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姜 北, 袁秋月, 李 爽, 张曦宇, 袁 骏, 段 磊.关中平原地下水中碘的分布特征及碘盐供应问题探讨水资源与水工程学报[J].,2017,28(6):97-103
关中平原地下水中碘的分布特征及碘盐供应问题探讨
Discussion on distribution characteristics of groundwater iodine and iodized salt supply in Guanzhong Plain
  
DOI:10.11705/j.issn.1672-643X.2017.06.17
中文关键词:  高碘地下水  地下水碘分布特征  加碘盐  碘缺乏病  碘盐供应  关中平原
英文关键词:high iodine groundwater  distribution characteristics of ground water  iodized salt  iodine deficiency disorders  iodized salt supply  Guanzhong plain
基金项目:陕西省自然科学基金项目(2016JM4002); 长安大学大学生挑战杯项目(D-P-B-3)
作者单位
姜 北, 袁秋月, 李 爽, 张曦宇, 袁 骏, 段 磊 长安大学 环境科学与工程学院 陕西 西安 710054 
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中文摘要:
      针对陕西省存在的地下水高碘和地方性高碘病问题,以陕西关中平原为研究区,经过实地走访调查和采集的地下水样品,进行水样中相关指标的测定分析与数据处理。结果表明:秦岭北麓的蓝田、眉县山前洪积扇和北山的凤翔和岐山等县的冲洪积扇地区后缘,碘含量低于10 μg/L,为低碘区,建议提供碘含量为18~33 μg/g的加碘盐;武功县和周至县以西、长安区和临潼区的黄土台塬地区以及部分冲洪积扇区域,碘含量为10~300 μg/L,为适碘区,提议供给碘含量小于4 μg/g的加碘盐;渭河以北礼泉县以东以及渭南市、华县和华阴市的阶地地区,地下水碘含量高于300 μg/L,为高碘区,建议改为供应无碘盐。此研究为陕西省分区供应加碘盐和高碘地方病的预防提供参考依据和理论指导。
英文摘要:
      Aiming at the problem of high iodine in groundwater and local hyperiodia in Shaanxi province, the Guanzhong Plain in the central and eastern part of Shaanxi Province was taken as the study area. After field investigation and collecting groundwater samples, the analysis of the relevant indexes in the water samples and data processing were carried out. The results showed that the regions including the pirdmont diluvial fans in Lantian county and Meixian county at the northern of Qinling Mountains and the trailing edge of alluvial-diluvial fans in Fengxiang and Qishan county, where the groundwater iodine content is less than 10 μg/L,were considered as low iodine area. It is recommended to provide iodized salt with an iodine content of 18~33 μg/g to the low iodine area. While the iodine content in groundwater of the loess tablelands lying in the west of Wugong county and Zhouzhi county, and Chang'an District and Lintong District and part of the diluvial fan area was 10~300 μg/L, so this region was listed into no iodized salt zone and the content of iodized edible salt there should not exceed 4 μg/g. Between the east of Liquan county and the north of Wei River, the river terrace of Weinan City, Huaxian county and Huayin City and part of Hu Country, the groundwater there mostly contains iodine exceeding 300 μg/L. Hence, we suggested this area to be unfavorable iodized salt zone and supplying non-iodized salt. This study provides reference and theoretical guidance for the partition supply of iodized salt and the prevention of iodine endemic disease in Shaanxi Province.
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