Abstract:
Okra (Abelmoschus esculenthus) is a valuable vegetable crop, but selecting the best
fertrhzer practices remains a challenge. Although chemical fertilizers (CF) boost yields,
they may harrn the environment. Conventional Organic feftilizers and Bio-fertilizers offer
sustainable alternatives, but their effectiveness is lower than the Chemical fertilizer. The
main objective of this experiment was to compare the effect of conventional fertilizer
practices and eco-friendly fefiihzer practices on plant growth and yield of Okra. A plot
experiment was car:ried out using three types of ferlilizers and combinations namely,
Chemical fertilizer, Modern Organic pellet fertllizer and Biofilm bio-fertilizers.
The experiment was laid out in a randomized complete block design with four replicates
having the following treatments: Tt Chemical fertrhzer alone (HORDI
Recommendation), Tz - Organic pellets alone (LBF Recommendation), T: - Chemical
feftlhzer 50oA + Biofilm Biofertilizer, Tq * Organic pellet fertllizer 50yo + Biohlm
Biofertilizer, Ts - Chemical fertilizer 50yo + Organic pellet fertrlizer 50o/o,Te- Chemical
Ferlilizer 33Yo + Organic pellet ferlilizer 33% + Biofilm Biofertilizet, Tt - Control (no
fertilizer).
The results showed that different fertilizer practices and combinations had significant
effects on growth and yield parameters of Okra over the control. Based on the results, T1
(Chemical ferlilizer), Ts (Chemical fertrhzer 50o/o + Organic pellet fertllizer 50%) and To
(Chemical Fertilizer 33"/o + Organic pellet fertilizer 33o/o + Biofilm Bio-fertilizer)
treatments showed comparable results for the growth and yield of Okra. Further studies
under field conditions should be conducted to confirm these results. With the current
findings, eco-friendly fertilizer practices can be recommended for the reduction of
chemical fertilizers dependency while maintaining growth and yield of Okra.