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- W4220806044 endingPage "83" @default.
- W4220806044 startingPage "73" @default.
- W4220806044 abstract "Paleo-elevation estimates based on the oxygen and hydrogen isotopes of meteoric waters are commonly unreliable in hydrologically complex settings such as the northern Tibetan Plateau (TP), an area of confluence of the East Asian monsoon and mid-latitude Westerlies. Here, we explore a novel application of carbonate clumped-isotope thermometry for estimation of paleo-elevations based on a robust correlation of altitude with modern summer lake-surface temperatures that is independent of moisture sources and recycling processes. Using shallow-lake ostracod species, we estimate a summer lake-surface temperature of ∼ 20 ℃ for the Late Miocene Qaidam Basin of the northern TP. Paleo-elevation calculations yield basin floor estimates of ∼ 3475 m (for ∼ 11 Ma, based on a conventional geochronology model) or ∼ 3375 m (for ∼ 7.0 Ma, based on a revised geochronology model), each with an uncertainty of ±∼950 m, yielding elevations that are close to or slightly higher than the present-day elevation of the study site (∼3200 m). This study highlights the potential of ostracod-based carbonate clumped-isotope thermometry to reconstruct paleo- elevations in hydrologically complex areas of the TP and other montane systems." @default.
- W4220806044 created "2022-04-03" @default.
- W4220806044 creator A5003026398 @default.
- W4220806044 creator A5005994938 @default.
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- W4220806044 creator A5089032744 @default.
- W4220806044 date "2022-07-01" @default.
- W4220806044 modified "2023-09-24" @default.
- W4220806044 title "Application of ostracod-based carbonate clumped-isotope thermometry to paleo-elevation reconstruction in a hydrologically complex setting: A case study from the northern Tibetan Plateau" @default.
- W4220806044 cites W1220849975 @default.
- W4220806044 cites W154343811 @default.
- W4220806044 cites W1878334084 @default.
- W4220806044 cites W1908202411 @default.
- W4220806044 cites W1967751125 @default.
- W4220806044 cites W1972017077 @default.
- W4220806044 cites W1981281557 @default.
- W4220806044 cites W1986254813 @default.
- W4220806044 cites W1990370315 @default.
- W4220806044 cites W2000829620 @default.
- W4220806044 cites W2010866062 @default.
- W4220806044 cites W2023439090 @default.
- W4220806044 cites W2024642111 @default.
- W4220806044 cites W2025081092 @default.
- W4220806044 cites W2027069313 @default.
- W4220806044 cites W2045775222 @default.
- W4220806044 cites W2049652180 @default.
- W4220806044 cites W2054624361 @default.
- W4220806044 cites W2055532735 @default.
- W4220806044 cites W2062242054 @default.
- W4220806044 cites W2063646261 @default.
- W4220806044 cites W2071184501 @default.
- W4220806044 cites W2076196781 @default.
- W4220806044 cites W2086674479 @default.
- W4220806044 cites W2087294612 @default.
- W4220806044 cites W2087699297 @default.
- W4220806044 cites W2093114941 @default.
- W4220806044 cites W2103789938 @default.
- W4220806044 cites W2103848622 @default.
- W4220806044 cites W2104786000 @default.
- W4220806044 cites W2106867767 @default.
- W4220806044 cites W2110236172 @default.
- W4220806044 cites W2111219288 @default.
- W4220806044 cites W2113954570 @default.
- W4220806044 cites W2126553883 @default.
- W4220806044 cites W2129847692 @default.
- W4220806044 cites W2132295818 @default.
- W4220806044 cites W2136389603 @default.
- W4220806044 cites W2137709027 @default.
- W4220806044 cites W2149147576 @default.
- W4220806044 cites W2157392485 @default.
- W4220806044 cites W2165979044 @default.
- W4220806044 cites W2167965354 @default.
- W4220806044 cites W2198942980 @default.
- W4220806044 cites W2210915353 @default.
- W4220806044 cites W2249049821 @default.
- W4220806044 cites W2277617194 @default.
- W4220806044 cites W2314395415 @default.
- W4220806044 cites W2548892109 @default.
- W4220806044 cites W2553285585 @default.
- W4220806044 cites W2566988934 @default.
- W4220806044 cites W2568471228 @default.
- W4220806044 cites W2586276026 @default.
- W4220806044 cites W2598645199 @default.
- W4220806044 cites W2603434560 @default.
- W4220806044 cites W2605120720 @default.
- W4220806044 cites W2708550365 @default.
- W4220806044 cites W2754283216 @default.
- W4220806044 cites W2793753082 @default.
- W4220806044 cites W2800756936 @default.
- W4220806044 cites W2889316689 @default.
- W4220806044 cites W2910032732 @default.
- W4220806044 cites W2913293060 @default.
- W4220806044 cites W2951187610 @default.
- W4220806044 cites W2958420169 @default.
- W4220806044 cites W2966336080 @default.
- W4220806044 cites W2971774951 @default.
- W4220806044 cites W2972947330 @default.
- W4220806044 cites W2982447958 @default.
- W4220806044 cites W3007007133 @default.
- W4220806044 cites W3017540074 @default.
- W4220806044 cites W3021510840 @default.
- W4220806044 cites W3097516497 @default.
- W4220806044 cites W3111741045 @default.
- W4220806044 cites W3112214910 @default.
- W4220806044 cites W3121501974 @default.
- W4220806044 cites W3128108870 @default.
- W4220806044 cites W3135029694 @default.
- W4220806044 cites W3146182395 @default.
- W4220806044 cites W3149869709 @default.
- W4220806044 cites W3170384694 @default.
- W4220806044 cites W3183006468 @default.
- W4220806044 cites W4211102915 @default.
- W4220806044 doi "https://doi.org/10.1016/j.gr.2022.02.014" @default.
- W4220806044 hasPublicationYear "2022" @default.