This session will explore the mechanisms and processes driving coastal acidification, with a focus on local and regional variations. Presentations will highlight the implications of these dynamics for marine ecosystems and coastal communities.

This track will examine how fluctuations in pH levels affect marine ecosystems, particularly coral reefs and shellfish populations. Researchers are invited to present findings on species resilience and adaptation strategies.

This session will delve into the interactions between carbonate chemistry and marine organisms, emphasizing calcifying species. Discussions will include the impacts of changing ocean chemistry on biodiversity and ecosystem health.

This track will focus on the role of ocean carbon cycling in the context of climate change. Presentations will address biogeochemical cycles and their implications for marine ecosystems and global carbon budgets.

This session will investigate the interplay between nutrient dynamics and ocean acidification. Researchers will share insights on how nutrient availability affects ecosystem productivity and resilience in acidifying waters.

This track will showcase innovative methodologies for monitoring ocean chemistry and ecosystem health in coastal regions. Emphasis will be placed on the use of technology and field studies to assess environmental changes.

This session will explore the effects of ocean acidification on marine biodiversity, focusing on vulnerable species and habitats. Presenters will discuss ecological consequences and potential conservation strategies.

This track will address the degradation of marine habitats due to acidification and other anthropogenic pressures. Discussions will include effective mitigation strategies and restoration efforts to enhance ecosystem resilience.

This session will focus on the use of oceanographic models to predict the impacts of acidification on marine ecosystems. Researchers will present their findings on model accuracy and implications for future ocean conditions.

This track will highlight the application of chemical tracers in understanding ocean chemistry and ecosystem interactions. Presentations will cover advancements in tracer methodologies and their relevance to coastal acidification research.

This session will evaluate the vulnerability of various marine ecosystems to ocean acidification. Researchers are encouraged to present case studies and frameworks for assessing risk and resilience in affected regions.