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A discussion of the calibration process for Beaver Creek Analytical's Underwater Mass Spectrometer (UMS), emphasizing the importance of in situ calibrations for accurate analytical and timing results.

Using real-time sensor data to trigger discrete sample collection allows for optimized collection of hydrocarbon-containing samples that can be directly correlated with specific seep sites.

The document discusses the challenges and methodologies in characterizing subsea seeps, emphasizing the use of remote techniques and comprehensive sensors for efficient hydrocarbon source identification. Real-time data from underwater mass spectrometers (UMS) is crucial for adaptive sampling strategies and accurate characterization of complex chemical gradients near seep sites.