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Utilizing biowaste-derived chemicals in designing, preparing, and evaluating the biopesticidal activity of a new formulation for controlling root rot and root knot infection in green beans

Abstract
The current study investigates the use of alkaline black liquor (ABL), a byproduct of the rice straw solar pulping process, to create a bioactive formulation that can inhibit the growth of soilborne plant pathogens. ABL was first treated to precipitate lignin, silica, and fatty acids as a calcium complex (Ca-LSF). The resulting highly alkaline effluent after chemical analyses was used to hydrolyze...
Keywords
Knot (papermaking)
Root rot
Root (linguistics)
Chemistry
Mathematics
Botany
Biology
Pulp and paper industry
Engineering
Linguistics
Philosophy
Sustainable Development Goals (SDG)
Zero hunger



Utilizing biowaste-derived chemicals in designing, preparing, and evaluating the biopesticidal activity of a new formulation for controlling root rot and root knot infection in green beans

Utilizing biowaste-derived chemicals in designing, preparing, and evaluating the biopesticidal activity of a new formulation for controlling root rot and root knot infection in green beans

Abstract
The current study investigates the use of alkaline black liquor (ABL), a byproduct of the rice straw solar pulping process, to create a bioactive formulation that can inhibit the growth of soilborne plant pathogens. ABL was first treated to precipitate lignin, silica, and fatty acids as a calcium complex (Ca-LSF). The resulting highly alkaline effluent after chemical analyses was used to hydrolyze...
Keywords
Knot (papermaking)
Root rot
Root (linguistics)
Chemistry
Mathematics
Botany
Biology
Pulp and paper industry
Engineering
Linguistics
Philosophy
Sustainable Development Goals (SDG)
Zero hunger