Journal d'horticulture
Libre accès
ISSN: 2376-0354
ISSN: 2376-0354
Saneya Batool and Muhammad Ahsan Altaf
The search for microorganisms that recover soil fertility and improve plant nourishment has persistent to interest responsiveness due to the increasing price of chemical fertilizers. The purpose of this experiment with chili were to determine (1) if reduced rates of fertilizer with PGPR will increase plant growth, development and yield which were comparable with recommended doses of the fertilizer and (2) the lowest level to which fertilizer could be reduced when PGPR were used. The microbial inoculants used in the experiment were a combination of plant growth-promoting rhizobacteria (PGPR), a formulated PGPR product. Results indicated that 75% (N100% P75% K100%+PGPR) of the suggested inorganic fertilizer rate with PGPR produced plant growth, enlargement and yield that were statistically comparable with 100% fertility without PGPR. When PGPR were used in combination with reduce level of fertilizer 75% of the recommended rate, the helpful effects were typically not reliable; however, PGPR were used with 80% fertilizer (NK recommended dose) regularly produced the same yield which were comparable with full fertilizer rate without inoculant.