PaCE2022 Advanced Max Planck CloudKite data

This dataset was produced using the Advanced Max Planck CloudKite Instrument Box (MPCK+) during the Pallas Cloud Experiment (PaCE2022) between September 19 and September 26, 2022. It includes measurements of key meteorological variables such as temperature, relative humidity, static air pressure and wind speed together with geolocation, instrument orientation, and cloud droplet size distributions measured by a Fast Cloud Droplet Probe. This dataset contains the non-imaging Level 1 data (calibration and time correction applied to raw data), provided in NetCDF format, following the Climate and Forecast (CF) conventions.

The MPCK+ was deployed by a Max Planck CloudKite platform, which is a tethered aerostat, up to 1200 m altitude above ground with flight duration between 1.5 and 3 hours. 

There is one Python script available for each NetCDF file, which extracts the essential data, applies corrections and creates figures. 

A link to a paper describing the data structure and showing data examples will be provided after acceptance.

本数据集采集自2022年9月19日至26日开展的帕拉斯云实验（Pallas Cloud Experiment, PaCE2022），由先进马克斯·普朗克云风筝仪器箱（Advanced Max Planck CloudKite Instrument Box, MPCK+）完成观测所得。数据集涵盖多项关键气象变量的测量数据，包括气温、相对湿度、静气压与风速，同时配套地理定位信息、仪器朝向数据，以及由快速云滴探针（Fast Cloud Droplet Probe）测得的云滴粒径分布数据。本数据集包含非成像一级数据（已对原始数据完成校准与时间校正），采用NetCDF格式存储，遵循气候与预报（Climate and Forecast, CF）规范。

MPCK+搭载于马克斯·普朗克云风筝平台——一款系留浮空器，部署高度可达地面以上1200米，单次飞行时长介于1.5至3小时之间。

针对每份NetCDF文件，均配套提供一份Python脚本，可提取核心数据、完成校正并生成可视化图表。

有关本数据集数据结构说明与示例展示的相关论文链接，将在稿件被录用后提供。