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probability analysis. The wind and wave analyses will provide the basic information required <br />for wave propagation modeling under Part 1(c). <br /> <br />d. Modeling of Wave Propagation: Utilize the state-of-the-art DHI MIKE21 Spectral Wave <br />(SW) numerical wave model to conduct a wave propagation study to evaluate the effects of <br />wave propagation from the offshore region to the nearshore region. The MIKE21 SW <br />numerical wave model is a 3rd generation spectral wind-wave model that simulates the growth, <br />decay, and transformation of wind-generated waves in offshore and coastal areas. <br /> <br />e. Sediment Transport Assessment: The wave modeling results obtained will be evaluated <br />along with the shoreline configuration, and bathymetric conditions to determine sediment <br />transport characteristics in the nearshore area. Areas of potential sand deposition and erosion <br />will be identified along with the predominant direction of sediment transport patterns in the <br />Project vicinity. These estimates will be used for the subsequent design of beach and potential <br />coastal structures. <br /> <br />f. Erosion Study Report: Summarize the statistical wave analysis, wave modeling, and <br />sediment transport assessment in a Erosion Study Report. The Erosion Study Report will <br />include figures illustrating the results of the analyses. <br /> <br />Deliverables: Four (4) Copies of Erosion Study Report and PDF-file. <br />