List of Articles isa jabaleh

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  1 - Comparison of different cultivars of Sugar beet infection to Lixusincanescens (Col.: Curculionidae) in Joghatay
  isa jabaleh Reza Khodashahi Sadegh Baghban Khalilabad
  20.1001.1.22518371.1399.9.1.2.5
  In this study, the effect of Lixusincanescens on five sugar beet cultivars on five sugar beet cultivars (Shkoofa, Flores, SyRobustus, Silvetta and HilleshogMonatunno) in the year 2019-2020. Sampling was performed every 8days from early July to mid-September. At each dat More

  In this study, the effect of Lixusincanescens on five sugar beet cultivars on five sugar beet cultivars (Shkoofa, Flores, SyRobustus, Silvetta and HilleshogMonatunno) in the year 2019-2020. Sampling was performed every 8days from early July to mid-September. At each date, the experimental sample of larval damage on the petiole, the number of eggs and larvae were counted, and at the end of the experiment, the yield and sugar titer were analyzed. The results showed, the significant difference between larval damage on the petiole, the number of eggs and larvae, yield and sugar grade result on the studied cultivars at the level of five times the probability of meaning. The lowest larval damage index on petiole was in Shokof (2.5) and Silvetta (2.5), and the highest in Monatunno (6.25) and Flores (5.5); The lowest number of eggs per plant in Shokofa (2.25) and Silvetta (3.25) and the highest in Monatunno (5.25) and Flores (5) The lowest number of larvae in Shokofa (1.75) and Silvetta (75/75) and the highest was observed in Monatunno (6.25) and Flores (5) cultivars. The highest density of eggs and larvae was observed in the sixth (August 11) and seventh (August 19) sampling. The highest yield and sugar content were observed in Shokofa and Silvetta cultivars and the lowest in Monatunno and SyRobustus cultivars. The results of this experiment can indicate that Shkoofa and Silota dances can be the best option in virus management due to the least amount of petiole damage, egg and larval density. Manuscript profile
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  2 - Study of population fluctuations of Lobesia botrana (Lep.: Tortricidae) in vineyards of Kashmar region, in Khorasan Razavi province
  isa jabaleh Esmat Maldari Kondor Mohammad Sirjani
  20.1001.1.22518371.1400.10.1.4.4
  Lobesia botrana (Lep., Tortricidae) is one of the most important pests of vineyards in Iran and the world. Sex pheromone plays an important role in tracking and controlling this pest and is inevitable to get the best time for spraying and prevent indiscriminate spraying More

  Lobesia botrana (Lep., Tortricidae) is one of the most important pests of vineyards in Iran and the world. Sex pheromone plays an important role in tracking and controlling this pest and is inevitable to get the best time for spraying and prevent indiscriminate spraying. In this study, changes in the population density of grape-eating larvae and the peak time of insect flight in different generations of the species were investigated by installing pheromone traps in the garden of Kashmar Research Center in Khorasan Razavi province through 2020. In this study, four peak points of adult insect flight were recorded. The first flight peak was reached on April 15, and then reached the peak of the second flight with a decrease on June 3, and after this peak on July 7, the peak of the third flight occurred, and finally on September 5, the fourth peak of the flight was observed. After the last peak, due to the gradual decrease in temperature and lowering of the average temperature from the minimum thermal threshold, the flight activity of moths decreased and from mid-October onwards, the trap hunting stopped. The results also showed that the highest percentage of damage was related to the third generation and the lowest percentage of damage was related to the first generation L. botrana. It is recommended that the first specific spraying against grape clusters in the region for the second and third generations could be 5-7 days after the formation of the flight peak. Manuscript profile
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  3 - Effect of plant nourishments on Tetranychus urticae Koch (Acari: Tetranychidae) abundance, in Watermelon Fields of Esfarayen region
  isa jabaleh behzad amiri majid taherian
  20.1001.1.22518371.1398.8.1.5.1
  Watermelon with a vast area of cultivation is one of the most important products of the North Khorasan Province and the city of Esfarayen. In these areas, Tetranychus urticae can be considered as one of the most important pests of this product; the uncontrolled use of c More

