International Conference on Harmful Algal Blooms and Ocean Health
(ICHABOH-27)

This track focuses on the biological and environmental factors influencing the occurrence and proliferation of harmful algal blooms. Discussions will encompass bloom dynamics, species interactions, and the role of climate change in bloom frequency.

This session will explore the relationship between nutrient enrichment and water quality degradation in marine environments. Emphasis will be placed on strategies for managing eutrophication and mitigating its impacts on coastal ecosystems.

This track addresses the ecological roles of cyanobacteria in aquatic systems and their potential to produce harmful toxins. Research presentations will highlight the mechanisms of toxin production and their implications for marine health.

This session will focus on innovative methods for monitoring coastal ecosystems affected by harmful algal blooms. Participants will discuss the integration of remote sensing, field surveys, and modeling approaches to assess ecosystem health.

This track examines the impact of phytoplankton blooms on marine biodiversity and ecosystem functioning. Presentations will cover species composition changes and the cascading effects on higher trophic levels.

This session will delve into the chemical processes governing nutrient dynamics in marine environments. Discussions will include the role of ocean chemistry in regulating algal bloom occurrences and the implications for ocean health.

This track will explore the ecological disruptions caused by harmful algal blooms and the resilience of marine ecosystems. Research will focus on recovery mechanisms and adaptive management strategies.

This session will address the management strategies for harmful algal blooms and their implications for policy development. Participants will discuss case studies and best practices for effective HAB mitigation.

This track examines the interplay between climate change and ocean health, particularly in relation to harmful algal blooms. Presentations will highlight emerging research on how changing ocean conditions influence bloom dynamics.

This session will focus on the detection methods and risk assessment of marine toxins associated with harmful algal blooms. Discussions will include advancements in analytical techniques and their application in public health.

This track promotes interdisciplinary research that integrates oceanography and ecology to address challenges posed by harmful algal blooms. Participants will share insights from various scientific disciplines to foster collaborative solutions.