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The relationship of heavy metals contents in soils to their content in legume seeds used in famous traditional food in kurdistan region-iraq

机译:库尔德斯坦地区着名传统食品中豆类种子中土壤中重金属含量与其含量的关系

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摘要

In this work the level of risk heavy metals contents in Cowpea seeds comparison with heavy metal content in soil was studied. For the experiment three cowpea cultivars (brown, red, white) were used. Cowpeas were harvested at full ripeness in Kalak location in Erbil city. The flame AAS (AAS Varian AA Spectr. DUO 240 FS/240Z/UltrAA) was used for the determination of heavy metal contents in soil and plant materials. The soil which cultivated Cowpea, characterized neutral to slit alkali, with a typical content of cations K, Mg and P. Beans and the seeds of faba bean, cowpea and chickpeas boiled with salt eaten in the form of Lablabe, traditionly used heavy sweets such as knafa. Ful, which is fava beans cooked with chickpeas (garbanzo beans) or make soup from fresh cowpea, fresh faba bean, fresh fasoulia, as well as lentil soup (shorbat adas) and different kinds of salad after boiled. Cowpea grain legumes occupy an important place in human nutrition, especially in the dietary pattern of low income groups of people in developing countries. The level risk heavy metal contents in the soil determined was only Cd content was on the level of limit value given for the soil extract by aqua regia as well as Co content was higher than the limit value given for the relationship between soil and plant. All of determined values were lower than critical value extracted by NH4NO3 only the maximal available soil content of mobile Pb forms was exceeded but cowpea accumulated seeds in amounts the risky elements contents, with the exception of Ni, did not exceed limit for the maximum levels of chosen risk elements in studied legume. The content of the metals studied with the exception of cadmium, not exceed the maximum permissible value in legumes, as defined in the Codex Alimentarius. The aim of this research, to study or determine the content of risky heavy metals (Cu, Ni, Cr, Pb, and Cd) in the soil and their relationship in selected varieties cowpea seeds cultivar. Faba bean and Fresh bean with tomatoes uses for preparing soup, or a popular snack eaten on boiled and roasted in oil with egg or onion, other legume seeds broad bean, fababean, lentil, pea, chickpea used for different traditional foods in Iraq.
机译:在这项工作中,研究了豇豆种子中的风险重金属含量与土壤中的重金属含量的含量。对于实验,使用了三种豇豆品种(棕色,红色,白色)。在埃尔比勒市的卡拉克地区充分成熟,豇豆被收获。火焰AAS(AAS VARIAN AA谱。DUO 240 FS / 240Z / UltraA)用于测定土壤和植物材料中的重金属含量。培养豇豆的土壤,表征中性到狭缝碱,具有典型的阳离子k,mg和p.豆类和豆豆,豇豆和鹰嘴豆种子,用盐的形式煮沸,传统使用的重型糖果作为knafa。 Ful,它是用鹰嘴豆(Garbanzo Beans)煮熟的小豆子或从新鲜的豇豆,新鲜的Faba Bean,新鲜Fasoulia和扁豆汤(Shorbat Adas)和不同种类的沙拉煮熟。豇豆粮食豆类占据了人类营养的重要位置,特别是发展中国家人民低收入群体的饮食模式。测定的土壤中的水平风险重金属含量仅为CD含量为Aqua Regia土壤提取物的限制值水平,以及CO含量高于土壤和植物之间关系的限制值。所有确定的值都低于NH4NO3提取的临界值,只超过了移动PB形式的最大可用土壤含量,但豇豆累积的种子在风险的元素内容中,除NI外,最大水平的限制没有超过限制所选择的植物中的风险元素。除镉外,研究的金属的含量,不超过法典中定义的豆类中的最大允许值。本研究的目的,研究或确定土壤中风险重金属(Cu,Ni,Cr,Pb和Cd)的含量及其在选定品种豇豆种子中的关系。 Faba Bean和Fresh Bean用西红柿用于准备汤,或者在用鸡蛋或洋葱煮沸和烤制的豆油,其他豆类种子蚕豆,fababean,扁豆,豌豆,鹰嘴豆犬用于不同传统食品的植物植物。

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