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Articles by Khair Mohammad Kakar
Total Records ( 2 ) for Khair Mohammad Kakar
  Khair Mohammad Kakar , Muhammad Tariq , Fazal Hayat Taj and Khalid Nawab
  To study the effect of inoculation and phosphorus application on soybean nutrition, an experiment was conducted at two locations in the North West Frontier Province (NWFP) of Pakistan. Four levels of P viz., 0, 40, 60, and 80 kg ha-1 of P2O5, and two levels of inoculation, no inoculation and inoculation with Bradyrhizobium japonicum were studied. Data were recorded on biological yield, seed yield, and P concentration in biological yield, and P uptake efficiency (PUPE), P utilization efficiency (PUTE), P use efficiency (PUE), fertilizer P uptake efficiency (FPUPE), fertilizer P utilization efficiency (FPUTE), fertilizer P use efficiency (FPUE) were calculated. Phosphosrus application slightly increased PUPE but decreased PUTE and PUE. Increase in P application increased FPUPE, FPUTE and FPUE. Inoculation increased PUPE, PUE and FPUPE at both locations but increased PUTE, FPUTE and FPUE at NWFP-AU only. Due to increase in yield and improvement in nutritive quality of the soybean seed and shoot, inoculation and P application is necessary for higher protein and oil yields from soybean seeds as well as for higher forage protein yields from soybean planted for forage.
  Khair Mohammad Kakar , Muhammad Tariq , M. Raza Tareen and Wasi Ullah
  The effect of boron and iron was studied on wheat subjected to moisture stress. All possible combinations of 0, 2, and 4kg ha-1 of B and 0, 10 and 20 kg ha-1 of Fe were studied in the experiment on Barani-70 variety of wheat which was subjected to early stress by delaying the first irrigation to 20 days after sowing instead of 10 to 15 days after sowing. Logistic function was fitted to shoot mass recorded at 15 days interval and useful biological constants were calculated. Logistic function fitted the data well. B @ 2kg ha-1 and Fe @ 10kg ha-1 and their combination increased AGR and the maximum biomass but their combination at the highest levels decreased the maximum biomass. RGR maximum which occur at initial stage of the crop growth was only increased by iron application @ 20kg ha-1 and by combination of B and Fe at their highest levels.
 
 
 
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