The evolution replacing para rubber sawdust by using bagasse and rice straw with giant mimosa for substrate cultivation P. sajor-caju

Purpose Profiting from agricultural waste and lowering production costs for farmers have been made possible by the incorporation of bagasse and local resources as a substitute for sawdust.Method The experiment was using a CRD. Follows: Bagasse ۱۰۰ % Bagasse: Rice straw (۲۵:۷۵%) Bagasse: Rice straw (۵۰:۵۰%) Bagasse: Rice straw (۷۵:۲۵%) Bagasse: Giant mimosa (۲۵:۷۵%) Bagasse: Giant mimosa (۵۰:۵۰%) Bagasse: Giant mimosa (۷۵:۲۵%) Bagasse: Rice straw: Giant mimosa (۲۵:۳۵:۴۰%) Bagasse: Rice straw: Giant mimosa (۵۰:۲۵:۲۵%) Bagasse: Rice straw: Giant mimosa (۷۵:۱۵:۱۰%) Rice straw ۱۰۰% Giant mimosa ۱۰۰% and Sawdust ۱۰۰% (control)Results The highest average fabric expansion rate of ۹.۷۶ cm was generated by the bagasse to gigantic mimosa ratio of ۷۵:۱۵:۱۰. Also, Para rubber sawdust had the lowest fiber rate of growth of ۷.۲۶ cm on average (۱۰۰%). When evaluating mushroom proliferation, the ۸th procedure to solve the bagasse: straw: giant mimosa (۲۵:۳۰:۴۰%) gave the greatest average number of mushrooms per bag equal to ۸.۲۵. The technique that produced the lowest mushroom per bag of ۱۰۰% of giant mimosa was ۵.۵۰, with diameter pileus ranging from ۵.۹۳ to ۶.۷۷ cm, and flower stripe length ranging from ۳.۱۲ to ۳.۷۵ cm. There was no statistical difference at the ۹۵% confidence level according to the findings. Whenever biological efficiency (B.E.) was considered.Conclusion The results showed that bagasse: chopped straw: chopped giant mimosa (۲۵:۳۵:۴۰%) would have a maximum value of ۵۸.۹۶%. Which was the best approach being the best for utilizing as material for growing mushrooms or introducing farmers.