Benthic Resuspension by Internal Wave Stimulated Global Instability
Abstract
Long-Term Goal: The goal of this work is to contribute toward an understanding of how long internal waves on the shelf region affect the optical properties of the water column and issues related to remote sensing of the coastal ocean. Objective: Our work is directed toward providing a mechanistic understanding of and a predictive basis for processes whereby long internal waves interact with and stimulate resuspension from the bottom boundary. We also seek to provide insight regarding the effect of long internal waves on the vertical distribution of sedimentary and biological particles in the water column, and how the distribution of these particles impact remote sensing of motions and processes on the shelf region. Approach: Our approach is to develop an understanding of resuspension and particulate transport processes by means of theoretical modeling and numerical simulation. We also interact with field and laboratory investigators and collaborate on data analysis, model validation, and interpretation of results.
Document Details
- Document Type
- Technical Report
- Publication Date
- Sep 30, 2001
- Accession Number
- ADA623869
Entities
People
- Larry G. Redekopp
Organizations
- University of Southern California