APPLICATION OF LIQUID MICRO COMPOUND FERTILIZER TO INCREASE YIELD AND AGRONOMIC FEASIBILITY OF SWEET CORN Please Just Try to Submit This Sample Abstract
Zainal Arifin, Lina Aisyawati, Listy Anggraeni, Amik Krismawati, Evy Latifah, Baswarsiati and Titiek PurbiatiPlease Just Try to Submit This Sample Abstract

Research Center for Horticultural and Estate Crops - National Research and Innovation Agency (BRIN)

Abstract

The aim of study was to determine the dosage of liquid micro compound fertilizer on yields and agronomic feasibility of sweet corn. This research was carried out in Mojokerto on DS 2021, using of plot 4 m x 5 m with 10 treatments, using RBD, repeated 4 times. The treatment of liquid micro compound fertilizer (LMC), namely A. 0 kg/ha Urea+0 kg/ha ZA+0 kg/ha NPK+0 l/ha LMC (control), B. 200 kg/ha Urea+100 kg/ha ZA+275 kg/ha NPK+0 l/ha LMC (standard), C. 200 kg/ha Urea+100 kg/ha ZA+275 kg/ha NPK+5 l/ha LMC, D. 200 kg/ha Urea+100 kg/ha ZA+275 kg/ha NPK+10 l/ha LMC, E. 200 kg/ha Urea+100 kg/ha ZA+275 kg/ha NPK+15 l/ha LMC, F. 200 kg/ha Urea+100 kg/ha ZA+275 kg/ha NPK+20 l/ha LMC, G. 150 kg/ha Urea+75 kg/ha ZA+200 kg/ha NPK+5 l/ha LMC, H. 150 kg/ha Urea+75 kg/ha ZA+200 kg/ha NPK+10 l/ha LMC, I. 150 kg/ha Urea+75 kg/ha ZA+200 kg/ha NPK+15 l/ha LMC, and J. 150 kg/ha Urea+75 kg/ha ZA+200 kg/ha NPK+20 l/ha LMC.. The results showed the application of 5 l/ha LMC fertilizer combined with Urea 200 kg/ha+ZA 100 kg/ha+NPK 275 kg/ha (treatment C) obtained the highest cob of husk weight of 13.66 t/ha with RAE 120%.

Keywords: liquid micro compound, inorganic macro, yield, agronomic feasibility, sweet corn

Topic: Agriculture Productivity