حسینعلی فلاحی Articles List

List of Articles حسینعلی فلاحی

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1 - Recognition the effective traits on grain yield of bread wheat genotypes under heat stress and non-stress conditions
Hossein Ali Fallahi atefeh kaviani charati Abbas ali Andarkhor
10.22034/aej.2018.538401

To determine the traits affecting grain yield, 10 bread wheat genotypes including Morvarid and Kohdasht cultivars and Lines of N-87-4, N-87-9, N-86-6, N-86-8, N-80-19, N-86-5, N-85-5 and Line 17 were planted in two separate experiments including environmental condition More

To determine the traits affecting grain yield, 10 bread wheat genotypes including Morvarid and Kohdasht cultivars and Lines of N-87-4, N-87-9, N-86-6, N-86-8, N-80-19, N-86-5, N-85-5 and Line 17 were planted in two separate experiments including environmental conditions without heat stress in 15 December, and heat stress conditions of 10 February in Gonbad Kavous Agricultural Research Station during 2011-2012. Genotypes were compared in a randomized complete block design with three replications andwith combined analysis. Interaction of heat stress and genotypes were significant for grain yield, spike length, number of fertile spike. Genotypes and heat stress effect in all recorded traits were significant. In both conditions, grain yield had a positive and significant correlation with number of fertile spikes. Stepwise regression showed that the number of fertile spikes in normal conditions 99.8% and in heat stress 97.1% of grain yield changes were explained. The path analysis showed that the number of fertile spike had the most direct effect on grain yield in both conditions. The cluster analysis categorized genotypes into two group in normal conditions and three groups in heat stress conditions. Therefore, the number of fertile spikes can be used indirectly in the selection of genotypes with high yield in both heat and normal conditions. Manuscript profile
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2 - 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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3 - 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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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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