• Title of article

    Growth and Yield of Two Maize Varieties under the Influence of Plant Density and NPK fertilization

  • Author/Authors

    kareem, i university of ilorin - department of agronomy, Ilorin, Nigeria , taiwo, os federal college of education (special) - school of secondary education - department of biology, science programme, Oyo, Nigeria , kareem, sa federal college of education (special) - school of secondary education - department of biology, science programme, Oyo, Nigeria , oladosu, y universiti putra malaysia - institute of tropical agriculture, Serdang, Malaysia , eifediyi, ek university of ilorin - department of agronomy, Ilorin, Nigeria , abdulmaliq, sy ibrahim badamasi babangida university - department of crop production, Lapai, Nigeria , alasinrin, sy university of ilorin - department of agronomy, Ilorin, Nigeria , adekola, of university of ilorin - department of agronomy, Ilorin, Nigeria , olalekan, kk osun state university - college of agriculture - department of agronomy, Osogbo, Nigeria

  • From page
    531
  • To page
    536
  • Abstract
    This study assessed growth and yield performances of maize under the influence of inorganic fertilizer, population density and variety using the following treatments: maize varieties DMR - ESR-Y and Suwan- 1-SR; 70 × 30cm and 100 × 40cm plant spacing; 0, 60 and 120 kg NPK/ha . Data were collected on number of leaves per plant, plant height, ear height, leaf area, leaf area index, days to 50% flowering, days to tassel and silk appearances, stem dry mass, root dry mass, cob mass, number of kernel rows, number of kernels per cob, harvest index, treatment yield per hectare. The result showed that combination of 120kgN/ha, DMR-ESR-Y and 47, 619 plants/ha improved root, shoot, leaf sheath and plant dry masses, cob length, cob diameter, shelling percentage, moisture content at harvest, harvest index, number of cobs per plant as well as number of kernels per row. It is, therefore, recommended that combination of 120kgNPK/ha, DMR-ESR-Y and 47,619 plants/ha should be used for better maize production to cater for the ever increasing population of consumers in Southern Guinea savannah agroecological zone of Nigeria and other area with the same climatic and edaphic conditions.
  • Keywords
    NPK fertilizer , population density , maize variety , yield improvement
  • Journal title
    Journal of Applied Sciences and Environmental Management
  • Journal title
    Journal of Applied Sciences and Environmental Management
  • Record number

    2728850