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4 maj 2024 · Results indicate a positive impact of ASi on the sandy loam soil, enhancing soil water content at field capacity (FC, factor of 1.3 times) and at permanent wilting point (PWP, a factor of 3.5...
6 paź 2007 · Silica is amorphous, hydrated and usually polymerized material produced from Si (OH) 4.] The occurrence of Si within the plant is a result of its uptake, in the form of soluble Si (OH) 4 or Si (OH) 3 O −, from the soil and its controlled polymerization at a final location.
21 sty 2015 · The primary purpose of this review is to provide comprehensive insight about the role of Si in plants and the effects of biomolecules that are involved in the biosilica formation mechanism. Silicon plays an important role in helping plants overcome different types of abiotic and biotic stresses.
Biogenic amorphous silica (bASi) pools in soils are in the range of 0–6% and are suggested to help plants to resist drought. In agricultural soils, bASi pools declined to values of ~1% or lower) due to yearly crop harvest, decreasing water holding capacity of the soils.
2 lip 2020 · Amorphous silica (ASi) has been suggested as one solution to mitigate both water and phosphorus availability. In this work we analyzed the effect of ASi on phosphorus mobility and the soil water storage of a sandy soil.
Soil solution is the immediate source of the silica that is always absorbed by soil-grown plants. The factors affecting the silica content of plants include: soil pH and the content of iron and aluminum oxides present in plants. Plants take up different amounts of silica, according to their species.
12 lut 2020 · Biogenic amorphous silica (bASi) pools in soils are in the range of 0–6% and are suggested to help plants to resist drought. In agricultural soils, bASi pools declined to values of ~1% or...
