The two-day training will be an interactive, hands-on experience. Attendees will learn through presentations by the trainers and active participation by creating Consolidated Wellfield (CWF) pumping scenarios using the Integrated Northern Tampa Bay model (INTB), then running and interpreting INTB model results. The training experience will be enhanced for those that have access to geographic information system software but it is not required. Attendees will improve their understanding of the decision-support benefits of the INTB model and improve their proficiency to apply the INTB model, especially for CWF scenarios. Skills learned by participants who attended the previous INTB scenario training will be reinforced and expanded.

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The one-day training will be an interactive, hands-on experience. Attendees will learn through presentations by the trainers and active participation by using the Integrated Hydrologic Model User Interface (UI) to create, run, and postprocess IHM simulation scenarios. Attendees will learn about IHM integration paths that facilitate dynamic simulation of hydrologic interactions between surface-water and ground-water processes. Throughout the course, attendees will practice navigation through the IHM folder and file structure and the IHM UI and will develop a basic understanding of the IHM input database (MS Access). Attendees will practice developing and simulating well pumping and/or surface-water diversion scenarios. The training experience will be enhanced for those that have access to geographic information system software but it is not required. Attendees will improve their understanding of the decision-support benefits of an integrated model like the IHM.

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