Nine Component Cross Well Seismic Imaging fo Fractured Gas Reservoirs

Not Available We Propose to develop a Real-time/Predictive Chemical/Biological Incident Response Tool to enhance the effectiveness of the Incident Commander in planning for and management of chemical and biological warfare incidents. The tool will automatically track the execution of the incident response plan, predict resource shortfalls, propose solutions to resource shortages, and dynamically tailor the medical treatment protocols and incident response plans to provide an effective course of action for the incident at hand. The proposed tool will have the flexibility required to support both U.S. and coalition forces and will be extensible to the civilian emergency incident response domain. The proposed tool will also have the ability to significantly impact the training of the incident responders in the areas of course material, student assessment, and student progress. Similarly exercise planning, exercise monitoring, and exercise evaluation will be improved using the tool. Finally, there will also be benefits in the assessment of current incident response procedures and doctrine.