Both allogenic and autogenic processes may contribute to the formation of sequence
stratigraphic surfaces, particularly at the scale of fourth-order and lower rank cycles. This is …

The high-resolution sequence stratigraphy tackles scales of observation that typically fall
below the resolution of seismic exploration methods, commonly referred to as of 4th-order or …

In contrast to high-frequency sequences driven by high-magnitude relative sea-level
changes, those controlled by short-term, minor relative sea-level and/or sediment supply …

High-frequency clastic shelf sequences contain porous deposits, consisting of coastal to
shallow-water sandstones and conglomerates, which may represent very good reservoirs …

Stratigraphic cyclicity can be observed at different scales. At each scale of observation (ie,
hierarchical level), the building blocks of the sequence stratigraphic framework are …

The interplay of local and global controls on accommodation and sedimentation generates
basin-specific sequence stratigraphic frameworks that record cyclicity at multiple scales …

The recurrence of the same types of sequence stratigraphic surface through geologic time
defines cycles of change in accommodation or sediment supply, which correspond to …

The sequencestratigraphic signature of a shoreline excursion is controlled by sediment
accumulation rates relative to the distribution and rates of generation of accommodation …

1 Research, exploration and understanding of the stratigraphic controls on sedimentary
successions and their enclosed resources, has progressed rapidly in the last quarter …

Stratal stacking patterns provide the basis for the definition of all units and surfaces of
sequence stratigraphy. The same types of stacking patterns may be observed at different …