The introduction and application of high resolution XRF core scanners has made an enormous contribution to palaeoclimate science over the last two decades. These core …
Abstract The Taurus Mountain is one of the most important karstic region of the world and dolines are characteristics landforms of this area. However, the number and distribution of …
Core-scanning X-ray Fluorescence (XRF-CS) is a well-established technique for rapid (< 30 s/interval) analysis of sediment core geochemistry at sub-mm resolution with substantially …
Although the 8.2 ka event is a well-known globally documented abrupt climate event, its detailed expression in tropical southeastern Africa is poorly constrained. Here we present a …
We analyzed sediment cores from coastal Lake Izabal, Guatemala, to infer Holocene biogeochemical changes in the lake. At ca. 8370 calibrated yr BP (cal. yr BP), marine waters …
A speleothem collected from Palco Cave (Puerto Rico) spans the 8.2 ka event, a time interval associated with fluctuations of Atlantic Ocean circulation and possible drying in the …
Abstract The sediment in North Atlantic blue holes preserves paleoclimate records. However, accurate paleoclimate reconstructions require an improved understanding of …
Two cores from calcite rafts deposits located in Cenote Ich Balam and Hoyo Negro were dated and analyzed for 87 Sr/86 Sr, δ 18 O, δ 13 C, Sr/Ca and Cl/Ca. The geochemical …
P Duan, H Li, Z Ma, J Zhao, X Dong… - Geophysical …, 2023 - Wiley Online Library
The 8.2 ka event has been extensively studied, whereas its structure is ambiguous in North China. Here we present a high‐resolution (∼ 1 year) δ18O record from annual laminated …