Atmospheric electricity research has been conducted actively in China, having profited from
the development and application of high temporal and spatial resolution lightning detection …

Abstract The Dynamical-microphysical-electrical Processes in Severe Thunderstorms and
Lightning Hazards (STORM973) project conducted coordinated comprehensive field …

The dissonant development of positive and negative lightning leaders is a central question
in atmospheric electricity. It is also the likely root cause of other reported asymmetries …

The velocity‐current relation of positive leader discharges is of great importance in the
research of lightning physics. However, the measured data in a wide range of current up to …

By using the synchronous observation data obtained at the Tall‐Object Lightning
Observatory in Guangzhou (TOLOG) of 2019, the electromagnetic characteristics of upward …

Leader propagation is a fundamental issue in lightning physics. The propagation
characteristics of positive leaders and negative leaders are summarized and compared …

We examine the low‐frequency (LF) magnetic pulses recorded for the positive leader in two
natural lightning flashes as recorded on the high‐speed video camera. The captured …

In summer of 2019, the bandwidth of magnetic field sensor with relatively high sensitivity
was extended to 1.2 MHz during the triggered lightning experiment of Field Experiment Base …

With the measurements in SHandong Triggering Lightning Experiment and Guangdong
Comprehensive Observation Experiment on Lightning Discharge in China, we examine the …

Two initial upward positive leaders (UPLs) in upward negative flashes initiated from a 356‐
m‐tall tower were observed with a high‐speed camera, an electric field sensor, and a …