Sentence examples for minerals released from from inspiring English sources

Particles of magnetized minerals released from their parent igneous rocks by weathering may later realign themselves with the existing magnetic field at the time these particles are incorporated into sedimentary deposits.

When the resulting rain of shattered rock hits the rivers and streams that snake along the base of the mountains, minerals released from within the stone are changing the water's chemistry, the study said, lowering its quality and causing tiny prey such as insects, worms and invertebrates to die.

The high content of suspended solids can be correlated with all inorganic and organic substances contained in a liquid, the total dissolved substances in water and salinity in the mineral environment released from rabbit manures during mineralization in T4 and T2.

It seems likely that mineral elements released from the decayed compost (more nutrient availability, Table 1) would be closely related to the improved leaf photosynthetic pigments (Table 3) and plant nutritional status (Table 4), reflecting in the plant growth rate.

High pH favors the formation of the carbonate complex and desorption of U VI) from aquifer sediment containing metal oxides/oxyhydroxides and clay minerals, releasing U into groundwater.

The subaerial residuum formed from minerals and rock detritus released from the dissolved rock salt is by far the most abundant material on the diapirs.

Arsenic resistance is an important capability for bioleaching microorganisms, because As is released from minerals such as arsenopyrite during bioleaching (Dopson et al. 2003).

ROL from roots and the subsequent oxidation of Fe2+ to Fe- hydr oxides leads to two competing processes: (1) the mobilization oFe- hydr oxidesoleads P pools (presumably Ca-P minerals) as H+ is released from toe oxidatwon of Fe2+; and (2) the immobilization of P as it is absorbed on Fe-(hydr)oxides that form at the root surfacompeting

Increase in the plant growth parameters in gerbera plants might be due to the root colonization of Bacillus species which improved mineral uptake and mineral release from the soil and organic matter and enhanced the production of plant growth hormones.

The retention of antibacterial activity in aqueous leachates after removal of mineral particles suggests that the mechanism of antibacterial activity is dependent on soluble molecules and ions released from the minerals upon hydration, rather than physical shearing or electrostatic interactions between mineral and bacterial surfaces.

During heating the oxygenated compounds released from mineral matter, present in coal, are excluded.