Plotting in paint, place in poetry, Completes composition, the bedrock of spiritual values.
Spatial variations of dripwater chemistry, which is nonlinearly related to dripwater discharge likely, reflect the chemical composition of bedrock and overlying soil, and the residence time of the ground water within the aquifer.
By knowing the chemical composition of the bedrock, it would be possible to determine the rate at which it is breaking down.
The signals for bedrock composition (Lt/Lt + Qm + F for sand; LaN/YbN for mud; Fig. 2) change independently of the weathering indices, instead reflecting a shift in the drainage geography roughly contemporaneous with the H20 seismic horizon.
Due to spatial variability in bedrock composition and geomorphic processes that sort materials by size, density, and other properties, experimental designs developed for the geochemical analysis of single soil profiles are of limited use in landscape investigations.
A similar impact of the bedrock composition to the water quality has been also described by Gamvroula et al. (2013).
The alkaline nature in sediments reflects the bedrock composition of the Lesser Himalayan rocks that comprises of minerals rich K, Na, Ca, Mg, carbonate rocks.
These findings can be explained by the geology of the study area, in particular the variation of the mineralogical composition of the bedrock from upstream to downstream.
It is well established that natural metal loadings to groundwater reflect the chemical composition of local bedrock (Piispanen and Nykyri 1997; Loukola-Ruskeeniemi et al. 1998, 2003).
Our sediment samples have a relatively restricted range of ɛNd values but a wide range in 87Sr/86Sr values, which we consider to reflect the influence of chemical weathering in changing the original bedrock composition.
