Winter climate signal in boreal clastic-biogenic varves : a comprehensive analysis of three varved records from 1890 to 1990 AD with meteorological and hydrological data from Eastern Finland

6533b823fe1ef96bd127eb85

RESEARCH PRODUCT

Winter climate signal in boreal clastic-biogenic varves : a comprehensive analysis of three varved records from 1890 to 1990 AD with meteorological and hydrological data from Eastern Finland

Anssi Lensu Mira Tammelin Saija Saarni Timo Saarinen Eeva Haltia

subject

010506 paleontology 010504 meteorology & atmospheric sciences ta1172 ta1171 Drainage basin lake sediments Northern Europe catchment dynamics 01 natural sciences Proxy (climate)clastic-biogenic varves ta218 0105 earth and related environmental sciences geography Varve geography.geographical_feature_category Paleontology Geology 15. Life on land Radiative forcing Subarctic climate climate forcing Boreal 13. Climate action Clastic rock Climatology fine-grained tills Climate sensitivity Geology boreal climate

description

Clastic-biogenic varves are widely used for reconstructing past climate: in boreal environments, the accumulation of minerogenic clasts on the lake floor is generally considered a proxy for past variations in spring floods reflecting previous winter conditions. However, the physical mechanisms behind this winter climate sensitivity and the influence of catchment type on the varve formation are not fully investigated. Here, we present a winter climate record inferred from the clastic laminae of three lakes located on the region of fine-grained tills in Eastern Finland spanning from AD 1890 to 1990. The minerogenic varve data are compared with instrumental meteorological and hydrological time series in order to investigate the physical link between winter and spring climate and minerogenic matter accumulation. Our analyses reveal that the climate-catchment mechanisms operating in the region of fine-grained tills differ crucially from previously described climate catchment interactions on sand morain...

year	journal	country	edition	language
2017-10-02	GFF

10.1080/11035897.2017.1389984 http://juuli.fi/Record/0285033017

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