Tarp impacts on soil temperature

These data show the impacts of tarps on soil temperature, and we present the raw continuous temperature measurements for 1 month during tarp application. We buried iButtons under 1 cm and 10 cm of soil in each plot to measure soil surface and soil temperature, respectively. Temperatures were automatically taken every 30 minutes, and specific time and dates of each soil or soil surface temperature measurement are given in the “Date_soil” and “Date_surface” columns, respectively. For more information, please refer to Kinnebrew et al. 2022 (https://doi.org/10.1080/21683565.2022.2146254) or contact Dr. Kinnebrew at [e-mail]. Column Names and Explanations: 1. Farm: the farm site (“A,” “B” or “C”) where the plot was located. All farms were located in Chittenden County, Vermont, USA 2. Treatment: indicates the treatment type (silage tarps, clear plastic tarps, or control) 3. Plot_Replicate: the treatment replicate number on each farm (1-6 for each treatment on each farm) 4. Plot_ID: the unique identifier for each spatial plot 5. Temp_soil: temperature in Celsius measured 10 cm below the soil surface 6. Temp_surface: temperature in Celsius measured at the soil surface (1 cm below the surface) 7. Date_soil: date associated with the measurement of soil temperature 8. Date_surface: date associated with the measurement of the soil surface temperature本数据集展示了覆盖篷布对土壤温度的影响，我们提供了篷布铺设期间1个月内的连续原始温度测量数据。我们在每个样地中分别于1 cm和10 cm土层埋设了iButtons，以对应测量土壤表层与深层土壤温度。每30分钟自动采集一次温度数据，各土壤温度与土壤表层温度的具体测量时间及日期分别记录在"Date_soil"与"Date_surface"列中。如需获取更多详细信息，请参考Kinnebrew等人2022年发表的研究（https://doi.org/10.1080/21683565.2022.2146254），或联系Kinnebrew博士，邮箱地址为[e-mail]。 列名及说明如下： 1. Farm：样地所在的农场站点（标记为"A"、"B"或"C"），所有农场均位于美国佛蒙特州奇滕登县 2. Treatment：处理类型（青贮篷布、透明塑料篷布或对照组） 3. Plot_Replicate：每个农场内的处理重复编号（每个农场的每种处理对应1至6号重复） 4. Plot_ID：每个空间样地的唯一标识符 5. Temp_soil：土壤表层以下10 cm处测得的摄氏温度 6. Temp_surface：土壤表层（地表下1 cm处）测得的摄氏温度 7. Date_soil：对应土壤温度测量的日期 8. Date_surface：对应土壤表层温度测量的日期