黄河源区夏季地表温度变化研究

doi:10.12118/j.issn.1000-6060.2022.522

Abstract

Abstract:

Using Landsat satellite data with high spatial resolution, the Qin Zhihao mono window algorithm was used to retrieve the summer (July or August) surface temperature in the source area of the Yellow River from 1990 to 2018 (with an interval of 3-5 years), and correlation analysis was conducted on the retrieval results. The results show that: (1) The correlation coefficient between the average retrieved surface temperature and the average MODIS surface temperature product is not high, about 0.5, mainly due to the inconsistent spatial resolution between Landsat data and MODIS products. (2) The surface temperature of water remains basically unchanged, while the surface temperature of other features shows an upward trend, with glaciers experiencing the fastest increase in surface temperature. (3) There is a significant negative correlation between surface temperature and elevation in the source area of the Yellow River in various years, with an average correlation coefficient of -0.65. (4) In terms of space, there is a negative correlation between the spatial distribution of surface temperature values and soil moisture values in the source area of the Yellow River. (5) Among climate factors, there is a significant negative correlation between precipitation and surface temperature, with regions with a correlation coefficient less than -0.5 accounting for 70% of the entire source area.

Key words: the source area of the Yellow River, surface temperature, remote sensing retrieval, changing characteristics, controlling factors

TANG Taibin, ZHOU Bao, JIN Xiaomei, WEI Sailajia, MA Tao, ZHANG Yongyan. Change of surface temperature in the source area of the Yellow River in summer[J].Arid Land Geography, 2023, 46(8): 1250-1259.

Figures/Tables 11

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温度/℃	a₁₀	b₁₀	R²
20~70	-70.1775	0.4581	0.9997
0~50	-62.7182	0.4339	0.9996
-20~-30	-55.4276	0.4086	0.9996

卫星及波段	K₁	K₂
Landsat5 波段6	607.76	1260.56
Landsat8 波段10	774.89	1321.08

Change of surface temperature in the source area of the Yellow River in summer

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