Changes

# Map seismic facies and structures of sand-prone intervals to locate prospects.

# Map seismic facies and structures of sand-prone intervals to locate prospects.

# Map amplitude patterns within prospects to optimize prediction of sandstone and hydrocarbon occurrence. Calibrate rock/physics models with local well data.

# Map amplitude patterns within prospects to optimize prediction of sandstone and hydrocarbon occurrence. Calibrate rock/physics models with local well data.

# Map deep penetrating fault and salt patterns as possible [[migration]] avenues for charging reservoirs of potential traps. Take particular note of the timing of active fault movement vs. the modeled timing of hydrocarbon expulsion from active source-rock volumes in communication with the fault.

# Map deep penetrating fault and salt patterns as possible [[migration]] avenues for [[Calculating charge volume|charging]] reservoirs of potential traps. Take particular note of the timing of active fault movement vs. the modeled timing of hydrocarbon expulsion from active source-rock volumes in communication with the fault.

# Calculate the risk of trap existence vs. [[Petroleum generation|generation]]-[[migration]] timing using [[Burial history chart|burial history]] and migration avenue models.

# Calculate the risk of trap existence vs. [[Petroleum generation|generation]]-[[migration]] timing using [[Burial history chart|burial history]] and migration avenue models.

# Locate exploration wells using detailed fault pattern maps overlain by seismic facies maps of sand-prone facies and structural maps showing closure at the top of the sand-prone seismic facies.

# Locate exploration wells using detailed fault pattern maps overlain by seismic facies maps of sand-prone facies and structural maps showing closure at the top of the sand-prone seismic facies.