This category is dedicated to all aspects related to wave-current interactions, encompassing new approaches to modelling, observing, and parameterizing these complex dynamics. It serves as a collaborative space for sharing knowledge, discussing advancements, and fostering innovation in understanding how waves and currents interact in the Earth System. Here, you can engage with the community on a diverse range of topics, including but not limited to:
Modeling Wave-Current Interactions
- Theoretical Models: Discuss advancements in theoretical models that describe the interaction between waves and currents. Share new theories and improvements to existing models.
- Numerical Simulations: Exchange information on numerical methods and simulation tools used to model wave-current interactions. Share case studies, results, and validation efforts.
- Parameterization Techniques: Explore novel parameterization techniques for incorporating wave-current interactions into larger-scale oceanographic and climate models.
Observing Wave-Current Interactions
- Field Observations: Share insights and results from field studies that observe wave-current interactions. Discuss methodologies, instrumentation, and challenges faced during data collection.
- Remote Sensing Techniques: Discuss the use of satellite and airborne remote sensing technologies to observe and measure wave-current interactions. Highlight new instruments and techniques.
- Data Integration: Explore methods for integrating observational data from various sources (e.g., in situ, remote sensing) to gain a comprehensive understanding of wave-current dynamics.
Parametrization and Analysis
- Developing Parametrizations: Share innovative approaches to developing parameterizations that accurately represent wave-current interactions in models. Discuss empirical and theoretical foundations.
- Validation and Calibration: Discuss strategies for validating and calibrating parameterizations using observational data. Share case studies and best practices.
- Impact Assessment: Examine the impact of wave-current interactions on ocean circulation, coastal processes, and climate systems. Share research findings and implications.
Tools and Resources
- Software and Models: Share software tools, numerical models, and simulation frameworks that are useful for studying wave-current interactions. Provide links to repositories and documentation.
- Data Repositories: Provide access to datasets and repositories that contain valuable data on wave-current interactions. Share information on how to access and utilize these resources.
- Best Practices: Discuss best practices for conducting research on wave-current interactions, including data collection, analysis, and model development.
Collaborative Projects and Research
- Joint Research Initiatives: Announce and coordinate collaborative research projects focused on wave-current interactions. Seek partners and share project updates.
- Funding Opportunities: Share information on grants, funding calls, and other opportunities to support research in this field.
- Workshops and Training: Promote workshops, training sessions, and webinars that aim to enhance skills and knowledge related to modelling, observing, and parameterizing wave-current interactions.