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Articles by Khadim Hussain
Total Records ( 2 ) for Khadim Hussain
  Zahid Pervaiz , Khadim Hussain , S.S.H.Kazmi and Mrs. Belqees Akhter
  Zinc requirement of barani wheat was investigated through a farmer field experiment near Jhelum in Rawalpindi division during 1999-2000. The Zn levels (Kg ha-1) tried were 0, 2.5, 5.0, 7.5 and 10.0. The data revealed that wheat crop responded significantly to added zinc and 7.5 Kg Zn ha-1 appeared to be the optimum dose for conditioning barani wheat yield under experimental condition. The agronomic efficiency [Straw nutrient ratio/ Grain nutrient ratio (SNR/GNR)] reduced with subsequent increase in Zn application level. More research is needed to authenticate the Zn requirement of barani wheat.
  Nazir Ahmad , Muhammad Abid , Khadim Hussain , Muhammad Akram and Muhammad Yousaf
  The study was carried out to assess the macro and micro nutrients status and their relation with pH, organic matter, clay contents and calcium carbonate (CaCO3) in the rice growing areas (Kallar track). Soil samples from 0-15 cm depth were collected from 45-50 sites located in this area. The soil samples were processed and analyzed for macro and micronutrients. Results indicated that 40% soil samples were deficient in total N, 17.77% P, 4.41% SO4, 60% Zn, 4.5% Cu and 13.33% Mn. The K, Ca+Mg, Fe and B were not deficient. About 15.15% were low in total N, 33.33 in P, 6.66% in SO42 -S and 22.22% in Zn and no one in K, Ca+Mg, Cu, Fe, Mn and B. Soil pH, organic matter, clay and CaCO3 contents were correlated with macro and DTPA (diethyletriaminepenta-acetic acid) extractable available micronutrients. Organic matter showed positive correlation with N (0.969**), whereas pHs correlated negative with Mn (-0.316*). Clay contents showed significant positive correlation with K (0.325*), Cu (0.372*) and B (0.269*). Similarly, significant positive correlation of CaCO3 was recorded with Cu (0.415*) and Mn (0.360*).
 
 
 
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