Earthquake forecasting is arguably one of the most challenging tasks in Earth sciences
owing to the high complexity of the earthquake process. Over the past 40 years, there has …

Radon is of great significance as a tracer for the detection of coal fires due to its distinct
variations in radon exhalation properties while heating. The research on radon exhalation …

The radon exhalation characteristics of rocks will change significantly during water
saturation treatment, and radon, as an important tracer, is of great significance in predicting …

The manuscript provides a comprehensive review of the results that have been obtained
from radon concentrations in the ground, particularly their correlation with earthquakes, over …

Various anomalies occurring before earthquakes are currently being studied to predict
seismic events, with one of them being the radioactive element radon (222Rn). Radon …

The study presents analysis of 1 year 15 min cycle radon data using artificial neural network
(ANN) in an attempt to estimate earthquake prediction time near Indo-Burman subduction …

Time series analysis was applied to the continuous radon level, temperature, pressure, and
rainfall to find clear earthquake signals. Radon signals appeared a few days after heavy …

Radon observation is an important measurement item of seismic precursor network
observation. The radon detector calibration is a key technical link for ensuring radon …

Earthquake Precursor using radon gas has the potential as a reliable precursor. After
formation in soil or rock, radon gas Rn222 can leave the soil crust and be monitored …

Radon progeny fluctuation outdoors has been widely studied for decades, with increasing
interest in the last few years towards the investigation of possible correlation with …