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International Conference on Climate Forcing and Feedback Mechanisms

📅 8–9 Mar 2027 📍 San Fernando, Trinidad and Tobago 👤 Standard / Listener

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$165

virtual · $165 in person

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Official invitation letterIssued automatically after registration

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Certificate & digital materialsCertificate, slides and resource materials

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This session will explore the various mechanisms of radiative forcing and their implications for climate change. Contributions will focus on the quantification of these processes and their interactions with greenhouse gases and aerosols.

This track will delve into the complex feedback mechanisms that govern the climate system. Researchers are invited to present studies that elucidate the role of feedbacks in climate variability and change.

This session will examine the impact of greenhouse gases on climate dynamics and long-term climate effects. Papers will address the sources, sinks, and atmospheric interactions of these gases.

This track will focus on the role of aerosols in climate forcing and their effects on atmospheric chemistry. Presentations will include studies on aerosol sources, properties, and their interactions with clouds and radiation.

This session will investigate the feedbacks within the carbon cycle and their implications for climate change. Contributions will highlight the interactions between terrestrial and oceanic carbon sinks and sources.

This track will explore the interplay between atmospheric chemistry and climate forcing mechanisms. Researchers are encouraged to present findings on chemical processes that influence climate variability.

This session will address the role of cloud feedbacks in determining climate sensitivity. Papers will focus on observational and modeling studies that assess cloud responses to climate forcing.

This track will examine the interactions between ocean and atmosphere in the context of climate dynamics. Contributions will explore the mechanisms of coupling and their effects on climate variability.

This session will focus on the ice-albedo feedback mechanisms and their significance in climate change. Researchers are invited to present studies that quantify the impacts of changing ice cover on climate systems.

This track will investigate the long-term climate effects resulting from various forcing-response studies. Papers will discuss the implications of these studies for future climate projections.

This session will explore the principles of energy balance in the context of climate change. Contributions will focus on how energy inputs and outputs influence climate stability and variability.