AMS Publications
High-impact, peer-reviewed scientific journals, award-winning books, a long-standing series of
meteorological monographs, and the highly regarded Bulletin of the American Meteorological Society (BAMS)
Effect of Drag Coefficient Parameterizations on Air–Sea Coupled Simulations: A Case Study for Typhoons Haima and Nida in 2016
A recent JTECH study answers questions about how the drag coefficient affects the atmosphere and ocean during the typhoon process, using simulations of Typhoons Haima and Nida from an atmosphere–wave–ocean coupled model.
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- Significance Statements
Significance statements are optional statements written in plain language that focus on why the work matters and provide additional context for why the work is relevant to science and society. Authors submitting to AMS Journals (except BAMS) now can include a Significance Statement as part of their paper. Visit our significance statements page for more information. The Significance Statement option for authors submitting to other AMS journals will be added later this year.
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- Early Season Hurricane Risk Assessment: Climate-Conditioned HITS Simulation of North Atlantic Tropical Storm Tracks
[INVALID] A new JAMC study presents a hurricane risk assessment model that simulates North Atlantic Ocean tropical cyclone tracks and intensity, conditioned on the early season large-scale climate state.
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- The Relationship between Temperature Changes and Peacemaking Events between Farming and Nomadic Groups in Northern China over the Past 2000 Years
In a new WCAS study, the impacts of climate change on ethnic relationships were explored using a sequence of peacemaking events between farming and nomadic groups in northern China, constructed using historical documents, and war and temperature sequence data from previous studies.
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- Response of U.S. West Coast Mountain Snowpack to Local Sea Surface Temperature Perturbations: Insights from Numerical Modeling and Machine Learning
A recent study in JHM investigates the impact of local SST on the mountain snowpack of the U.S. West Coast using two 6-km regional climate simulations driven by the same lateral boundary conditions but with time-varying versus time-invariant and warmer local SSTs during 2003–15.