Russian anthropogenic black carbon: Emission reconstruction and Arctic black carbon simulation

Huang, Kan, Fu, Joshua S., Prikhodko, Vitaly Y., Storey, John M., Romanov, Alexander, Hodson, Elke L., Cresko, Joe, Morozova, Irina +2 more·2015·Journal of Geophysical Research: Atmospheres
DOI 10.1002/2015jd023358

Cited by (129)

Items 101–129 of 129

  1. Increasingly Important Role of Russian Emissions in Modulating the Arctic Climate System
    Kan Huang · 2017 · Environmental Science & Technology
  2. [Epidermoid carcinoma of the head and neck: contribution of chemotherapy in case of recurrence and locally advanced disease. Review of the literature].
    Ali Hasbini, Catherine Durdux, Sandrine J. Faivre, E Wasserman, Abdelkrim Taamma, Jean‐Pierre Armand, Éric Raymond, Esteban Cvitkovic · 2000 · PubMed
  3. Application of an Optical Diagnostic (LII/ELS) to Measure Soot Formation Trends within Turbulent Buoyant Non-Premixed Flames
    Jasvardan Sethi · 2019
  4. Quantification of Black Carbon Emissions from Gas Flaring and Standardization of the Sky-LOSA Measurement Technique
    Bradley Conrad · 2020
  5. Comment on gmd-2021-201
    2021 · Geoscientific model development
  6. Reply on CEC1
    Qian Ye · 2021 · Geoscientific model development
  7. Reply on CEC2
    Qian Ye · 2021 · Geoscientific model development
  8. Reply on AC1
    2021 · Geoscientific model development
  9. Comment on acp-2021-1091
    2022 · Atmospheric chemistry and physics
  10. Comment on acp-2021-1091
    2022 · Atmospheric chemistry and physics
  11. Comment on gmd-2021-201
    2021 · Geoscientific model development
  12. Comment on acp-2021-1091
    Hitoshi Matsui · 2022 · Atmospheric chemistry and physics
  13. Reply on RC1
    Qian Ye · 2021 · Geoscientific model development
  14. Reply on RC2
    Jakob Pernov · 2021 · Atmospheric chemistry and physics
  15. Reply on RC2
    Qian Ye · 2021 · Geoscientific model development
  16. Supplementary material to "Why models perform differently on particulate matter over East Asia? – A multi-model intercomparison study for MICS-Asia III"
    Jiani Tan, Joshua S. Fu, Gregory R. Carmichael, Syuichi Itahashi, Zhining Tao, Kan Huang, Xinyi Dong, Kazuyo Yamaji, Tatsuya Nagashima, Xuemei Wang et al. · 2019
  17. Reply on RC3
    Jakob Pernov · 2021 · Atmospheric chemistry and physics
  18. Reply on RC1
    Jakob Pernov · 2021 · Atmospheric chemistry and physics
  19. Comment on acp-2020-1287
    2021 · Atmospheric chemistry and physics
  20. Comment on gmd-2021-201
    2021 · Geoscientific model development
  21. Comment on acp-2022-280
    2022 · Atmospheric chemistry and physics
  22. Comment on acp-2022-280
    2022 · Atmospheric chemistry and physics
  23. Model Estimates of Black Carbon Transfer Probabilities from Russian Forest Fires to Arctic and Its Possible Impact on Climate
    V. A. Ginzburg, Sergey V. Kostrykin, A. P. Revokatova, Alexey G. Ryaboshapko, A. S. Pastukhova, В. Н. Коротков, Polina D Polumieva · 2022 · Izvestiya Atmospheric and Oceanic Physics
  24. Comment on essd-2023-516
    2024
  25. Comment on essd-2023-516
    2024
  26. Reply on RC2
    Ana Maria Roxana Petrescu · 2024 · Earth system science data
  27. Reply on RC1
    Ana Maria Roxana Petrescu · 2024 · Earth system science data
  28. Estimates of the Frequency of Synoptic Variations in Aerosol Characteristics in the Arctic Atmosphere and the Contribution of Various Pollutants to Anomalously High Aerosol Concentrations
    Ivan A. Kruglinsky, Dmitriy M. Kabanov, Sergei M. Sakerin · 2025 · Atmospheric and Oceanic Optics
  29. Local wintertime Arctic air pollution
    Natalie Brett · 2025 · theses.fr (ABES)