The Effect of the Modern Changes in the Low-level Stratiform Clouds on the Temperature Regime of Surface Atmospheric Layer in Siberia

V. S. Komarov; G. G. Matvienko; S. N. Ilyin; N. Ya. Lomakina

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The Effect of the Modern Changes in the Low-level Stratiform Clouds on the Temperature Regime of Surface Atmospheric Layer in Siberia

机译：西伯利亚低层层状云现代变化对地表大气温度状况的影响

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We analyze how low-level stratiform (Sc, St, Ns) clouds influence long-term changes in the surface air temperature in Siberia using the results of zoning of its territory according to cloud regime. It was shown that during all seasons in the last 45-year period (from 1969 to 2013), the low-level stratiform cloud amount has a poorly defined increase, accompanied by rather marked rising of surface air temperature, especially in polar regions.

机译：我们根据西伯利亚地区根据云区划的结果，分析了低层状云（Sc，St，Ns）如何影响西伯利亚地表气温的长期变化。结果表明，在过去45年中（从1969年到2013年）的所有季节中，低层层状云量的增加定义不明确，伴有地表气温的明显上升，尤其是在极地地区。

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《Atmospheric and oceanic optics》 |2016年第1期|共5页
作者
V. S. Komarov; G. G. Matvienko; S. N. Ilyin; N. Ya. Lomakina;
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正文语种 eng
中图分类光学;
关键词
low-level stratiform clouds; cloud amount; surface air temperature; trends; Siberia;

机译：低层状云;云量;地表气温;趋势;西伯利亚;

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1. The Effect of the Modern Changes in the Low-level Stratiform Clouds on the Temperature Regime of Surface Atmospheric Layer in Siberia [J] . V. S. Komarov, G. G. Matvienko, S. N. Ilyin, Atmospheric and oceanic optics . 2016,第1期

机译：西伯利亚低层层状云现代变化对地表大气温度状况的影响
2. Air-Sea Interactions among Oceanic Low-Level Cloud, Sea Surface Temperature, and Atmospheric Circulation on an Intraseasonal Time Scale in the Summertime North Pacific Based on Satellite Data Analysis [J] . Takahashi Naoya, Hayasaka Tadahiro Journal of Climate . 2020,第21期

机译：基于卫星数据分析，海洋低级云，海面温度和大气循环的海洋低级云，海面温度和大气循环的互动
3. Dynamics of current changes of the temperature field in the atmospheric surface layer above the territory of Siberia and Far East [J] . A. I. Kuskov, S. G. Kataev Russian physics journal . 2004,第11期

机译：西伯利亚和远东地区上空大气表层温度场的电流变化动态
4. CORRELATION OF ANNUAL AVERAGE SEASONAL VALUES OF TEMPERATURE WITHIN THE ATMOSPHERIC BOUNDARY LAYER AND AMOUNT OF STRATIFORM LOW CLOUDS [C] . N.Ya. Lomakina, V.S. Komarov, S.N. Ilin, International symposium on atmospheric and ocean optics: atmospheric physics . 2016

机译：大气边界层内年平均温度季节值与层状低云量的相关性
5. Numerical studies of the properties of low-level, warm stratiform clouds and precipitation and their interaction with aerosol particles and gaseous species. [D] . Zhang, Leiming. 2005

机译：对低层暖层状云和降水及其与气溶胶颗粒和气态物种相互作用的特性进行数值研究。
6. Covariance between Arctic sea ice and clouds within atmospheric state regimes at the satellite footprint level [O] . Patrick C. Taylor, Seiji Kato, Kuan‐Man Xu, -1

机译：卫星覆盖水平下大气状态下北极海冰与云层之间的协方差
7. Statistical structure and long-term change of the lower stratiform clouds over Siberia as a base for meteorological support for solution of applied problems. Part 1. Statistics of lower stratiform clouds [O] . 2015

机译：Siberia统计结构和长期变化的Sibrative云作为气象支持对应用问题的基础。第1部分。下层云统计
8. Influence of Subpixel Scale Cloud Top Structure on Reflectances from Overcast Stratiform Cloud Layers [R] . Loeb, N. G. , Varnai, T. , Winker, D. M. 1998

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The Effect of the Modern Changes in the Low-level Stratiform Clouds on the Temperature Regime of Surface Atmospheric Layer in Siberia

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