捕法采集，具体使用了陷井诱捕器（pitfall trap）。
湿度与土壤水分含量通过土壤水分测定仪（GS3传感器；Decagon Devices公司）进行测量。
温度数据由Lascar EL-USB-1型数据记录仪记录。
OE_MC_publish_ambient.tsv：9766行 × 9列
OE_MC_publish_internal.tsv：9766行 × 55列
OE_MC_publish_R.tsv：47行 × 67列
OE_MC_publish_RH.tsv：53行 × 31列
Specimens_data_publish_b_length-habitat-MC.tsv：256行 × 24列
Specimens_data_publish_Recapture.tsv：500行 × 6列