International Conference on Ocean Mixing Processes and Thermohaline Circulation (ICOMPTHC - 26)

This track focuses on the fundamental processes of ocean mixing, including turbulence and shear instabilities. Emphasis will be placed on observational and modeling studies that elucidate the role of mixing in global ocean dynamics.

This session will explore the intricacies of thermohaline circulation, examining the interplay between temperature and salinity in driving deep ocean currents. Contributions will highlight both theoretical frameworks and empirical data.

This track addresses the processes and implications of vertical mixing in the ocean, particularly in relation to nutrient distribution and biological productivity. Studies presented will investigate the effects of mixing on marine ecosystems.

This session will examine the relationship between global ocean currents and climate variability, focusing on how ocean circulation influences weather patterns and climate change. Research contributions will include both observational data and climate modeling.

This track will delve into the mechanisms of heat transport within the ocean, assessing its implications for climate systems and regional climates. Presentations will cover both observational studies and theoretical models.

This session will explore the distribution of nutrients in the ocean and their role in marine biogeochemical cycles. Contributions will focus on the interplay between physical processes and biological responses.

This track focuses on the dynamics of deep ocean circulation, investigating the factors that drive these currents and their broader implications for climate and ecosystems. Both observational and modeling studies are welcome.

This session will explore how climate change affects ocean stratification and the subsequent impacts on marine ecosystems. Research will highlight both observational evidence and predictive modeling.

This track will present advancements in modeling techniques for ocean circulation, emphasizing the integration of observational data and theoretical approaches. Contributions will discuss the implications of these models for understanding ocean dynamics.

This session will investigate the processes occurring within the water column and their effects on marine ecosystems. Topics will include nutrient cycling, biological interactions, and the impact of physical changes.

This track will focus on the intersection of physical oceanography and climate feedback mechanisms, examining how ocean processes influence climate systems. Research contributions will include both observational studies and modeling efforts.