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- W2080072873 abstract "Concerns about the regional impact of global climate change in a warming scenario have highlighted the gaps in our understanding of the Indian Summer Monsoon (ISM, also referred to as the Indian Ocean summer monsoon) and the absence of long term palaeoclimate data from the central Indian core monsoon zone (CMZ). Here we present the first high resolution, well-dated, multiproxy reconstruction of Holocene palaeoclimate from a 10 m long sediment core raised from the Lonar Lake in central India. We show that while the early Holocene onset of intensified monsoon in the CMZ is similar to that reported from other ISM records, the Lonar data shows two prolonged droughts (PD, multidecadal to centennial periods of weaker monsoon) between 4.6–3.9 and 2–0.6 cal ka. A comparison of our record with available data from other ISM influenced sites shows that the impact of these PD was observed in varying degrees throughout the ISM realm and coincides with intervals of higher solar irradiance. We demonstrate that (i) the regional warming in the Indo-Pacific Warm Pool (IPWP) plays an important role in causing ISM PD through changes in meridional overturning circulation and position of the anomalous Walker cell; (ii) the long term influence of conditions like El Niño-Southern Oscillation (ENSO) on the ISM began only ca. 2 cal ka BP and is coincident with the warming of the southern IPWP; (iii) the first settlements in central India coincided with the onset of the first PD and agricultural populations flourished between the two PD, highlighting the significance of natural climate variability and PD as major environmental factors affecting human settlements." @default.
- W2080072873 created "2016-06-24" @default.
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- W2080072873 date "2014-04-01" @default.
- W2080072873 modified "2023-10-17" @default.
- W2080072873 title "Prolonged monsoon droughts and links to Indo-Pacific warm pool: A Holocene record from Lonar Lake, central India" @default.
- W2080072873 cites W1498526448 @default.
- W2080072873 cites W1504918233 @default.
- W2080072873 cites W1507151788 @default.
- W2080072873 cites W1515818035 @default.
- W2080072873 cites W1674993078 @default.
- W2080072873 cites W1927648166 @default.
- W2080072873 cites W1937482391 @default.
- W2080072873 cites W1968178762 @default.
- W2080072873 cites W1968465551 @default.
- W2080072873 cites W1970020090 @default.
- W2080072873 cites W1974460286 @default.
- W2080072873 cites W1987030686 @default.
- W2080072873 cites W1990422409 @default.
- W2080072873 cites W1993494036 @default.
- W2080072873 cites W1994601522 @default.
- W2080072873 cites W1995189415 @default.
- W2080072873 cites W1996932107 @default.
- W2080072873 cites W2001299769 @default.
- W2080072873 cites W2001862744 @default.
- W2080072873 cites W2005649253 @default.
- W2080072873 cites W2006778670 @default.
- W2080072873 cites W2013428409 @default.
- W2080072873 cites W2013550039 @default.
- W2080072873 cites W2024270302 @default.
- W2080072873 cites W2025376383 @default.
- W2080072873 cites W2025466026 @default.
- W2080072873 cites W2029530847 @default.
- W2080072873 cites W2036179784 @default.
- W2080072873 cites W2036499887 @default.
- W2080072873 cites W2040945899 @default.
- W2080072873 cites W2041183248 @default.
- W2080072873 cites W2045419467 @default.
- W2080072873 cites W2047136848 @default.
- W2080072873 cites W2048540932 @default.
- W2080072873 cites W2049913193 @default.
- W2080072873 cites W2051291893 @default.
- W2080072873 cites W2054777801 @default.
- W2080072873 cites W2058868457 @default.
- W2080072873 cites W2060734817 @default.
- W2080072873 cites W2063310717 @default.
- W2080072873 cites W2065839082 @default.
- W2080072873 cites W2070980127 @default.
- W2080072873 cites W2071184501 @default.
- W2080072873 cites W2074455220 @default.
- W2080072873 cites W2076952597 @default.
- W2080072873 cites W2077776963 @default.
- W2080072873 cites W2077886346 @default.
- W2080072873 cites W2082001988 @default.
- W2080072873 cites W2083792345 @default.
- W2080072873 cites W2085024470 @default.
- W2080072873 cites W2089177966 @default.
- W2080072873 cites W2093904312 @default.
- W2080072873 cites W2098878886 @default.
- W2080072873 cites W2107373415 @default.
- W2080072873 cites W2109033835 @default.
- W2080072873 cites W2109773409 @default.
- W2080072873 cites W2110001781 @default.
- W2080072873 cites W2115234883 @default.
- W2080072873 cites W2117287198 @default.
- W2080072873 cites W2119464175 @default.
- W2080072873 cites W2119764322 @default.
- W2080072873 cites W2119986263 @default.
- W2080072873 cites W2122971325 @default.
- W2080072873 cites W2123490468 @default.
- W2080072873 cites W2124757012 @default.
- W2080072873 cites W2130719091 @default.
- W2080072873 cites W2131360976 @default.
- W2080072873 cites W2140711477 @default.
- W2080072873 cites W2141777143 @default.
- W2080072873 cites W2142466958 @default.
- W2080072873 cites W2145656260 @default.
- W2080072873 cites W2158556931 @default.
- W2080072873 cites W2163199010 @default.
- W2080072873 cites W2168761377 @default.
- W2080072873 cites W2326441104 @default.
- W2080072873 cites W899371091 @default.
- W2080072873 doi "https://doi.org/10.1016/j.epsl.2014.01.043" @default.