六盘山云降水过程综合观测数据集（2022-2024）

该数据集为云降水过程综合观测数据集的分数据集，源自2022-2024年期间在六盘山地区开展的综合考察试验。六盘山科考在大湾站、径源站、六盘山站、隆德站等多地实施，其中大湾站主要布署CFL-06型风廓线雷达、HT101型云雷达、MRR-2微雨雷达、DSG5型雨滴谱仪、三维风速仪、C12激光云高仪，径源站主要布署QFW-6000型微波辐射计、HMB-KPS型云雷达、DSG5型雨滴谱仪、CL51激光云高仪，六盘山站主要布署HT101型云雷达、MRR-2微雨雷达、OTT型激光雨滴谱仪、云凝结核（CCN）计数器、三维风速仪、FM120雾滴谱仪、C12激光云高仪，隆德站主要布署RPG-HATPRO-G4型微波辐射计、CFL-06型风廓线雷达、HT101型云雷达、MRR-2微雨雷达、OTT型激光雨滴谱仪、C12激光云高仪，同时开展自动气象站、铁塔（和尚铺）和X波段全固态双线偏振多普勒天气雷达（彭阳县），以及梯度站等观测，可为高原系统东移对下游的影响研究，以及为揭示高山地区大气边界层和自由大气交换过程对气溶胶、云、雾和降水及其相互作用的影响提供数据支撑。

This dataset is a subset of the comprehensive observation dataset for cloud and precipitation processes, sourced from comprehensive field campaigns conducted in the Liupan Mountains region between 2022 and 2024. The field investigations were carried out at multiple sites including Dawan Station, Jingyuan Station, Liupan Mountains Station and Longde Station. At Dawan Station, the primarily deployed instruments are CFL-06 wind profile radar, HT101 cloud radar, MRR-2 micro rain radar, DSG5 raindrop spectrometer, 3D anemometer and C12 laser ceilometer. At Jingyuan Station, the main deployed instruments include QFW-6000 microwave radiometer, HMB-KPS cloud radar, DSG5 raindrop spectrometer and CL51 laser ceilometer. At Liupan Mountains Station, the deployed instruments cover HT101 cloud radar, MRR-2 micro rain radar, OTT laser raindrop spectrometer, cloud condensation nuclei (CCN) counter, 3D anemometer, FM120 fog droplet spectrometer and C12 laser ceilometer. At Longde Station, the primarily deployed instruments are RPG-HATPRO-G4 microwave radiometer, CFL-06 wind profile radar, HT101 cloud radar, MRR-2 micro rain radar, OTT laser raindrop spectrometer and C12 laser ceilometer. In addition, observations such as automatic weather stations, a meteorological tower at Heshangpu, an X-band fully solid-state dual-linear-polarization Doppler weather radar in Pengyang County, and a gradient observation station were also conducted. This dataset can provide data support for research on the impacts of eastward-migrating plateau systems on downstream areas, as well as for revealing the effects of atmospheric boundary layer and free atmosphere exchange processes in alpine regions on the interactions among aerosols, clouds, fog and precipitation.