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- W4200424999 endingPage "127402" @default.
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- W4200424999 abstract "• The RI approach was used to understand the characteristics of flash droughts. • The study was carried out over 25 major river basins of India. • Investigates how the regional terrestrial carbon dynamics respond to flash droughts. • Additionally, the response of WUE to flash droughts was also investigated. Rapid onset droughts, termed as “flash droughts”, cause short-term but serious threats to terrestrial ecosystems and influence carbon dynamics due to insufficient warning. To date, how the regional terrestrial carbon dynamics respond to flash droughts in India remains unknown. Since, India is highly dependent on its cropland and vegetation, identifying the influence of flash droughts on terrestrial ecosystem is important. Here we use MODIS remote sensing satellite sensor based gross primary productivity (GPP) and remote sensing-based soil moisture data to compute the response of ecosystems to flash droughts in India. From the investigation, it was observed that GPP responds to more than 95% of the flash droughts across India, with the highest response frequency occurring over Ganga basin and southern India while the lowest response across northeastern India. The discrepancies in the response frequencies are mainly attributed to different vegetation resilience conditions across different parts of the country. Moreover, the mean response time is about 10 to 19 days averaged over India, with the lowest and highest response time over Indus-Ganga basins and northeastern Indian river basins (including the Brahmaputra, Minor rivers draining into Myanmar basin (MRMB), and Barak basins), respectively. Severe reduction in water use efficiency (WUE) was observed for the Ganga river basin and some parts of southern India, which highlighted the non-resilient nature of ecosystem towards rapid soil moisture variations. The study facilitates the identification of flash drought hotspots in the country including the Indus basin, Southern river basins (Cauveri, EFRPCP, and EFRSCB basins), some parts of the Ganga basin, and the ability of an ecosystem to withstand such drastic conditions. These findings highlight the need to adopt essential drought mitigation measures to safeguard the sustainability of ecosystems." @default.
- W4200424999 created "2021-12-31" @default.
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- W4200424999 date "2022-02-01" @default.
- W4200424999 modified "2023-10-18" @default.
- W4200424999 title "Terrestrial ecosystem response to flash droughts over India" @default.
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- W4200424999 cites W1571708397 @default.
- W4200424999 cites W1668895673 @default.
- W4200424999 cites W1896386811 @default.
- W4200424999 cites W1969645208 @default.
- W4200424999 cites W1987223597 @default.
- W4200424999 cites W1995434646 @default.
- W4200424999 cites W2013447032 @default.
- W4200424999 cites W2021945810 @default.
- W4200424999 cites W2029348212 @default.
- W4200424999 cites W2030539462 @default.
- W4200424999 cites W2037392545 @default.
- W4200424999 cites W2051159954 @default.
- W4200424999 cites W2087712806 @default.
- W4200424999 cites W2095060781 @default.
- W4200424999 cites W2104157175 @default.
- W4200424999 cites W2110577217 @default.
- W4200424999 cites W2110837950 @default.
- W4200424999 cites W2131395725 @default.
- W4200424999 cites W2141015689 @default.
- W4200424999 cites W2147423506 @default.
- W4200424999 cites W2155444674 @default.
- W4200424999 cites W2165037481 @default.
- W4200424999 cites W2166460295 @default.
- W4200424999 cites W2179064051 @default.
- W4200424999 cites W2181460351 @default.
- W4200424999 cites W2224148623 @default.
- W4200424999 cites W2256767201 @default.
- W4200424999 cites W2344841607 @default.
- W4200424999 cites W2345072211 @default.
- W4200424999 cites W2438957046 @default.
- W4200424999 cites W2508109764 @default.
- W4200424999 cites W2515106311 @default.
- W4200424999 cites W2522202788 @default.
- W4200424999 cites W2523485519 @default.
- W4200424999 cites W2556551185 @default.
- W4200424999 cites W2564894959 @default.
- W4200424999 cites W2568836777 @default.
- W4200424999 cites W2591363990 @default.
- W4200424999 cites W2621891628 @default.
- W4200424999 cites W2735193384 @default.
- W4200424999 cites W2754086533 @default.
- W4200424999 cites W2761619590 @default.
- W4200424999 cites W2767363508 @default.
- W4200424999 cites W2768953093 @default.
- W4200424999 cites W2769501458 @default.
- W4200424999 cites W2789912683 @default.
- W4200424999 cites W2795204799 @default.
- W4200424999 cites W2803015887 @default.
- W4200424999 cites W2885732595 @default.
- W4200424999 cites W2903375195 @default.
- W4200424999 cites W2914512071 @default.
- W4200424999 cites W2916390045 @default.
- W4200424999 cites W2922271793 @default.
- W4200424999 cites W2946669043 @default.
- W4200424999 cites W2960724542 @default.
- W4200424999 cites W2961799599 @default.
- W4200424999 cites W2980132210 @default.
- W4200424999 cites W2991126528 @default.
- W4200424999 cites W2991354315 @default.
- W4200424999 cites W2991575106 @default.
- W4200424999 cites W3006332078 @default.
- W4200424999 cites W3009902755 @default.
- W4200424999 cites W3021813142 @default.
- W4200424999 cites W3042570393 @default.
- W4200424999 cites W3058233743 @default.
- W4200424999 cites W3088803698 @default.
- W4200424999 cites W3100833267 @default.
- W4200424999 cites W3110294893 @default.
- W4200424999 cites W3118796984 @default.
- W4200424999 cites W3119304150 @default.
- W4200424999 cites W3128410118 @default.
- W4200424999 cites W3131836632 @default.
- W4200424999 cites W3137604762 @default.
- W4200424999 cites W3138542734 @default.
- W4200424999 cites W3153520875 @default.
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- W4200424999 doi "https://doi.org/10.1016/j.jhydrol.2021.127402" @default.
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