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International Conference on Marine Heatwaves and Ecological Disruption

๐Ÿ“… 24โ€“25 Dec 2026 ๐Ÿ“ Venice, Italy ๐Ÿ‘ค Standard / Listener

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$165

virtual ยท $165 in person

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Official invitation letterIssued automatically after registration
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Conference session tracks

Key research areas covered across the sessions โ€” tap a track to read more.

This session will explore the physical mechanisms driving marine heatwaves and their temporal patterns. Emphasis will be placed on ocean temperature anomalies and their implications for marine ecosystems.

This track will focus on the biological responses of marine species to thermal stress events. Researchers are invited to present findings on species adaptations, shifts in distribution, and changes in community structure.

This session aims to assess the effects of ocean warming on marine biodiversity and ecosystem health. Contributions will highlight case studies and models predicting species responses to changing thermal regimes.

This track will delve into the phenomenon of coral bleaching as a response to marine heatwaves. Discussions will include strategies for enhancing ecological resilience in coral reef systems.

This session will examine the broader climate impacts on marine ecosystems, focusing on how climate change interacts with marine heatwaves. Participants are encouraged to share interdisciplinary research linking climate models to ecological outcomes.

This track will investigate how habitat disruption due to extreme temperature events affects species interactions and community dynamics. Studies on trophic relationships and ecological networks are particularly welcome.

This session will focus on innovative methods for monitoring and modeling marine heatwaves. Contributions should address technological advancements and their applications in predicting ecological disruptions.

This track will explore the implications of thermal stress on fisheries and marine resource management. Discussions will include adaptive management strategies in response to changing ocean temperatures.

This session will assess the impact of marine heatwaves on ecosystem services provided by marine environments. Research highlighting the socio-economic implications of these changes is encouraged.

This track will focus on the resilience and adaptation mechanisms of marine species in response to thermal stress. Presentations should explore genetic, behavioral, and ecological strategies that enhance survival.

This session will present future projections of marine heatwaves and their anticipated ecological impacts. Contributions should include predictive modeling and scenarios that inform conservation and management efforts.