Atmos. Ocean. Sci. Lett.

AOSL, a peer-reviewed OA journal publishing original Letters on all aspects of the atmospheric sciences and physical oceanography. Published by KeAi since 2021.

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

AOSL new impact factor — 3.4, Q2. Onward.

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study develops a rain-gauge fusion framework combines the Box–Cox transformation with the local ensemble transform Kalman filter to improve hourly precipitation estimates from the CMA Regional Re-Analysis over China: https://t.co/fHh7QkkxDB @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study identifies a systematic overestimation of IOD amplitude in CMIP6 models and investigates the underlying physical processes responsible for this bias: https://t.co/f5soVYLoGZ @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle To address the limited representation of abrupt wind speed changes and weak multi-source fusion in existing methods, this study proposes a physics-inspired multi-source spatiotemporal deep learning framework, named PI-TGNet: https://t.co/tlau3V5fFm @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle New study compared subsurface thermal changes in the western North Pacific between 2003–2012 and 2013–2022 by compositing typhoon with oceanic profile data: https://t.co/pcSlCLjOq5 @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study investigates the distinct response of runoff over the Three-River Source Region to global warming during 1980–2019 and finds that runoff shifts from a decreasing to an increasing trend around 2000: https://t.co/bF8nc4vmft @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study systematically quantifies the nonstationary bias characteristics of 12–36-hour 10-m wind speed forecasts from the CMA-MESO model over eastern China: https://t.co/LkeMK0m80c @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle New study examine how easterly vertical shear modulates equatorial Rossby waves from an energy perspective: https://t.co/bZhYKnNeIz @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study evaluates the performance of 40 models from the Coupled Model Intercomparison Project Phase 6 in simulating the diversity of positive Indian Ocean Dipole events and their projected changes under global warming: https://t.co/FbQ5YWtYY9 @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle Using CN05.1 temperature observations and ERA5 reanalysis for 1961–2024, new study investigate the distinct characteristics of daytime-only, nighttime-only, and compound heatwaves: https://t.co/MAS65AfpG0 @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle Using the coupled MERF–GOTM model, this study examines KPP's influence on nonhydrostatic internal lee wave simulations over a 2D supercritical sill, and evaluates its performance in a realistic shallow-sea setting via CROCO: https://t.co/TzxSOpxoQC @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study evaluates the representation of tropical cyclone IKE in the ERA5 reanalysis over the western North Pacific by comparing it with satellite-derived wind observations from WindSat and synthetic aperture radar: https://t.co/QrzWdGHcis @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle The microphysical three-dimensional properties of different deep convective precipitation are examined from 2014 to 2021 (June–August) from GPM KuPR, GMI, and ERA5 over the Tibetan Plateau: https://t.co/SprycGPNZ8 @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study identifies strong/weak winter cold waves over East Asia, Europe, and North America (1979–2022), traces their airmass sources/routes via HYSPLIT, and examines the mechanisms behind their intensity differences: https://t.co/6NKjok2VAx @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle New study analyzes the spatiotemporal characteristics of Southern Hemisphere summer circulation during the ozone depletion period (1980–2000) and the recovery period (2001–2023) using ERA5 and JRA-55 reanalysis datasets: https://t.co/DrU6A39Guc @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

Volume 19 Issue 5 is online now: https://t.co/3dlgfm7Cf1

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle Continuous observations were conducted during wintertime in urban Shanghai to quantify the key factors influencing the heterogeneous formation of nocturnal HONO by combining Budget analysis, Random Forest, Shapley Additive Explanations: https://t.co/lGHUuAXoBO

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study employs an ENSO ensemble prediction system and pattern clustering analysis to uncover the critical physical processes that suppressed the 2024 La Niña development: https://t.co/clociRow0g @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle New study investigates the sensitivity of these transport processes to model vertical resolution: https://t.co/hmrQfexrXJ @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle This study investigates a double-rain-belt event over North China to elucidate the controlling role of the western North Pacific subtropical high on compound precipitation events in regions influenced by subtropical highs: https://t.co/ahgA1MIfsJ @KeAiPublishing

[Atmos. Ocean. Sci. Lett. @IAP_AOSL]

#LatestArticle New study investigates the response of Antarctic tundra ecosystems to the reduction in ultraviolet radiation resulting from the recovery of the ozone layer: https://t.co/MCDoNkzdHV @KeAiPublishing