Vail-Type Seismic Sequence Stratigraphic Analysis-Integration of High Resolution Biostratigraphy, Well-Log and Seismic Profiles Sequence Boundaries, Maximum Flooding Surfaces, Systems Tracts, Age-Dated in Ma and Correlated with 1998 Global Cycle Chart Prediction of Ages and Surfaces Ahead of the Drill Bit Identify Reservoir Type, Position and Play Concept in Exploration Correlation of Third Order Depositional Sequences on Seismic Profiles
	19 Different Groups of Microfossils, Worldwide Cenozoic, Mesozoic, and Paleozoic Checklist, Bioevents ("tops"), Age (Ma), Zones, Maximum Flooding Surfaces Paleobathymetry, Sample by Sample Histograms, Species Diversity and Individual Abundance Bioevents Plotted on Logs and Seismic Profiles All Data on a Floppy, Work Station Ready
	Stratigraphic Section Interpretated and Defined in Terms of Third Order Depositional Sequences and Systems Tracts Reservoir Types, Identified, Mapped and Areal Extent Determined Within a Specific System Tract Play Concepts Recommended
	TOC, Pyrolysis, TAI, Kerogen Type, (%Ro) Biomarker Analysis by GC-MS, Gas Chromatography Basin Modeling Source Rock-Oil Correlation Correlation of Source Rock with Maximum Flooding Surface Condensed Sections
	International and Domestic Seismic Sequence Stratigraphic Short Courses Seismic Sequence Stratigraphic Projects, Problem Solving High Resolution Biostratigraphic Short Courses with Application to Seismic Sequence Stratigraphy Sequence Stratigraphic Field Seminars Training, Concurrent with Major Client-Projects
	Parasequence Correlation of Reservoir Sands and Carbonates Identify and Determine which Sands Correlates from well to well Map Reservoir Sands with Parasequences Integration of all data on 3-D Seismic on Workstation Works well with Reservoir Connectivity Mapping (RCM) To Maximize Productions from Oil and Gas Fields.