Ocean tides are fundamental to Earth's environmental systems, sustaining marine ecosystems, driving sediment transport, influencing coastal morphology, and affecting Earth's rotation. Tidal dynamics have considerably changed over geological time scales in response to continental rearrangement, sea level changes, and the evolving Earth-Moon system. Understanding tides across time is critical for reconstructing paleoenvironments, interpreting the sedimentary record, understanding blue carbon and biogeochemical cycles, and anticipating future coastal and ocean changes.

This session aims to convene a diverse group of researchers to explore and discuss factors influencing tidal dynamics across time and space. Understanding the drivers of tidal change at all scales is essential for developing effective policy and management strategies for coastal resilience and sustainable ocean use in a changing climate.

This session invites posters from researchers working on:

1. Numerical modelling of tidal systems,
2. Tidal modulation driven by sea-level change,
3. Tidal sediment dynamics and depositional systems, including tidal proxies and carbon sequestration in tidal deposits,
4. Effects of tides and related processes on other components of the Earth System,
5. Climate-induced tidal changes,
6. Deep-water tidal processes, including tidal conversion and internal tides,
7. Observations of the ocean tide, and derived quantities (e.g., surface deformation and gravity field) including  remote sensing and in-situ measurements.

• Physical Oceanography: Mesoscale and Larger -
• Physical Oceanography: Mesoscale and Smaller -