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Articles by Inamullah
Total Records ( 7 ) for Inamullah
  Nazeer Hussain Shah , Muhammad Khan , Muhammad Siddiq , Inamullah , Imtiaz Ahmad , Sadur Rehman and Nazeer Ahmad
  The wheat variety, Pirsabak Barani-04, was first tested at CCRI Pirsabak in 2001-02 in HRWYT trial. The strains which were high yielding and resistant to diseases were again tested in B-VI trial at CCRI Pirsabak and at ARI Tarnab in 2002-03.These strains were further screened and those selected were further tested under microplot trials at different locations i.e. CCRI Pirsabak, ARS, Serai Naurang (Bannu) and at ARS, Buffa (Mansehra), in the North West Frontier Province during 2003-04. The results of HRWYT, B-VI at CCRI and ARI Tarnab and Microplots at CCRI, Serai Naurang and Mansehra during 2001-02 to 2003-04 confirmed its superiority in higher yield and diseases resistance. Because of its higher yield and resistance to yellow and leaf rust, this variety has shown overall better performance and has been termed as candidate variety. Its seed has been multiplied and sent to the NUWYT, CDRI and FSC&RD. The line/cross MUNIA/CHTO/ / AMSEL has been named as Pirsabak Barani-04 and is recommended for sowing from 1st to 15th December in NWFP under irrigated as well as rainfed conditions.
  Nazeer Hussain Shah , Inamullah and Fateh Ullah Khan
  A set of 19 wheat genotypes of the First South Asia Harvestplus Yield Trial (SAMNYT) and one local check variety (Saleem-2000) were evaluated for yield and disease resistance in order to incorporate the high yielding and disease resistant entries in our indigenous wheat breeding program. The experiment was conducted at Cereal Crops Research Institute, Pirsabak, Nowshera (NWFP), Pakistan, under irrigated conditions during the growing season 2004-05. SAMNYT entries No. 9, 10, 13, 17, 18 and 20 performed tremendously well as compared with the local check variety. They produced significantly higher yields of 3360, 3680, 3700, 3390, 3500 and 3100 kg ha-1, respectively and higher resistance to stripe rust, while the local check produced grain yield of 2660 kg ha-1. Entries No. 7 and 14 produced grain yields (2920 and 2680 kg ha-1, respectively) almost equal to that of local check variety and showed higher resistance to stripe rust.
  Nazeer Hussain Shah , Inamullah , Gul Hassan and Fateh Ullah Khan
  Poverty is the worst problem faced by the masses of Pakistan in general and by the masses of her North West Frontier Province (NWFP) in particular. Wheat is the staple food of the people of NWFP but it is always dependent on Punjab, the neighbouring province, for the wheat supply, because the yields produced in the province are very low. A series of agronomic experiments were conducted at the Agricultural Research Institute, Dera Ismail Khan (DIK) from 1997 to 2000, to formulate a package of production technology for the wheat growers of the province to increase their wheat yields. Various row spacings, fertilizer doses, crop varieties, sowing dates and seed rates were studied during the course of experiments. It was observed that improved varieties seeded at a seed rate of 120 kg ha-1 during mid November in narrow row spacing (20 cm) with optimum fertilizer rate (NPK: 120-90-30) produced higher yields. It was concluded that more than three times increase over the provincial mean wheat yield could be achieved by adopting the improved package of production technology.
  Muhammad Khan , Nazeer Hussain Shah , Inamullah , Imtiaz Ahmad , Sadur Rehman , Nazeer Ahmad , Muhammad Siddiq , Fateh Ullah Khan and Irshad Ali
  Wheat variety Pirsabak-04, having parentage KAUZ/STAR, was first evaluated at CCRI Pirsabak in 2000-01 in the Elite Spring Wheat Yield Trial (ESWYT). The trial had 50 lines including the local check variety Fakhre Sarhad and was obtained from the CIMMYT Mexico. The line at serial No. 22 in the ESWYT was selected along with other high yielding and disease resistant lines and was again tested under B-VI trial at CCRI in 2001-02. The B-VI trial was comprised of 20 entries including checks varieties Fakhre-Sarhad and Bakhtawar-92. High yielding and disease resistant lines in B-VI trial were further tested under microplot trial at different locations such as CCRI Pirsabak, Mardan and the Agricultural Research Station Mingora (Swat) in the NWFP during 2002-03. The line showed good performance in microplot trials and was again tested in the CCRI ELITE trials at CCRI during 2003-04. The line gave high yield and showed resistance to leaf and yellow rusts in National Uniform Wheat Yield Trial (NUWYT) during 2004-05. The results of ESWYT, B-VI, microplots, CCRI ELITE and NUWYT trials from 2000-01to 2004-05 confirmed the superiority of the line for higher yield and disease resistance. Because of its higher yield and resistance to yellow rust and leaf rust, this line was approved as a new variety by the Provincial Seed Council for cultivation in NWFP under irrigated conditions. It has been named as Pirsabak-04 and is recommended for both normal and late sowing. In late sowing, it can be grown from 25th November to 31st December.
