gazetracking
Gazetracking refers to techniques and technologies used to detect, quantify, and map gas concentrations and plumes in the atmosphere. It involves both in-situ sensors and remote sensing devices to identify emissions of methane, carbon dioxide, sulfur dioxide, and other gases. Applications include environmental monitoring, industrial safety, and climate research.
Methods used in gazetracking include ground-based and mobile sensors using laser-based absorption techniques (such as cavity
Applications encompass detecting methane leaks in natural gas infrastructure, identifying fugitive emissions from industry, assessing urban
Data analysis often combines measurements with inverse modeling and data fusion to estimate emission sources and
Limitations and challenges include sensitivity thresholds, interference from atmospheric conditions and humidity, calibration needs, instrument cost,