Earth Surface Processes and Environmental Changes in East Asia
-15%
portes grátis
Earth Surface Processes and Environmental Changes in East Asia
Records From Lake-catchment Systems
Kashiwaya, Kenji; Kim, Ju Yong; Shen, Ji
Springer Verlag, Japan
10/2016
321
Mole
Inglês
9784431562542
15 a 20 dias
5706
Descrição não disponível.
Present earth-surface processes and short- and long-term environmental changes inferred from lake-catchment systems.- Centennial-scale environmental changes in Terkhiin Tsagaan Lake, Mongolia inferred from lacustrine sediment: preliminary results.- OSL chronology of the sandhills of Xingkai Lake, northeast China and its implication for environmental changes since 200 kaBP.- Palaeoenvironmental and palaeoclimatic changes of Northeast China: based on multi-proxy analysis on sediment from Xingkai Lake.- Palynological and charcoal study of palaeoenvironmental changes in a sediment core from the Lake Xingkai in northeastern China since 27.7kaBP.- Reconstructing mid- late Holocene East Asian monsoon variability in the Jingpo Lake, Northeastern China.- Rapid environmental change of Jingpo Lake in Mid-Holocene: inferred from fluvial/lacustrine sedimentary facies transition.- Paleohydrological fluctuation of the Eurimji historical reservoir lake.- Late Quaternary Environmental changes of the Hwajinpo and Song ji hyo Lagoons on the Eastern coast of Korea.- Multi-proxy evidence for late-Holocene agricultural activities from coastal lagoons on the east coast of Korea.- Comparison of luminescence dating methods on lake sediments from a small catchment: example from Lake Yogo, Japan.- Possible age models for Lake Onuma lacustrine sediments based on tuffs recovered in three cores.- Recent eutrophication and environmental changes in the catchment inferred from geochemical properties of Lake Onuma sediments in Japan.- Reconstructing modern hydro-environmental fluctuations inferred from lacustrine sediment in Lake Onuma, Hokkaido.- Sedimentary response to artificial waterway tunnels in Sun Moon Lake, Taiwan.- Model study for response of river on tectonic activities: flume experiments for bedrock rivers affected by localized uplift.
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Climate Change and Hydrological Change;East Asia Monsoon;Lake-catchment System;Millennia Environmental Information;Proxy Observatory;hydrogeology
Present earth-surface processes and short- and long-term environmental changes inferred from lake-catchment systems.- Centennial-scale environmental changes in Terkhiin Tsagaan Lake, Mongolia inferred from lacustrine sediment: preliminary results.- OSL chronology of the sandhills of Xingkai Lake, northeast China and its implication for environmental changes since 200 kaBP.- Palaeoenvironmental and palaeoclimatic changes of Northeast China: based on multi-proxy analysis on sediment from Xingkai Lake.- Palynological and charcoal study of palaeoenvironmental changes in a sediment core from the Lake Xingkai in northeastern China since 27.7kaBP.- Reconstructing mid- late Holocene East Asian monsoon variability in the Jingpo Lake, Northeastern China.- Rapid environmental change of Jingpo Lake in Mid-Holocene: inferred from fluvial/lacustrine sedimentary facies transition.- Paleohydrological fluctuation of the Eurimji historical reservoir lake.- Late Quaternary Environmental changes of the Hwajinpo and Song ji hyo Lagoons on the Eastern coast of Korea.- Multi-proxy evidence for late-Holocene agricultural activities from coastal lagoons on the east coast of Korea.- Comparison of luminescence dating methods on lake sediments from a small catchment: example from Lake Yogo, Japan.- Possible age models for Lake Onuma lacustrine sediments based on tuffs recovered in three cores.- Recent eutrophication and environmental changes in the catchment inferred from geochemical properties of Lake Onuma sediments in Japan.- Reconstructing modern hydro-environmental fluctuations inferred from lacustrine sediment in Lake Onuma, Hokkaido.- Sedimentary response to artificial waterway tunnels in Sun Moon Lake, Taiwan.- Model study for response of river on tectonic activities: flume experiments for bedrock rivers affected by localized uplift.
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