缺水实验数据.xls

和消化道形态的生理响应变化桦横断山水分胁迫条件下，进一步 确定水分胁生理调节<i>榆属</i><i>。</i>米利都<i>。</i><i> </i>我 在这项研究中，<i>我 E</i><i>. </i>米利都随机分为 2 组：WAter 短缺应激组（实验组）和 N nOrmal 供水组 （对照组），每适应 7 d 在室温 （25±1） °C、光周期 12L：12D体质量、总体基础代谢率 （BMR） 和 Unit BMR、器官重量s、消化道重量s 和形态学变化测量。

To further clarify the physiological regulation of Ulmus species and the physiological responsive changes of digestive tract morphology under water stress in the Hengduan Mountains. In this study, <i>U.</i> milleri (the taxon corresponding to the Chinese term "米利都" under the genus Ulmus) was randomly divided into two groups: water deficit stress group (experimental group) and normal water supply group (control group). After acclimation for 7 days at room temperature (25±1) °C with a photoperiod of 12L:12D, body mass, total basal metabolic rate (BMR), mass-specific BMR, organ masses, digestive tract masses and morphological changes were measured.

搜集汇总

背景与挑战

背景概述

该数据集记录了水分胁迫条件下榆属动物的生理响应变化，包括体质量、基础代谢率、器官重量和消化道形态的测量数据。实验分为缺水应激组和正常供水组，旨在研究水分胁迫对动物生理生态的影响。