Data from: Modeling Grow Tube Microclimate Effects on Vine Cold Hardiness: Identifying Beneficial vs. Detrimental Thermal Modifications During Dormancy

This dataset contains high-frequency temperature data collected to evaluate the thermal performance of vineyard grow tubes during grapevine dormancy. The study investigates how different grow tube materials (plastic and paper) alter vineyard microclimates and affect cold hardiness dynamics across dormant, stable, and rewarming phases. Data were collected using sensor-based temperature monitoring systems installed in vineyard blocks at Washington State University’s Irrigated Agriculture Research and Extension Center (IAREC) in Prosser, WA, from late fall through early spring.<br><br>The dataset supports the manuscript titled <i>“Modeling Grow Tube Microclimate Effects on Vine Cold Hardiness: Identifying Beneficial vs. Detrimental Thermal Modifications During Dormancy.”</i> The analysis integrates temporal and thermal-phase-based metrics with cold hardiness modeling using the Ferguson et al. (2014) framework.<b>Remark</b>: The dataset follows an open-source project structure consistent with the GitHub repository format used for code and figure organization.

本数据集收录了用于评估葡萄藤休眠期内葡萄园生长管（vineyard grow tubes）热性能的高频温度监测数据。本研究探究不同材质（塑料与纸质）的生长管如何改变葡萄园微气候，并影响休眠、稳定及复温三个阶段的葡萄抗寒力动态变化。数据采集于华盛顿州立大学灌溉农业研究与推广中心（IAREC）位于华盛顿州普罗瑟市的葡萄园地块，采用基于传感器的温度监测系统完成，采集时段为秋末至初春。

本数据集对应题为《生长管微气候对葡萄抗寒力的影响建模：识别休眠期内有益与有害热调控措施》的学术论文。该分析将时间维度与热阶段维度的指标，结合Ferguson等人（2014）提出的分析框架开展抗寒力建模研究。

备注：本数据集采用与GitHub代码及图表组织格式一致的开源项目结构。