List of Articles حسین صبوری

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  1 - Relationship of phenological and physiological traits with grain yield and yield components in Teriticale genotypes in the Gonbad region
  Marziyeh Rashidpour HosseinAli Fallahi AbbasAli Nourinia Hoseein Sabouri Shahpour Ebrahimnejad
  10.22034/aej.2015.514271
  This study was conducted using 13 triticale genotypes: ET-79-3, ET-79-4, ET-79-17, ET-82-8, ET-82-15, ET-82-16, ET-83-20, ET-84-5, ET-84-8, ET-84-15, ET-85-7, ET-85-9, JUANILLO 92 in an RCBD with three replicates to determine the phenological and physiological traits af More

  This study was conducted using 13 triticale genotypes: ET-79-3, ET-79-4, ET-79-17, ET-82-8, ET-82-15, ET-82-16, ET-83-20, ET-84-5, ET-84-8, ET-84-15, ET-85-7, ET-85-9, JUANILLO 92 in an RCBD with three replicates to determine the phenological and physiological traits affecting grain yield and related characteristics, in Agricultural Research Station of Gonbad in 2008-9. Data analysis of variance showed that there was a significant difference between genotypes for plant height, spike length, days to heading, days to physiological maturity, 1000 grain weight, spikes per square meter, number of grains per spike, number of fertile spikelet per spikes, harvest index, the average grain filling rate, and number of grains per square meter. But there was a significant difference between grain filling period, number of grains per fertile spikelet, straw yield and biological yield. ET-82-15 and Juanilo 92 genotypes produced the highest (6020 kg/ha) and the lowest (4422 kg/ha) grain yield, respectively. There was a significant and positive correlation between grain yield with biological yield, grain filling period, grain filling rate, 1000 grain weight and harvest index. Generally, ET-82-15 and ET-84-5 genotypes can be recommended for cultivation in Gonbad region and other similar semi-arid regions. Manuscript profile
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  2 - Phenotypic diversity in families derived from cross between Badia and Komino barley cultivars
  Atefeh Kaviani Charati Hossein Sabouri HosseinAli Fallahi Eisa Jorjani
  10.22034/aej.2017.532506
  To study phenotypic diversity and relationship among agronomical traits of 100  barley  F3 generation families derived from cross between Badia × Komino barely cultivars, an experiment was conducted based on randomized complete block design with three re More

  To study phenotypic diversity and relationship among agronomical traits of 100  barley  F3 generation families derived from cross between Badia × Komino barely cultivars, an experiment was conducted based on randomized complete block design with three replications at research field of Gonbad Kavous University during 2014-2015. Barley families had significantly high diversity in terms of awn length, spikelet no/spike. Grain yield was positive significantly correlated with total spike weight, seedlings number, plant height, awn length and biological yield and the highest correlation was observed between grain yield and total spike weight. In stepwise regression analysis, traits of seedlings number, days to heading, grain diameter, grains per spike, awn length had high contributed to grain yield. In path analysis the trait that had the most direct effect on yield was seedlings number. Barely families were classified into three groups regarding cluster analysis using Ward method and the third group was chosen as desirable one. On the whole, The most important factors influencing on yield increment of barley families was seedlings number and days to heading and these traits could be suitable choices to be used in barley breeding improvement programs. Manuscript profile
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  3 - Rice drought-tolerant genotypes recognition using multivariate analysis
  Reza Karim Koshteh Hossein Sabouri
  10.22034/aej.2016.521621
  Breeding rice for drought tolerance requires proper evaluation and analysis of genetic diversity in breeding parameters are related to drought tolerance. To identify tolerant index and sensitive rice genotypes to drought stress, an environment was conducted with 59 geno More

  Breeding rice for drought tolerance requires proper evaluation and analysis of genetic diversity in breeding parameters are related to drought tolerance. To identify tolerant index and sensitive rice genotypes to drought stress, an environment was conducted with 59 genotypes of rice in a complete block design with three replications in two flooding and water stress conditions in 2013 growing season in Aliadad Research Farm in Gonbad Kavous, Iran. Data variance analysis showed highly significant differences among genotypes for all studied traits. Significant genetic variation detected between genotypes and the traits evaluated. Analysis of correlation among the performance in terms of flooding and drought and stress tolerance indices showed that the SSI, STI, MP, GMP, HM and YI indices as the best indicators in both flooding and drought stress conditions which could be detect the genotypes by demonstrate robust, high-performance. Cluster analysis was performed using drought tolerance indices, genotypes were divided into three groups. Genotypes with drought tolerance indices were used and they were divided into three groups. Genotype-by IRAT177, IR62761-20, IR60080-42, B6144F-MR-6-0-0, CT13382-8-3-M, UPLRi-7, and IRAT212 were placed in third group and considered as the most drought-sensitive genotypes. According to the indicators of drought tolerance genotypes Caiapo, IR68702-072-1- 4-B and Pegaso considered to have the highest yield in both environmental conditions and a high STI as suggested tolerant genotypes. Manuscript profile
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  4 - Effect of planting date on agronomical traits of two barley cultivars
  Hosein Saboori Hossein Ali Fallahi Zeinab Khalilno Ahmad Reza Dadras Atefeh Saboori
  Barley (Hordeum vulgare L.) with wide dispersion and adaptation can be planted in arid unsuitable areas for planting wheat and produces considerable yield. Selecting suitable planting date is an effective factor on yield from phonological point of view because plant doe More

