Journal of Atmospheric Science Research is an international, gold open access journal that publishes original research papers and comprehensive reviews in all subfields of the atmospheric sciences, including but not limited to physical, chemical, biological and human components of the Earth's atmosphere. This journal also takes interests in studies addressing interactions between atmospheric processes and land surface, oceanic processes. Relevant topics incorporating weather extremes, policies, methods, and techniques are also within the scope. Multi- and inter-disciplinary analyses of atmospheric issues are also invited, specifically ones that broaden the understanding of atmospheric research through integration with social, economic, human health or behavioral sciences. The Journal attaches great importance to innovations in research methods and is committed to providing theoretical insights and practical knowledge for researchers in the field of atmospheric sciences. View full aims and scope

Vol. 9 , Iss. 2 (April 2026): In Progress

  • Correction

    Correction to: Deep Learning-based Flood Risk Prediction for Climate Resilience Planning in Malawi

    Isaac Kadono Mwalwimba, Bessam Kalonjeka, Vincent Msadala, Vincent Katonda, Chikondi Chisenga, Cosmo Ngongondo , Mtafu Manda
    1-2

    Article ID: 13392    DOI:https://doi.org/10.30564/jasr.v9i2.13392
    68  (Abstract) 22  (Download)

    Abstract: Data Availability Statement Correction In the originally published version of this article, the Data Availability Statement did not provide sufficient detail regarding the specific data sources and access information. To improve transparency and reproducibility, the Data Availability Statement has been updated as follows: The data supporting the findings of this study are derived from a combination of publicly available... More

  • ARTICLE

    The Warm-Sector Thunderstorms Triggered by Mesoscale Boundary-Layer Convergence over the DPRK

    Kum-Ryong Jo, Kwang-Myong Shon, Chol-Ho Ryang, Su-Song Kim, Tong-Ju Ho, Hyok-Chol Kim
    3-25

    Article ID: 12962    DOI:https://doi.org/10.30564/jasr.v9i2.12962
    48  (Abstract) 23  (Download)

    Abstract: Warm-sector thunderstorms (WSTs), characterized by weak synoptic forcing and extreme precipitation rates, pose a major global forecasting challenge. This study investigates the mesoscale processes initiating WSTs over the complex terrain of the Democratic People's Republic of Korea (DPRK), a region where triggering mechanisms remain poorly understood. We analyze three extreme rainfall events (Hoichang 2016, Unpa... More

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