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Articles by Elshad Gurbanov
Total Records ( 4 ) for Elshad Gurbanov
  Vagif V. Atamov , Musa Cabbarov and Elshad Gurbanov
  In this region forest area occur from the plain zone Quercetum, Alnusetum, Aceretum, Fagetum, Fageto-Carpinetum, Parrotietum, Querceto-Fagetum, Fageto-Quercetum, Carpineto-Fagetum, up to 1400 m, the xerophyte plants are dominant in region with frigana, pseudomaquis, steppe, rocky-stony and pebbly ecosystems between 1400 and 2582 m. The forest area are widespread in the low altitude of region and among the forest, at the high altitudes, there are some formations. These are Dianthusetum, Sedetum, Campanuletum, Spergularietum, Nepetetum, Prangosetum, Silenetum, Asperulifolietum, Iridetum, Ziziphoretum, Thymetum, Onobrychisetum, Acantholimonetum, Festuceto-Astragaletum, Pyreteto-Festucetum, Astragaleto-Acantholimonetum, Festuceto-Astragaletum, Thymeto-Astragaleto-Acantholimonetum, Ilexetum, Paeonieto-Ilexetum, Fageto-Ilexetum. There are some morphological are some changes on the stem and leaves become small, the presence of rosette, on the upper of ground the plant become cosh and ball, the presence of underground, adaptation on the xerophyte plants of high mountainous zone. The members of Liliaceae, Iridaceae, Orchidaceae, families can be given for this category. Among these, species belong to Iris, species belong to Allium, species belong to Gagea and 4 species belong to Muscari genus. These geophytes species are important for the flora of autumn and spring and they have temporary aspect for the vegetation of region. These icing of plants are characterized for mountainous ecosystem and can survive on the stony-pebbly and on the peak humus soils. In this region the plants are categorized according to their root system and 41.6% stoke root, 0.2% fringe-stake root, .8% fringe were determined. Bulbous, tuberous and rizomic plants have an important role on the mountainous ecosystem of phytosenolocical structure as a seasonally.
  Reza Shahryari , Elshad Gurbanov , Aladdin Gadimov and Davoud Hassanpanah
  The present research characterized yield and yield components of 42 wheat genotypes after terminal drought stress. The experiment was in twice replicated simple rectangular lattice design, conducted at irrigated and terminal stress conditions during 2006-2007. These study genotypes had significant differences for grain yield at level of 1%. Genotypes 4057, Viking/5/Gds/4.., Sabalan and 5041 respectively with 6.313, 6.159, 5.793 and 5.774 t ha-1 had the highest yield and Gascogen has the lowest yield with 2.561 t ha-1. Mean of total grain yield for under study genotypes was 5.628 t ha-1 in non-stress and 3.305 t ha-1 in drought stress conditions. Drought stress decreased amount of grain yield 2.323 t ha-1 that was noticeable. Interaction of Genotypexenvironmental conditions was significant at probability level of 1% for grain yield. Yield of all genotypes in drought condition was lower than non-stress condition. Genotypes Viking/5/Gds/4/Anza/3/Pi.., Sabalan, 4061, 4057 and 4041 had more yield in non-stress condition and MV17/Zrn, Sabalan, Saysonz and 4032 in stress condition. Stress intensity pay attention to total grain yield was 42%. Genotypes Viking/5/Gds/4/.. and Sabalan had high grain yield and was better than other genotypes and controls (Toos and Crosse Shahi), according to GMP, STI and MSTI. And had the most amount of stress tolerance index as compared with other genotypes confirms this subject. Correlation of yield with other traits was not significant in non-stress condition. In drought condition, correlation of grain yield with 1000 grain weight and total number of tillers per plant was positively significant. ANOVA showed significant differences between osmotic pressures for coleoptile length, between genotypes for mean and maximum coleoptile length and between interactions of genotypesxosmotic pressures for mean and maximum coleoptile length. Mean comparisons showed the highest total, mean and maximum coleoptile length in -7 bar PEG+1 ml L-1 potassium humate treatments. Genotypes Sardari and Sabalan had the highest amounts of total, mean and maximum coleoptile length. With due attention to interaction genotypexosmotic pressures, genotypes Sardari, Sabalan and 4057 in -7 bar PEG+1 ml L-1 potassium humate had the most amounts of noted characters than others. In conditions of this experiment, potassium humate caused increase in tolerance rate of genotypes against drought stress.
