Bidirectional reflectance changes in wild type and chloroplast movement mutants - raw data

Time courses of changes in red-light bidirectional reflectance induced by 1 h irradiation with low (0.1 µmol·m^-2·s^-1) or high (100 µmol·m^-2·s^-1) blue light of the adaxial surface of rosette leaves of 5-week-old <i>Arabidopsis</i> plants. Measurements were recorded for wild-type (WT), <i>glabra1, phot1</i>,<i> phot2</i>, <i>phot1phot2,</i> and <i>jac1 </i>mutants. The angle of incidence of the measuring and actinic beams was 40° or 55°. The detector was positioned at the angle of 0° (the detector normal parallel to the leaf normal) or either -40° (when incidence at 40°) or -55° (when incidence at 55°). The transmission axis of the polarizer was either parallel (<i>P</i>) or perpendicular (<i>S</i>) to the plane of incidence.

本数据集记录了5周龄拟南芥（Arabidopsis）莲座叶近轴表面，经低强度（0.1 μmol·m⁻²·s⁻¹）或高强度（100 μmol·m⁻²·s⁻¹）蓝光照射1小时后，其红光双向反射率的动态变化过程。实验测量对象包括野生型（WT）、glabra1、phot1、phot2、phot1phot2及jac1突变体。测量光束与光化光束的入射角度均为40°或55°。探测器安装角度为0°（探测器法线与叶片法线平行），当入射角度为40°时探测器角度为-40°，入射角度为55°时探测器角度为-55°。偏振器的透射轴与入射平面要么平行（记为P），要么垂直（记为S）。