Determination of iron critical level for main agricultural soils cultivated with wheat (Triticum aestivum L.) in Sulaimani.

A. Esmail, Sazan F Sharef
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引用次数: 2

Abstract

The factorial pot experiment was conducted at Bakrajo Research Station,Ministry of Agriculture and Water Resources, Sulaimani Governorate during thewinter growing season from 1/12/2014 to 10/6/2015 for limiting of Fe criticallevel of soils and wheat plant. The pot factorial experiment included the effectof five levels of Fe- EDDHA (0, 2, 4, 6, and 8) mg Fe kg soil-1 , soils of 20locations and their effects on growth, yield and quality of wheat usingcompletely randomized design with 4 replicates. The results indicated to thesignificant effect of applied Fe levels on grain yield of wheat, the highest meanvalue (12.66) g pot-1 was recorded from the second treatment (2 mg Fe kg -1) which ranged between (3.11-28.02) g pot-1 , while the lowest mean value (11.09) g pot-1obtained from the 5 th treatment (8 mg Fe kg -1 ) which ranged between (3.14-27.62) g pot-1 . The critical level of Fe was determined in wheat usinggraphic method and statistical method depending on iron concentration in theplant (mg kg-1 dry weight) and relative yield the iron which was (50.50 mg kg-1dry matter .While the critical level of iron in the studied soil was (2.61) mgkg-1using graphical method and (2.50) mgkg-1 depending on statistical method for the studied soils in Sulaimani governorate.
苏莱曼尼地区主要小麦农业土壤铁临界水平的测定。
2014年1月12日至2015年10月6日,在苏莱曼尼省农业和水利部Bakrajo研究站进行了因子盆栽试验,以限制土壤和小麦植株铁的临界水平。盆栽因子试验采用完全随机设计,采用4个重复,研究了5个水平Fe- EDDHA(0、2、4、6和8)mg Fe kg soil-1和20个地点土壤对小麦生长、产量和品质的影响。结果表明,施铁水平对小麦籽粒产量有显著影响,第2处理(2 mg Fe kg -1)的平均值最高(12.66)g pot-1,介于(3.11 ~ 28.02)g pot-1之间,第5处理(8 mg Fe kg -1)的平均值最低(11.09)g pot-1,介于(3.14 ~ 27.62)g pot-1之间。用图解法和统计法确定了小麦铁的临界水平,这取决于植株铁浓度(mg kg-1干重)和相对产量(50.50 mgkg-1干物质),而苏莱曼尼省研究土壤铁的临界水平用图解法和统计法分别为(2.61)mg -1和(2.50)mg -1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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