  Davoud Hassanpanah , Elshad Gurbanov , Aladdin Gadimov and Reza Shahriari
  Plantlets produced from meristem culture of six advanced cultivars (Agria, Advanced clone 397007-9, Marfona, Sante, Satina and Ceaser) propagated by single node cuttings arranged in a RCBD base factorial design with ten replications. Factor A was plantlets produced from meristem culture of advanced cultivars and factor B was seven treatments (four concentrations of potassium humate as 0.5, 1, 1.5 and 2 mL, one concentrations of kadostim as 1 mL, compound concentration of potassium humate and kadostim as 1 ml L-1 MS media culture and without them as control). Produced plantlets transplanted into the planting beds of Pitmass (Biolan) with punce (1:1 v/v) in the greenhouse. Some of traits measured such as average weight and number of mini-tuber per plant after harvesting. Results of analysis of variances showed the significant differences between effects of kadostim and potassium humate on advanced cultivars, for transplantation into the greenhouse, stem solidity and rhizo-genesis characters. So transplantation days decreased from 30 to 13 days in MS media culture with compound of potassium humate + kadostim by concentration of 1 ml L-1 MS media culture, also decreased to 15 days in MS media culture with kadostim by concentration of 1 ml L-1 MS media culture and also decreased to 22 days in MS culture with potassium humate by concentration of 1 and 1.5 ml L-1 MS media culture and plantlets had the highest stem solidity and better rhizo-genesis in all of treatments. Agria, Sante and Marfona transplanted earlier and Ceaser transplanted later than others to the greenhouse. Compound concentration of potassium humate and kadostim 1 ml L-1 MS media culture had the highest number of mini-tubers per plant and potassium humate 0.5 ml L-1 MS and Kadostim 1 ml L-1 MS had the highest mini-tuber weight per plant and average of mini-tuber weight per plant. Agria had the highest number and average of weight of mini-tubers per plant. Potassium humate 0.5 ml L-1 MS in satina, kadostim 1 ml L-1 MS in marfona and potassium humate + kadostim 1 ml L-1 MS in Agria had the highest number of mini-tubers per plant. Increasing rate of weight and number of mini-tubers per plant with potassium humate and kadostim in all of advanced cultivars were more than control.
  Davoud Hassanpanah , Elshad Gurbanov , Aladdin Gadimov and Reza Shahriari
  This experiment was done on the three potato cultivars [Agria (susceptible), Satina (semi-tolerant) and Ceaser (tolerant to water deficit)] and three irrigation treatments (after 30 mm evaporation from basin class A, after 60 mm evaporation+spraying by Potassium Humate, and after 60 mm evaporation from basin class A) for two locations in 2007. Experimental design was Split Plot with three replications. Potassium Humate spraying (250 mL ha-1) were done in three stages of emergence, before tuberization and during tuberization period. Combined analysis of variance showed that there were significant differences between locations, cultivars, irrigation treatments and locationxcultivars interaction as effect on tuber yield. Comparison of means for irrigation treatments showed that spraying by Potassium Humate in stress condition induced increasing of tuber yield. Spraying by Potassium Humate in water deficit condition increased tuber yield up to 11.01 ton ha-1. Ceaser had the highest tuber yield. It had higher tolerance to water deficit as well. Ceaser had a high potential in control and severe stress. Decrease in yield of Ceaser after 60 mm evaporation+spraying by Potassium Humate and after 60 mm evaporation from basin class A, relative to control (after 30 mm evaporation from basin class A) was 1.03 and 13.08 ton ha-1 but for Satina was 7.83 and 16.61 ton ha-1, respectively. Satina had the lowest Environmental Variance, Environmental Variance Coefficient, Finlay and Wilkinson`s and Eberhart and Russell`s model and was the most stable cultivar. Lin and Binns parameter showed that Ceaser and Satina were the most stable cultivars. Results of GMP, STI and MSTI were very considerable and Ceaser and Satina had a high yield in water stress and control conditions.
 
 
 
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