Yadollah Farayedi

Agricultural Research & Education Organization

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Co-Authors

Javad Ashrafi

Soil Conservation and Watershed Management Research

Homayoun Kanouni

Agricultural Research & Education Organization

Farshid Mahmudi

Soil Conservation and Watershed Management Research

Mohsen Mohammadi

Purdue University West Lafayette

H. R. Pouralibab

Agricultural Biotechnology Research Institute of Iran

M. Kheirghu

Soil Conservation and Watershed Management Research

Payam Pezeshkpour

Agricultural Research & Education Organization

Reza Amiri

Kerman University of Medical Sciences

Mehran Mahdavi Moghadam

University of Tehran

Rahmatollah Karimizadeh

Agricultural Research & Education Organization

Cooperative Institutions

Agricultural Research & Education Organization

Soil Conservation and Watershed Management Research

Agricultural Biotechnology Research Institute of Iran

University of Tehran

Yasuj University of Medical Sciences

Shiraz University of Medical Sciences

Kerman University of Medical Sciences

University of Mohaghegh Ardabili

Drylands Research

University of Tabriz

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Response of Chickpea (Cicer arietinum L.) Advanced Lines to No Snow Cover Cold in Fall Planting

Seed and Plant Improvment Journal (2013)

D Sadeghzadeh Ahari Yadollah Farayedi

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Citations (1)

Sepehr, a new lentil cultivar for cultivation in moderately warm regions

Rahmatollah Karimizadeh Payam Pezeshkpour Mohsen Mohammadi Davood Sadeghzadeh M. Barzali

Lentil cultivar Sepehr was first introduced as FLIP 2005-53L line through LIDTN-L-08 ICARDA international nursery and was evaluated in Gachsaran and Maragheh stations in 2007-2008 cropping season. FLIP 2005-53L line in the cropping seasons 2008-2009 and 2009-2010 was evaluated in the preliminary and advanced yield trials in Gachsaran and Khorramabad research stations. After evaluating the results of advanced experiments, this line was selected to participate in the national uniform regional yield trial (2010-2013) in Gachsaran, Khorramabad, Gonbad and Moghan research stations. Stability analysis of grain yield in this experiment showed that this line had the lowest contribution in the interaction of genotype × environment using different statistical methods and also it had the lowest mean rank values for non-parametric stability parameters as well as 19% increases in the grain yield (with grain yield of 1166 kgha-1) ‌ compared to the control cultivar Gachsaran (with grain yield of 978 kgha-1) and therefore can be considered as one of the most stable genotypes with high grain yield. FLIP 2005-53L line with average grain yield of 1902 kgha-1 in farmers field in the research-extension trials, had a 15% advantage of grain yield over control cultivar Gachsaran with grain yield of 1651 kgha-1. In addition to high grain yield, good yield stability, high resistance to fusarium disease, desirable 100-seed weight (4.2 g) and suitable plant type and plant height for machine harvesting were other reasons for releasing Sepehr cultivar. Sepehr cultivar is suitable for cultivation in subtropical regions of the country including Khuzestan, Fars, Kohgiluyeh and Boyer-Ahmad, Lorestan, Kermanshah, Ardabil (Moghan) and Ilam provinces.

10.22092/rafhc.2021.122727.1160

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Evaluation of Genotype -Environment Interaction for Grain Yield of Chickpea Genotypes (Cicer arietinum L.) in Cold Agro-Climate Zone of Iran by GGE Biplot Method

Journal of Crop Breeding (2020)

Yadollah Farayedi Ali Akbar Asadi Farhad Ahak paz َAli Saeed Homayoon Kanoni

Evaluation of Genotype -Environment Interaction for Grain Yield of Chickpea Genotypes (Cicer arietinum L.) in Cold Agro-Climate Zone of Iran by GGE Biplot Method

Biplot

Cold climate

10.52547/jcb.12.36.66

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Ata, a new chickpea variety, suitable for autumn planting in cold and temperate regions at dryland conditions

Asif Saeed Sayyed Hossain Sabaghpour Homayoun Kanouni Yadollah Farayedi M. Mahdiye

Climate changes along with recent droughts and short growth period of spring planting date are important factors causing non-economic and low yield production of chickpea in Iran. Ata variety with breeding code of x03TH148 was received from ICARDA in 2004 through Chickpea International Segregation Generations Nursery. This line was evaluated in international, preliminary, advanced and adaptability yeild trials as well as studies on fusarium wilt and ascochyta blight diseases resistance at agricultural research stations and under farmers’ fields conditions in autumn planting date. Based on results of adaptability trials, this variety had suitable agronomic and economic characteristics such as potencial for machinery harvesting, average seed yield of 886 kgha-1, with 11% superiority to Jam check cultivar and cold tolerance to -16.9°C in the areas without snow covering during emergence. The new variety with average yield of 2061 kgha-1 showed considerable superiority to Saral check (1345 kgha-1) in farmers’ fields. Considering high seed yield, tall plant height, large seed size, suitable seed protein content, tolerance to ascochyta blight and fusarium wilt diseases and marketable traits, Ata was released and recomended for autumn sowing in the temperate and cold regions of Iran.

