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experiment, the HDSS dropsonde and HIRAD observations went through a rigorous quality-control process. The dropsonde observations were quality controlled using the Atmospheric Sounding Processing Environment (ASPEN) software package along with a subsequent manual evaluation by a team of TCI scientists, with each data point being reviewed by at least two scientists ( Bell et al. 2016 ). For HIRAD, optimal combinations of frequency subbands and antenna elements were identified, and the most reliable
experiment, the HDSS dropsonde and HIRAD observations went through a rigorous quality-control process. The dropsonde observations were quality controlled using the Atmospheric Sounding Processing Environment (ASPEN) software package along with a subsequent manual evaluation by a team of TCI scientists, with each data point being reviewed by at least two scientists ( Bell et al. 2016 ). For HIRAD, optimal combinations of frequency subbands and antenna elements were identified, and the most reliable