  Watermelon with a vast area of cultivation is one of the most important products of the North Khorasan Province and the city of Esfarayen. In these areas, Tetranychus urticae can be considered as one of the most important pests of this product; the uncontrolled use of chemical pesticides causes the population to become resistant to pesticides and remains; poisons are very important for their fresh food; Plant nutrition quality hosts a factor influencing pest growth and reproduction. In order to investigate the effect of nutrition in field conditions on different biological stages of T. urticae, an experiment in the form of a randomized complete block design with seven treatments (chicken manure, cow manure, sheep manure, NPK, NPK + Humic acid, Humic acid and control) in Three sampling times were performed in 2015 in Esfarayen city. The results showed that the largest population of T. urticae in chicken manure on biological stages (egg, larva, nymph and adult), respectively, with an average (34.1 ± 27.12, 78.1 ± 04.12, 35.1 ± 04 . 8 and 69.1 ± 73.12) and the lowest number in the NPK + Humic acid fertilizer granulation in biological stages (egg, larva, nymph and adult), respectively (67.0 ± 16.4, 55.0 ± 88.2, 38.0 ± 18.2 and 67.0 ± 07.5) was observed. The results of this research granular fertilizer treatment Humic acid and Humic acid + NPK granulated onion fields in order to control the two-spotted spider mite is considered Manuscript profile
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  4 - Comparison of Sunn pest, Eurygaster integriceps Put., resistance in barley in Neyshabour
  isa jabaleh roya Askari majid Taherian
  20.1001.1.22518371.1397.7.2.1.2
  Barley is one of the world's main sources of nutrients for human and animal, and E. integriceps is one of the most important pests reducing its yield. This study was conducted on different barley genotypes to identify the genotypes that are resistant to Sunn pest. The s More

  Barley is one of the world's main sources of nutrients for human and animal, and E. integriceps is one of the most important pests reducing its yield. This study was conducted on different barley genotypes to identify the genotypes that are resistant to Sunn pest. The study was a randomized complete block design with three replications that was conducted in 2016 and 2017 in Neyshabour Agricultural Research Center. The results showed that the highest number of E. integriceps was recorded in genotype 3 and the lowest number of E. integriceps was related to genotypes 2 and 6. Genotype 13, with the important indices of grain yield under non-stress condition (Yp) and genotype 10, with the important indices of grain yield under stress condition (Ys) in the region, were identified to have high yield potential and low sensitivity to E. integriceps. Yp had a positive and significant correlation with the mean of productivity (MP), geometric mean (GMP), and stress tolerance index (STI). YS had a positive and significant correlation with all indices except stress susceptibility index (SSI) and tolerance index (TOL). Therefore, the MP, GMP, and STI were the only indices that showed a positive and significant correlation with Yp and Ys. In conclusion, based on the results of this study, genotype 20 can be nominated as a E. integriceps-resistant genotype in Neishabour region. Genotype 1 can also be reported as a sensitive genotype to E. integriceps with low yield. Manuscript profile
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  5 - Identification of ant species in the areas of Kadkan and Jolge Rokh, Torbat Heydarieh
  isa jabaleh elham Houshmand Hussein Sadeghi Namaghi
  20.1001.1.22518371.1396.6.2.5.9
  Ants (Hymenoptera: Formicidae) are social insects with more than 12,000 species, 365 genera and 27 subfamilies. As the most successful living organisms on Earth, have a very positive impact on soil ecosystem. Identification of ant species was performed in Kadkan and Jol More

  Ants (Hymenoptera: Formicidae) are social insects with more than 12,000 species, 365 genera and 27 subfamilies. As the most successful living organisms on Earth, have a very positive impact on soil ecosystem. Identification of ant species was performed in Kadkan and Jolge Rokh, Torbat Heydarieh, by sampling from June - September 2016. The samples were first identified in the laboratory using available identification keys and morphological characteristics such as oral fragments, tentacles, seams and body hairs. Then they were sent to Nihat Aktac, Turkey for confirmation of identification. In this study, 12 species belonging to 7 genera in 3 subfamilies were collected and identified. The scientific names of the species and their subfamily and genera are as followed: Subfamily Myrmicinae: Messor structor (Latreille, 1798); Messor ebeninus Santschi, 1927; Messor caducus (Victor, 1839); Monomorium kusnezowi Santsci, 1928; Crematogaster sordidula Nylander, 1849; Crematogaster subdentata Mayr, 1877 Subfamily Dolichoderinae: Tapinoma karavaievi Emery, 1925 Subfamily Formicinae: Lasius neglectus Van Loon; Boomsma and Andrasfalvy, 1990; Formica cunicularia Latreille, 1798; Cataglyphis aenescens (Nylander, 1849); Cataglyphis nodus (Brulle, 1833); Cataglyphis niger (Andree, 1881). Manuscript profile