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Information Journal Paper

Title

THE IMPACT OF SULFUR, VERMIN COMPOST AND THIOBACILLUS APPLICATION ON THE YIELD OF OIL SUNFLOWER (AEROFLOR CULTIVAR)

Pages

  29-44

Abstract

 To study the impact of SULFUR, VERMIN COMPOST and thiobacillus on the YIELD of oil SUNFLOWER, an experiment was carried out with split plots on complete random designs with 10 treatments in three replications in Yaghmurali village, in the vicinity of Urmia. The experiment included VERMIN COMPOST in two levels (with or without application of VERMIN COMPOST) chosen as the main factor and the treatment of SULFUR fertilizer in five levels: without the usage of SULFUR, 200 kg SULFUR per hectare, 400 kg SULFUR per hectare, 200 kg SULFUR per hectare, plus biofertilizer BIOSULFUR (thiobacillus), 400 kg SULFUR per hectare plus bio SULFUR fertilizer (thiobacillus) chosen as the alternate factor. The results showed that the impact of VERMIN COMPOST on the oil percentage, seed biologic YIELD was meaningful, so as the highest seed YIELD was related to the use of VERMIN COMPOST with 425.30g per square meter, biologic YIELD of 976.89 per square meter and the percentage of oil was 47.67. The consumption of SULFUR had significant impact on the cavity percentage of the seed, protein percentage of the seed, and their biological function. In this respect, the highest biological YIELD was 'the treatment of 400 kg SULFUR per hectare + thiobacillus with 1004g per square meter and the treatment of non-usage SULFUR had the least amount of YIELD. The highest percentage of protein in SUNFLOWER related to the treatment with non-usage of fertilizer but application of SULFUR in 400 and 200kg per hectare. The functional treatment of 200 kg SULFUR + thiobacillus and 400 kg SULFUR + thiobacillus had the least amount and statistically they were classified in the same group. The general results of this experiment showed that the treatment of 400 kg SULFUR and thiobacillus per hectare was more effective in the increase of biological YIELD than the other levels of SULFUR, and non-usage of SULFUR showed the percentage of hollowness and consumption of 400 kg SULFUR per hectare caused an increase in the percentage of protein of the seed.

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    APA: Copy

    SALIMZADEH, SAKINEH, & JALILI, FARZAD. (2014). THE IMPACT OF SULFUR, VERMIN COMPOST AND THIOBACILLUS APPLICATION ON THE YIELD OF OIL SUNFLOWER (AEROFLOR CULTIVAR). JOURNAL OF RESEARCH IN CROP SCIENCES, 6(23), 29-44. SID. https://sid.ir/paper/168018/en

    Vancouver: Copy

    SALIMZADEH SAKINEH, JALILI FARZAD. THE IMPACT OF SULFUR, VERMIN COMPOST AND THIOBACILLUS APPLICATION ON THE YIELD OF OIL SUNFLOWER (AEROFLOR CULTIVAR). JOURNAL OF RESEARCH IN CROP SCIENCES[Internet]. 2014;6(23):29-44. Available from: https://sid.ir/paper/168018/en

    IEEE: Copy

    SAKINEH SALIMZADEH, and FARZAD JALILI, “THE IMPACT OF SULFUR, VERMIN COMPOST AND THIOBACILLUS APPLICATION ON THE YIELD OF OIL SUNFLOWER (AEROFLOR CULTIVAR),” JOURNAL OF RESEARCH IN CROP SCIENCES, vol. 6, no. 23, pp. 29–44, 2014, [Online]. Available: https://sid.ir/paper/168018/en

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