TY - M-10164
AU - Thaker, Ninad
TI - Eco-Enriched Soils: Ash-Boosted Fertilizer Sparks Microbial Powerhouse for Phosphorus Mobilization in Perennial Ryegrass Root Zones
T2 - Scientific Research Journal of Environment, Earth and Physical Science

PY - 2024
VL - 2
IS - 2
SN - 2584-0614

AB - While phosphorus (P) is essential for plant development, it is not always bioavailable in soils. Perennial ryegrass (Lolium perenne) root zone phosphorus mobilization is studied in this research as a function of ash-boosted fertilizers. Ash is an environmentally favourable soil amendment, and this research looks at how it drives microbial activity, leading to phosphorus solubilization and absorption. According to the results, increased soil microbial biomass boosted phosphate availability and enriched the root zone. If we want to improve the efficiency of agricultural soils consuming phosphorus, this new method provides a sustainable option.

KW - Phosphorus mobilization
KW -  Ash-boosted fertilizer
KW -  Biomass ash
KW -  Perennial ryegrass (Lolium perenne)
KW -  Soil microbial activity
KW -  Phosphatase enzymes
KW -  Phosphorus solubilization
KW -  Sustainable agriculture
KW -  Eco-friendly fertilizers
KW -  Soil nutrient management.
DO -