Marine seismic imaging

A system comprising:

• a processor;
• memory operatively coupled to the processor;
• and
• processor-executable instructions stored in the memory to instruct the system to:
• receive seismic survey data of a subsurface environment from a seismic survey utilizing water bed receivers located at a plurality of nodes located in a baseline grid, wherein each of the water bed receivers comprises a clock;
• assess which of a plurality of clock calibration criteria the seismic survey data meets, the plurality of clock calibration criteria including:
• a first clock calibration criteria including whether clock drift correction has been applied using sync values at a deployment time and a retrieval time;
• a second clock calibration criteria including whether a clock sync at the deployment time is available;
• and
• a third clock calibration criteria including whether the clock sync is available at the retrieval time;
• responsive to which of the plurality of clock calibration criteria is met, select a clock drift processor for processing at least a portion of the seismic survey data from a plurality of different clock drift processors;
• using at least the clock drift processor, perform a simultaneous inversion for values of model-based parameters;
• and
• using at least a portion of the values and the baseline grid, generate processed seismic survey data that represents one or more geological interfaces in the subsurface environment.

One or more non-transitory computer-readable storage media comprising computer-executable instructions executable to instruct a computing system to:

• receive 4-dimensional seismic survey data of a subsurface environment from a seismic survey utilizing water bed receivers located at a plurality of nodes located in a baseline grid, wherein each of the water bed receivers comprises a clock, wherein the 4-dimensional seismic survey data includes a plurality of 3-dimensional seismic data sets collected over time;
• assess, for each of the plurality of 3-dimensional seismic data sets, which of a plurality of clock calibration criteria the plurality of 3-dimensional seismic data sets meets, the plurality of clock calibration criteria including:
• a first clock calibration criteria including whether clock drift correction has been applied using sync values at a deployment time and a retrieval time;
• a second clock calibration criteria including whether a clock sync at the deployment time is available;
• and
• a third clock calibration criteria including whether the clock sync is available at the retrieval time;
• responsive to which of the plurality of clock calibration criteria is met, select, from a plurality of different clock drift processors, a clock drift processor for processing at least a portion of each 3-dimensional seismic data sets of the plurality of 3-dimensional seismic data sets;
• using at least the clock drift processor, perform, for each 3-dimensional seismic data sets of the plurality of 3-dimensional seismic data sets, a simultaneous inversion for values of model-based parameters;
• and
• using at least a portion of the values and the baseline grid, generate time-lapse seismic survey data that represents changes with respect to time of one or more geological interfaces in the subsurface environment.