AMS Publications

The Bulletin of the American Meteorological Society, high-impact, peer-reviewed scientific journals, a long-standing series of meteorological monographs, the Glossary of Meteorology, and award-winning books.

Simulated Atmospheric Response to Four Projected Land-Use Land-Cover Change Scenarios for 2050 in the North-Central United States

Shifts in the natural climate across the north-central United States have been observed as a result of the extensive conversion of the natural prairie into agricultural land. A recent study in EI explores how further land-use land cover changes will affect the near-surface atmosphere, the lower troposphere, and the planetary boundary layer (PBL) atmosphere over this region.

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Significance Statements
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.

Environmental Evolution of Long-Lived Supercell Thunderstorms in the Great Plains
Environmental Evolution of Long-Lived Supercell Thunderstorms in the Great Plains

The near-storm environments of 147 long-lived supercells were examined using hourly weather model data to understand how environmental changes influence the evolution and severe weather production of supercell thunderstorms in a new study in WAF.

The Impact of Midlevel Shear Orientation on the Longevity of and Downdraft Location and Tornado-Like Vortex Formation within Simulated Supercells
The Impact of Midlevel Shear Orientation on the Longevity of and Downdraft Location and Tornado-Like Vortex Formation within Simulated Supercells

A recent study in MWR investigates how the orientation of the midlevel vertical wind shear vector impacts the longevity of and thus the potential for near-surface vortex formation within simulated supercell thunderstorms, which may lead to a better understanding of why some supercells persist longer than others.

Inner-Core Sea Surface Cooling Induced by a Tropical Cyclone
Inner-Core Sea Surface Cooling Induced by a Tropical Cyclone

New in JPO: a linear theory and a numerical model are employed to understand the patterns of inner-core mixing and cooling of the sea surface caused by tropical cyclones, in order to better understand the role of the ocean in affecting tropical cyclone intensity.

Recent Journal Articles

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