This volume investigates the precise infrared spectral signatures of various atmospheric gases to facilitate accurate remote sensing and environmental monitoring. The authors, Aaron Goldman and David G. Murcray, leverage their extensive backgrounds in atmospheric physics and infrared spectroscopy to compile a rigorous reference set. The work provides a standardized framework for identifying molecular absorption features within the infrared spectrum, which is essential for analyzing data collected by satellite and balloon-borne instruments.

Experts recognize this handbook as a foundational reference for researchers working in atmospheric spectroscopy and radiative transfer modeling. Readers frequently note the technical density of the data, which serves as a primary resource for calibrating complex environmental sensing equipment.