Fig. 3: Contributions of drivers to dust anomalies during the historical period and their dependencies across fractional vegetation cover (FVC) and soil moisture (SoilM). | Nature Communications

Fig. 3: Contributions of drivers to dust anomalies during the historical period and their dependencies across fractional vegetation cover (FVC) and soil moisture (SoilM).

From: Vegetation greening drives long-term dust mitigation in Eastern Asia

Fig. 3: Contributions of drivers to dust anomalies during the historical period and their dependencies across fractional vegetation cover (FVC) and soil moisture (SoilM).The alternative text for this image may have been generated using AI.

a Spatial distribution of percent contributions of three factors (Wind, FVC, and SoilM); dominant factor per pixel is indicated. b Cumulative mean dust emissions (1982–2023) along the FVC gradient. Black and red dashed lines denote the FVC threshold (15%) and the corresponding cumulative fraction (96.19%), respectively. c Absolute percent contributions of the three factors in the Eastern Sources (Experiment 3). d The constraints of FVC and SoilM on wind-driven dust. The sizes of the spheres represent the dust anomalies induced by wind. The thick dashed lines represent the values of FVC and SoilM corresponding to a wind contribution of 95%. The thin dashed line represents the values of FVC and SoilM corresponding to the 95th percentile of pixel values of wind-driven dust emissions. e, f The dependence of the contributions of the three factors on FVC and SoilM. Shaded areas represent the standard deviation estimated via bootstrap resampling (500 iterations). Basemap in a from Natural Earth (https://www.naturalearthdata.com/).

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