  Barley (Hordeum vulgare L.) with wide dispersion and adaptation can be planted in arid unsuitable areas for planting wheat and produces considerable yield. Selecting suitable planting date is an effective factor on yield from phonological point of view because plant does not meet undesirable conditions at all its developmental stages. Regarding to the importance of planting date in obtain maximum yield, the effect of seven different planting dates (24 Nov., 6, 18, 30 Dec., 15, 23 Jan. and 6 Feb.) was evaluated on two barley cultivars (Yousef and Sahra). Experiment was carried out as split plot based on a randomized complete block design. Spike weight, number of spikes per plant, plant height, number of seeds per spike, seed weight per spike, spike length, economic yield, awn length, seed thousand weight, peduncle length and peduncle weight were measured. Based on the results, the effect of planting date was significant on all the studied trait, except for plant height and peduncle length. Results showed that 24 Nov. and 6 Dec. were the best planting dates for barley planting. Also result of regression analysis showed that spike number per m2, peduncle weight, 1000 seed weight and peduncle length had the most effect on seed yield. Manuscript profile
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  5 - Role of chromosomes 1 and 6 in the genetic control of agronomical traits in rice
  Hossein Sabouri Mahnaz Katouzi Rasool Khatami Nejad
  In order to mapping of QTLs related to agronomical traits, an F2:3 population derived from the cross between Shahpasand (indica) and IR28 (indica) was used to mapping agronomic traits in rice. The linkage map constructed by 33 simple sequence repeat (SSR) molecular mark More

  In order to mapping of QTLs related to agronomical traits, an F2:3 population derived from the cross between Shahpasand (indica) and IR28 (indica) was used to mapping agronomic traits in rice. The linkage map constructed by 33 simple sequence repeat (SSR) molecular markers covered a total of about 336 cM rice chromosomes 1 and 6. Mapping population was grown in Gonbad Kavous University. Five QTLs, for biomass (Two QTLs) and harvest index (Three QTLs) were identified. The allele from IR28 parent increased biomass production. The additive effects of all alleles, except the alleles of qHI-1a increased measured traits in the plant. The QTLs related to harvest index were located on chromosomes 1 and 6 where the allele from IR28 at qHI-1b and qHI-6 increased harvest index. Number of filled grains, plant height, and panicle length, number of panicle, grain weight, and panicle weight were mapped. Three QTLs for number of filled grain were detected on chromosome 1(two QTLs) and choromosome 6 (1 QTL). Indeed, three QTLs on chromosomes 1 and 6 for the number of panicles, one QTL for the plant height (chromosome 6), one QTL for the panicle length and grain weight (chromosome 1) were identified. IR28 alleles in qFG-1a, qFG-1b and qFG-6 increased number of filled grains. Among these QTLs, the three major QTLs with very large effects, i.e. qFG-1a for number of filled grain, qLP-6 for panicle length and qWG-1  for grain weight explained 14.33, 12.45 and 11.99% of the total phenotypic variances, respectively. The results reinforced the idea that, new QTLs of this study could play an important role in the developing of rice populations. Manuscript profile
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  6 - Genetic diversity for morphological traits of rice genotypes under cold stress
  Fatemeh Honarvar Hosein Saboori Sakineh Saeedisar
  In order to investigate diversity between some rice genotypes in cold stress condition, 22 genotypes including 11 native genotypes and 11 foreign genotypes were evaluated. Experiment was carried out as split plot based on a completely randomized design with three replic More

  In order to investigate diversity between some rice genotypes in cold stress condition, 22 genotypes including 11 native genotypes and 11 foreign genotypes were evaluated. Experiment was carried out as split plot based on a completely randomized design with three replications. The genotypes were evaluated in normal and cold stress (10°C) conditions in an incubator. For evaluating phenotypic variation in rice genotypes, root length, shoot length and root and shoot weight were measured. Result showed the significant differences of the studied traits in cold stress condition. Besides, interaction effect of genotype and cold stress condition was significant for all the studied traits. Correlation coefficients between seedlings traits in normal and stress conditions and sensitivity and tolerance indices were high and significant. Cluster analysis based on seedling traits in cold stress condition grouped the genotypes into three groups that susceptible and tolerant genotype were separated from each other. Cluster analysis based on stress tolerant indices for morphological characteristics also separated sensitive and tolerant genotypes from each other. Significant differences between genotypes demonstrated genetic variation for evaluated traits at seedling stage of rice in cold stress condition. Manuscript profile