Genotypic Response of Mung Bean (Vigna radiata L.) to Seed Inoculation, P and K Fertilization under Giza Ecological Conditions, Egypt

Abstract

Abstract Two field tests were done on the Experimental area of El-Rakah Village, El-Ayat Center, Giza, Egypt, during the 2018 and 2019 seasons, In request to examine the exhibition of Kawmy-1 mungbean (Vigna radiata L.) cultivar to various portions of seed inculcation, phosphorus and potassium treatments. The got results demonstrated the most elevated upsides of the leaf region were acquired from seed vaccination in the second season. The expansions in phosphorus rates to 45 kg P2O5 fed−1 care created the tallest plants and most noteworthy upsides of leaf region, no. of seeds for each pod and seed yield for each plant in the subsequent season. The expansions in potassium rates to 50 kg K2O fed−1 care of created tallest plants, stem width, leaf area, no. of branches for each plant, no. of seeds for each pod, the weight of 100 seeds, plant seed yield and seed yield for each in the first and second season as well as the number of seeds for each pod in another season. It very well may be presumed that inoculation of mungbean seeds with Rhizobium and increasing phosphorus fertilizer to 45 kg P2O5fed−1 and potassium to 50 kg K2O fed−1 cause to maximize seed yield per unit area.