Plankton Ecology and Ocean Productivity (ICPEOP-26)

This track explores the diversity of planktonic organisms and their spatial distribution across various marine environments. Emphasis will be placed on the ecological roles these organisms play in marine ecosystems.

This session focuses on the mechanisms of nutrient cycling within marine environments and the role of plankton in these processes. Discussions will include the impact of nutrient availability on primary production and ecosystem health.

This track examines the responses of phytoplankton communities to changing climate conditions. Research will highlight the implications of these changes for ocean productivity and biogeochemical cycles.

This session investigates the interactions between zooplankton and their prey, as well as their role in marine food webs. The focus will be on how these interactions influence energy transfer and ecosystem stability.

This track addresses the complex dynamics of coastal marine ecosystems, with a focus on the interplay between physical and biological factors. Presentations will cover topics such as habitat structure, productivity, and species interactions.

This session delves into the biogeochemical processes that govern nutrient and energy fluxes in oceanic systems. The role of plankton in mediating these fluxes will be a central theme.

This track focuses on innovative methodologies for monitoring and assessing plankton communities and their ecological impacts. Emphasis will be placed on the integration of technology and traditional approaches.

This session explores how various oceanographic processes, such as currents and stratification, influence marine productivity. The relationship between physical oceanography and biological responses will be critically examined.

This track investigates the effects of climate change on marine food webs, particularly in relation to plankton populations. Discussions will include shifts in species composition and the implications for higher trophic levels.

This session focuses on the interactions among different plankton species, including competition, predation, and symbiosis. Understanding these interactions is crucial for predicting ecosystem responses to environmental changes.

This track examines the processes of primary production in marine environments and its significance for overall ecosystem functioning. Research will highlight the contributions of both phytoplankton and zooplankton to biological productivity.