  Inamullah , Akihiro Isoda and Nazir Hussain Shah
  Adaptive responses to diurnal changes in solar radiation and leaf movement restraint in soybean in comparison with cotton, which observes different heliotropism from that of soybean, were investigated in terms of leaf temperature (TL), Flow Rate of Stem Sap (FRSS), transpiration rate (E), stomatal conductance (gs) and stomatal aperture. Cotton showed higher FRSS and E while smaller TL than that of restrained (RLM) and Not-restrained Leaf Movement (NRLM) soybean. The RLM soybean showed higher FRSS, E at noon and TL than that of NRLM soybean. Larger FRSS and E of cotton could be attributed to its higher stomatal density, stomatal aperture, gs and the diaheliotropic leaf movement. In NRLM soybean, smaller FRSS and smaller E at noon as compared with RLM soybean might be due to the smaller abaxial stomatal aperture, gs and the paraheliotropic leaf movement. It was concluded that cotton responded to increase in diurnal solar radiation by increasing its transpiration to reduce TL. Increase in transpiration of cotton was due to increase in the size of stomatal aperture, gs and the diaheliotropic leaf movement. NRLM soybean responded to increase in solar radiation by observing paraheliotropism in order to reduce its TL while RLM soybean increased its transpiration in order to reduce TL. Increase in transpiration of RLM soybean was due to increase in abaxial stomatal aperture.
  Nazeer Hussain Shah , Inamullah , Fateh Ullah Khan , Muhammad Siddiq , Imtiaz Ahmad , Sadur Rehman and Nazeer Ahmad
  The wheat variety Pirsabak Barani-05, having the parentage MUNIA/CHTO/ / AMSEL, was first tested at CCRI Pirsabak during 2001-02 in HRWYT (High Rainfall Wheat Yield Trial) trial received from CIMMYT (Centro Internacional de Mejoramiento de Maiz y Trigo) Mexico. The line was selected on the basis of high yield and disease resistance and was included in the advance yield trials B-VI for further testing at CCRI (Cereal Crops Research Institute) Pirsabak and at ARI (Agricultural Research Institute) Tarnab during 2002-03. This line was again selected on the basis of high yield and disease resistance and was included in microplot or regional wheat yield trials for testing at different locations i.e., CCRI Pirsabak, ARS (Agricultural Research Station) Serai Naurang and at ARS Buffa in the North-West Frontier Province during 2003-04. This line was included in the Rainfed National Uniform Wheat Yield Trial (NUWYT) during 2004-05 where it showed excellent yield disease resistance performance. The results of HRWYT, advance yield trials (B trial), regional yield trial (MPT) and the NUWYT from 2001-02 to 2004-05 confirmed its superiority in higher yield and resistance to yellow and leaf rusts because of which this line was approved by the Provincial Seed Council as a new wheat variety for cultivation in the rainfed areas of NWFP. It has been named as Pirsabak Barani-05 and is recommended for sowing from November 1st to December 15th in NWFP.
  Gulzar Ahmad , Amanullah Jan , Inamullah and Muhammad Arif
  Experiments were conducted at Cereal Crops Research Institute Pirsabak Nowshera, Pakistan, during 2003-04 and 2004-05 to evaluate the impact of nitrogen (N) and sulfur (S) levels, time and methods of application on Canola (Brassica napus L. cv. Bulbul-98) under irrigated conditions. Four levels of S (0, 20, 40 and 60 kg S ha-1) and three levels of N (80, 120 and 160 kg N ha-1) and a control treatment with both nutrients at zero level were applied as a sole dose at sowing, or in two split applications (50% at sowing + 50% at leaf rosette stage), or three split applications (1/3rd at sowing + 1/3rd at leaf rosette stage+ 1/3rd at flowering). The experiments were laid out in Randomized Complete Block (RCB) Design with split plot arrangement having four replications. Treatments comprising N and S levels were applied to main plots while time of application treatments were assigned to sub plots. Analysis of the data collected from the experiments indicated that maturity of canola was delayed as N rate was increased. Increasing levels of N had progressively enhanced plant height, leaf area index and CGR up to the highest level of 160 kg N ha-1. However, harvest index, was increased up to 120 kg N ha-1. The influence of S was non-significant on days to maturity while leaf area index and harvest index, were increased significantly when S rate was increased up to the 40 kg S ha-1. However increasing rate of S continuously enhanced plant height and CGR up to the highest level of 60 kg S ha-1. There was no significant influence of the time of application of N and S on plant height, leaf area index and CGR. However, sole application of N and S at sowing resulted in early maturity and three-split applications significantly decreased harvest index of canola.
 
 
 
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