Research paper
Hypsometric and geometric controls on hydrodynamics, tidal asymmetry, and sediment connectivity in shallow estuarine systems
About this item
- Title
- Hypsometric and geometric controls on hydrodynamics, tidal asymmetry, and sediment connectivity in shallow estuarine systems
- Content partner
- University of Waikato
- Collection
- ResearchCommons@Waikato
- Description
Estuaries and tidal basins are highly dynamic coastal systems that serve as a transition zone between the river and the ocean. The morphological evolution of these diverse environments is modulated by non-linear feedbacks between tides, meteorological forcing, and sediment transport processes. This thesis focuses on the fundamental links between these physical processes, and the geomorphologic characteristics of shallow estuarine systems, specifically: (i) how shallow basin geometries and hyp...
- Format
- Research paper
- Research format
- Thesis
- Thesis level
- Doctoral
- Date created
- 2022
- Creator
- de Ruiter, Peter Jaap
- URL
- https://hdl.handle.net/10289/15403
- Related subjects
- Oceanography / Coastal science / Estuaries / Sediment transport / Numerical modeling / Hydrodynamics / Tidal asymmetry / thesis with publication / Estuarine oceanography -- New Zealand -- Tauranga Harbour -- Mathematical models / Sediment transport -- New Zealand -- Tauranga Harbour -- Mathematical models / Ocean circulation -- New Zealand -- Tauranga Harbour / Oceanic mixing / Geomorphology -- New Zealand -- Tauranga Harbour / Tidal currents -- New Zealand -- Tauranga Harbour
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