Adaptability

Ascochyta

10.22092/rafhc.2021.124708.1181

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Study on Agronomic Characters and Yield Comparison of Kaboli Chichpea Cold Tolerance Genotypes at Autumn Sowing in Dryland Condition

Yadollah Farayedi Mohsen Mahdieh Sadeq Shahbazi Dourbash

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EVALUATION OF DROUGHT STRESS TOLERANCE IN KABULI TYPE CHICKPEA (CICER ARIETINUM L.) LINES

Yadollah Farayedi

Drought Tolerance

Drought Resistance

Drought stress

Water Stress

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STUDY OF AGRONOMIC CHARACTERISTICS AND COLD HARDINESS IN CHICKPEA (CICER ARIETINUM L.) GENOTYPES IN AUTUMN RAINFED SOWING CONDOTIONS

Yadollah Farayedi

Hardiness (plants)

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Growing fruit trees with rainwater harvesting in arid environments: the case of almond in Northwest Iran

Ali Reza Tavakoli Theib Oweis Ali Reza Sepaskhah Mehran Mahdavi Moghadam Yadollah Farayedi

Fruit trees are grown in arid environments under irrigation. In most of the dry environments, irrigation water is not available or is scarce during the growing season; therefore, irrigation may not be possible or feasible. Yet farmers continue to grow trees under this dry rainfed condition. Low precipitation and the occurrence of frequent drought spells stress trees and cause low yields or crop failure. Farmers, to avoid crop failure, supplement rainwater with costly irrigation water often transported to the sites by tankers. Through rainwater harvesting, precipitation is concentrated through runoff from larger catchments to the basins of trees to be stored in the root zone for using during the dry period. It is however important to evaluate the capacity of system and its design parameters to ensure sufficient and efficient water supply for individual trees over the drought periods. Field trials for almond orchards were conducted over 7 years in a dry area in Northwestern Iran with mean annual rainfall 250 mm. The objective is to evaluate the impact of a range of micro-catchment rainwater harvesting practices and soil amendments on the performance of two varieties of almond trees widely grown in the area. Treatments include catchment size and geometry, surface treatment, soil water absorbent and fermented manure. Results showed that a 49 m2 compacted catchment is sufficient to generate enough runoff to supplement rainfall for each almond tree with no effect of catchment geometry. The addition of a super absorbent material to increase soil-water storage of the root zone did not outperform the use of fermented manure. Threshold rainfall for initiation of runoff ranged from 3.5 to 5.5 mm. In a 7 mm rainfall event and basin size of 49 m2, the runoff coefficients ranged from 13.1, to 48.4 percent. At maturity, almond trees yielded 612 kg dry nuts/ha using water-harvesting system where no irrigation was needed. In this dryland environment, farmers can grow economical rainfed almond orchards with appropriate micro catchment rainwater harvesting system.

Rainwater Harvesting

Dry season

Rainfed agriculture

Wet season

Water storage

10.22077/jwhr.2020.3340.1034

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Physiological and morphological characteristics of chickpea accessions under low temperature stress

Russian Journal of Plant Physiology (2011)

Leila Heidarvand Reza Amiri Mohammad Reza Naghavi Yadollah Farayedi Behzad Sadeghzadeh

Cold tolerance

Cold stress

Freezing tolerance

Drought Tolerance

Plant Physiology

10.1134/s1021443711010080

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Citations (62)

Stability Analyses for Seed Yield of Chickpea (Cicer arietinum L.) Genotypes in the Western Cold Zone of Iran

Journal of Agricultural Science (2015)

Homayoun Kanouni Yadollah Farayedi Ali Saeid Sayyed Hossein Sabaghpour

Different methods have been developed to estimate of genotype by environment interaction (GEI) in crop plants. In this study, 14 kabuli type chickpea genotypes were assessed for seed yield in four stations over three successive years (2010-2013) at west highlands of Iran. Randomized complete block design was used in all test environments with four replicates. Combined analysis of variance for seed yield revealed significant differences between genotypes, locations, and interaction between these two sources. The mean seed yield of genotypes averaged over environments showed that V4 and V2 had the highest (1163.58 kg ha-1) and the lowest seed yield (759.07 kg ha-1), respectively. Significant GE interaction implied that chickpea genotypes had various responses to different environments and, the stability analysis could be performed. To investigate GEI and identify the best performing stable genotypes, several stability parameters were employed. According to Wricke's ecovalance, stability variance, Plaisted method, and genotypic stability V5, V8 and V3 were the most stable genotypes. Based on CV, regression coefficient and MS(GE), V1 and V5 found to be stable and adapted to diverse environments, and the other genotypes distributed among stability statistics. Based on the AMMI biplot, 12 test environments divided into two mega environments. These mega environments included very cold districts like Maragheh and similar areas, and relatively softened regions of Kurdistan and similar environments. For these two mega environments, V6 and V4 showed more adaptability, respectively. In conclusion, the two genotypes, V4 (FLIP 00-39C) and V6 (FLIP 99-26C) could be recommended as new cultivars to chickpea farmers for autumn sowing in west areas of Iran.

Biplot

Ammi

Adaptability

10.5539/jas.v7n5p219

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Citations (20)