Record Info:
- Extended Citation
- Rachel M. Horwitz, Stephanne Taylor, Youyu Lu, Jean-Philippe Paquin, Douglas Schillinger, David A. Greenberg, Rapid reduction of tidal amplitude due to form drag in a narrow channel, Continental Shelf Research, Volume 213, 2021, 104299, ISSN 0278-4343, ht
- Reference Abbreviation
- Horwitz et al., 2021.
- Date Communicated
- 2021
- Region
- Inner Harbour
- Location Details
- Inner Harbour
- Group
- Physical
- Category
- Water Movement
- Preliminary Ecosystems Component
- Water Movement
- Attribute/Species (e.g.)
- Water Flow
- Metric/Detail
- Primary Objective
- Key Findings/Monitoring Red Flags
- The dynamics at Reversing Falls are dominated by a steady balance between drag and the surface pressure gradient, with the distinction that all terms in this river-like dynamical balance change sign on a semi-diurnal tidal cycle.
- Data Collection Start
- 2021
- Data Collection Finish
- 2021
- Physical collection of data/samples
- No
- Referenced Data Source (if data not physically collected or not available in text)
- Stakeholder Group
- Stakeholder Name
- Oceans Protection Plan, Government of Canada
- Type of Reference
- Journal Article
- Source Details
- Monitoring Tool
- Numerical model
- Monitoring/Management Recommendations
- Notes
- File/Paper Location
- PDF Available