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• W4289731780 startingPage "3716" @default.
• W4289731780 abstract "Solar-induced chlorophyll fluorescence (SIF) has been recognized as a proxy of gross primary production (GPP) across various terrestrial biomes. However, the effects of low temperature on SIF and GPP among different plant function types (PFTs) have not yet been well-explored. To gain a better understanding of the relationship between SIF and GPP, we investigated the variation in the GPP/SIF ratio in response to low-temperature conditions using satellite and tower-based datasets. Based on the TROPOMI SIF product and FLUXCOM GPP data, we found that the SIF and GPP exhibited consistent seasonal and spatial patterns, while the GPP/SIF ratio differed for different PFTs. The GPP/SIF ratio for forest types was generally higher than 10 gC·d−1·mw−1·nm·sr, whereas the GPP/SIF ratio for grass and crop types was generally lower than 10 gC·d−1·mw−1·nm·sr. In addition, there were noticeable differences in the seasonal pattern of the GPP/SIF ratio between the selected samples that experienced low-temperature stress (below 10 °C, defined as group A) and those that grew under relatively warm conditions (above 10 °C throughout the year, defined as group B). The GPP/SIF ratio for group A generally exhibited a “hump-shaped” seasonal pattern, and that for group B showed a slightly “bowl-shaped” seasonal pattern, which means it is important to consider the effects of temperature on the SIF-GPP relationship. Through linear regression and correlation analysis, we demonstrate that there was a positive correlation between the GPP/SIF ratio and temperature for group A, with a wide temperature range including low-temperature conditions, indicating that, in this case, temperature affected the SIF–GPP relationship; however, for group B—with a temperature higher than 10 °C throughout the year—the GPP/SIF ratio was not consistently affected by temperature. The response of GPP/SIF to low temperature stress was confirmed by tower-based observations at a C3 cropland (C3CRO) site and a boreal evergreen needleleaf forest (BoENF) site. Although the relationship between the GPP/SIF ratio and temperature differed among PFTs, the GPP/SIF ratio decreased under low-temperature conditions for PFTs. Therefore, the GPP/SIF ratio was not constant and was largely influenced by low temperature for different PFTs, thus highlighting the importance of incorporating temperature into SIF-based GPP estimation." @default.
• W4289731780 created "2022-08-04" @default.
• W4289731780 creator A5000819609 @default.
• W4289731780 creator A5019709159 @default.
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• W4289731780 date "2022-08-03" @default.
• W4289731780 modified "2023-10-17" @default.
• W4289731780 title "Effects of Low Temperature on the Relationship between Solar-Induced Chlorophyll Fluorescence and Gross Primary Productivity across Different Plant Function Types" @default.
• W4289731780 cites W1567498106 @default.
• W4289731780 cites W1568528618 @default.
• W4289731780 cites W1898432131 @default.
• W4289731780 cites W1964033287 @default.
• W4289731780 cites W1964960992 @default.
• W4289731780 cites W1992434003 @default.
• W4289731780 cites W1995042707 @default.
• W4289731780 cites W2032188193 @default.
• W4289731780 cites W2052648234 @default.
• W4289731780 cites W2068129985 @default.
• W4289731780 cites W2072490792 @default.
• W4289731780 cites W2074749099 @default.
• W4289731780 cites W2101695001 @default.
• W4289731780 cites W2109542058 @default.
• W4289731780 cites W2122096079 @default.
• W4289731780 cites W2132527497 @default.
• W4289731780 cites W2132694116 @default.
• W4289731780 cites W2142283539 @default.
• W4289731780 cites W2151341216 @default.
• W4289731780 cites W2154700052 @default.
• W4289731780 cites W2163004831 @default.
• W4289731780 cites W2170177520 @default.
• W4289731780 cites W2172977821 @default.
• W4289731780 cites W2175510126 @default.
• W4289731780 cites W2298779432 @default.
• W4289731780 cites W2343753310 @default.
• W4289731780 cites W2518018856 @default.
• W4289731780 cites W2530089005 @default.
• W4289731780 cites W2586552825 @default.
• W4289731780 cites W2596401496 @default.
• W4289731780 cites W2603028033 @default.
• W4289731780 cites W2605993846 @default.
• W4289731780 cites W2762155383 @default.
• W4289731780 cites W2786120998 @default.
• W4289731780 cites W2789411445 @default.
• W4289731780 cites W2791585488 @default.
• W4289731780 cites W2802776221 @default.
• W4289731780 cites W2803001420 @default.
• W4289731780 cites W2809295405 @default.
• W4289731780 cites W2883461403 @default.
• W4289731780 cites W2885227720 @default.
• W4289731780 cites W2885693608 @default.
• W4289731780 cites W2895318950 @default.
• W4289731780 cites W2895957912 @default.
• W4289731780 cites W2902336780 @default.
• W4289731780 cites W2904321320 @default.
• W4289731780 cites W2908975298 @default.
• W4289731780 cites W2921781939 @default.
• W4289731780 cites W2924562469 @default.
• W4289731780 cites W2938023693 @default.
• W4289731780 cites W2947068792 @default.
• W4289731780 cites W2957147517 @default.
• W4289731780 cites W2964519250 @default.
• W4289731780 cites W2966594090 @default.
• W4289731780 cites W2969387668 @default.
• W4289731780 cites W2978485176 @default.
• W4289731780 cites W2979987213 @default.
• W4289731780 cites W2989603327 @default.
• W4289731780 cites W2990462281 @default.
• W4289731780 cites W2998677958 @default.
• W4289731780 cites W3006751512 @default.
• W4289731780 cites W3010734168 @default.
• W4289731780 cites W3022525570 @default.
• W4289731780 cites W3025069476 @default.
• W4289731780 cites W3025949386 @default.
• W4289731780 cites W3087801909 @default.
• W4289731780 cites W3087884227 @default.
• W4289731780 cites W3089675477 @default.
• W4289731780 cites W3091000723 @default.
• W4289731780 cites W3108482799 @default.
• W4289731780 cites W3116644735 @default.
• W4289731780 cites W3135086557 @default.
• W4289731780 cites W3153516708 @default.
• W4289731780 cites W3166570054 @default.
• W4289731780 cites W3176396696 @default.
• W4289731780 cites W3176707008 @default.
• W4289731780 cites W3181636712 @default.
• W4289731780 cites W3201254861 @default.
• W4289731780 cites W3211031197 @default.
• W4289731780 cites W4205504388 @default.
• W4289731780 cites W4205893943 @default.
• W4289731780 cites W4206169193 @default.
• W4289731780 cites W4281675734 @default.
• W4289731780 cites W4281749240 @default.
• W4289731780 cites W627777417 @default.
• W4289731780 doi "https://doi.org/10.3390/rs14153716" @default.
• W4289731780 hasPublicationYear "2022" @default.
• W4289731780 type Work @default.
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