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- W4308657227 endingPage "128680" @default.
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- W4308657227 abstract "• SIF is an effective proxy of vegetation productivity strongly related to VPD and SM. • Accelerated vegetation greening concurred with a decrease in VPD and an increase in SM. • The respective effects of SM and VPD were disentangled by equal-width data binning. • VPD played a dominant role in vegetation productivity in China during 2001–2016. • The dominant factor of vegetation productivity has shifted from VPD to SM since 2007. Although evidence of ecosystem productivity to vapor pressure deficit (VPD) and soil moisture (SM) is abundant, their respective effects remain unclear due to tightly land-atmosphere interactions. In China, the spatial heterogeneity in eco-hydrosphere has further impeded our understanding of ecosystem productivity in response to climate change. This study aimed to assess ecosystem productivity in China during 2001 to 2016 using solar-induced chlorophyll fluorescence (SIF). SIF corresponded well with gross primary productivity (GPP) and was strongly related to VPD and SM. The land-atmosphere interaction mechanism was more notable near the agro-pastoral ecotone, which was reflected in the stronger SM-VPD coupling effect on vegetation and more significant effect of VPD suppressing SIF and SM promoting SIF. We decoupled SM and VPD by equal-width binning of percentiles at a monthly scale. SIF tended to increase and decrease with increasing VPD in SM bins, accounting for 47.59% and 52.41% of the total vegetated area, respectively, whereas photosynthesis tended to increase and decrease with increasing SM in VPD bins, accounting for 62.18% and 37.82% of the total vegetated area, respectively. During 2001 to 2016, VPD and SM had a dominant effect on SIF in 52.31% and 47.69% of China, respectively, which occurred along a latitudinal gradient. However, since 2007, which was identified as the point of accelerated vegetation greening in China, the dominant factor of vegetation productivity has shifted from VPD to SM in terms of respective contributions and dominated areas. Our results emphasize an increasingly important role of SM in China, though the additive effects of VPD cannot be negligible. We conclude that the clarification of the shifting roles of SM and VPD in terrestrial ecosystem allows for more accurate prediction of vegetation productivity at a regional scale and provides greater insights into interactions between vegetation and climate." @default.
- W4308657227 created "2022-11-13" @default.
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- W4308657227 date "2022-12-01" @default.
- W4308657227 modified "2023-10-14" @default.
- W4308657227 title "A shift in the dominant role of atmospheric vapor pressure deficit and soil moisture on vegetation greening in China" @default.
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- W4308657227 cites W1968970982 @default.
- W4308657227 cites W1979940623 @default.
- W4308657227 cites W1988671804 @default.
- W4308657227 cites W1995091554 @default.
- W4308657227 cites W2024440452 @default.
- W4308657227 cites W2028979033 @default.
- W4308657227 cites W2039309954 @default.
- W4308657227 cites W2068699099 @default.
- W4308657227 cites W2068806005 @default.
- W4308657227 cites W2099928503 @default.
- W4308657227 cites W2113410727 @default.
- W4308657227 cites W2122357741 @default.
- W4308657227 cites W2144423540 @default.
- W4308657227 cites W2161568916 @default.
- W4308657227 cites W2182585836 @default.
- W4308657227 cites W2203067242 @default.
- W4308657227 cites W2472102002 @default.
- W4308657227 cites W2510024684 @default.
- W4308657227 cites W2518198314 @default.
- W4308657227 cites W2536249505 @default.
- W4308657227 cites W2583125522 @default.
- W4308657227 cites W2757806320 @default.
- W4308657227 cites W2784327149 @default.
- W4308657227 cites W2791102620 @default.
- W4308657227 cites W2793815698 @default.
- W4308657227 cites W2799617957 @default.
- W4308657227 cites W2803001420 @default.
- W4308657227 cites W2808730255 @default.
- W4308657227 cites W2898867855 @default.
- W4308657227 cites W2912077313 @default.
- W4308657227 cites W2912401481 @default.
- W4308657227 cites W2914512071 @default.
- W4308657227 cites W2915316083 @default.
- W4308657227 cites W2915655890 @default.
- W4308657227 cites W2937483854 @default.
- W4308657227 cites W2956697767 @default.
- W4308657227 cites W2958784608 @default.
- W4308657227 cites W2964519250 @default.
- W4308657227 cites W2969017260 @default.
- W4308657227 cites W2971807528 @default.
- W4308657227 cites W2980844297 @default.
- W4308657227 cites W2986199940 @default.
- W4308657227 cites W2990206718 @default.
- W4308657227 cites W2998799214 @default.
- W4308657227 cites W3000987948 @default.
- W4308657227 cites W3002343708 @default.
- W4308657227 cites W3006332078 @default.
- W4308657227 cites W3007203006 @default.
- W4308657227 cites W3007404812 @default.
- W4308657227 cites W3008541761 @default.
- W4308657227 cites W3008762571 @default.
- W4308657227 cites W3008885403 @default.
- W4308657227 cites W3036860285 @default.
- W4308657227 cites W3037563608 @default.
- W4308657227 cites W3039284495 @default.
- W4308657227 cites W3043541896 @default.
- W4308657227 cites W3044348180 @default.
- W4308657227 cites W3091000723 @default.
- W4308657227 cites W3102368172 @default.
- W4308657227 cites W3113960537 @default.
- W4308657227 cites W3130461578 @default.
- W4308657227 cites W3132096822 @default.
- W4308657227 cites W3166749875 @default.
- W4308657227 cites W3181196148 @default.
- W4308657227 cites W3183282366 @default.
- W4308657227 cites W3189776679 @default.
- W4308657227 cites W3194513061 @default.
- W4308657227 cites W3201791598 @default.
- W4308657227 cites W3217505194 @default.
- W4308657227 cites W339579923 @default.
- W4308657227 cites W4200612652 @default.
- W4308657227 cites W4214840870 @default.
- W4308657227 cites W4281630221 @default.
- W4308657227 cites W4282971527 @default.
- W4308657227 doi "https://doi.org/10.1016/j.jhydrol.2022.128680" @default.
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