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. 2020 May 25;10:8597. doi: 10.1038/s41598-020-65281-w

Table 2.

Summary of regions and time lags where the absolute correlation between seasonal solar radiation and SST/GPH850 is larger than 0.3 with p-values less than 0.05.

Climate predictors Season
FMA MJJ ASO NDJ
SST1 35°N~45°N, 175°E~200°E[−6,−1] positive correlation 40°N~45°N, 185°E~200°E[−6,0] positive correlation 40°N~50°N, 175°E~205°E[−6,0] positive correlation 10°N~25°N, 125°E~140°E[−5,0] positive correlation
SST2 −5°N~5°N, 180°E~240°E[−5, 0] negative correlation
GPH850.1 60°N~70°N, 100°E~140°E[−3,−1] positive correlation −10°N~10°N, 60°E~85°E[−4, 0] negative correlation
GPH850.2 0°N~25°N, 50°E~100°E[−6, 0] negative correlation 10°N~30°N, 140°E~200°E[−6,−3] positive correlation

1 and 2 in SST and GPH850 are the index.

The temporal lags between the study site solar radiation and SST/GPH850 are presented in the square brackets. Negative values indicate the months in which SST/GPH850 is ahead of the study site solar radiation time series. The blank cells indicate that no SST/GPH850 region with spatially coherent and temporally persistent correlation to seasonal study site solar radiation was identified.