Theoretical and Observational Constraints on Climate System Behavior

Process interactions within the Earth system drive our climate to evolve in complex and seemingly chaotic ways. Underneath this complexity lies a fundamental coherence that is exemplified in the structure of atmospheric and oceanic circulations, preferred modes and timescales of variability, and can be readily seen as patterns in the clouds. Understanding the fundamental drivers of this coherence, dictated in part by conservation principles and power law relationships, remains a challenge at the frontiers of radiation and climate science. Leveraging this underlying coherence carries great potential for increasing our understanding of climate system behavior and improving our modeling and predictive capabilities. Moreover, knowledge of theoretical and observational constraints on the climate system enhances our confidence in climate projections to inform societal resilience actions. The power of understanding such constraints on climate system behavior motivates the theme of the 2023 Gordon Research Conference in Radiation and Climate “Theoretical and Observational Constrains on Climate System Behavior.” The conference brings together leading experts in radiation and climate science to generate discussions on theoretical or observational constraints on climate system behavior and the potential for these constraints to advance our understanding of the climate system and projections of climate change. The conference will emphasize opportunities for interactions between these experts and junior scientist and graduate students.

Due to limited accommodations at this venue, guest housing is very limited. To request family/guest housing please reach out to your Conference Operations Associate.