Atirach Noosidum

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About

Atirach Noosidum is a researcher whose work bridges agricultural engineering and biological sensing, with a focus on developing intelligent systems for crop protection and environmental monitoring. His key research areas include electronic nose technology, agricultural robotics, and insect behavior. Noosidum’s most notable contribution is the development of a portable electronic nose (E-nose) based on metal oxide gas sensors, designed to detect volatile compounds in soil headspace and from the greater wax moth (Galleria mellonella L.). This work, published in 2013 and cited 12 times, demonstrates how sensor arrays can be optimized to respond to a wide range of volatiles, including both oxidizing and reducing gases, enabling real-time pest detection and soil health assessment. By integrating this E-nose into agricultural robots, Noosidum has advanced precision agriculture, offering a non-invasive tool for early pest management and reducing reliance on chemical pesticides. His research holds promise for sustainable farming, and his innovative approach to sensor selection and application has made him a notable figure in the field of agricultural automation and biosensing.