尹 杰, 谢贤健, 罗 伟, 杨 林, 唐丹丹. 城市土壤磁化率空间特征分析———以内江市为例[J]. 内江师范学院学报, 2016, (12): 62-66. DOI:10.13603/j.cnki.51-1621/z.2016.12.014
引用本文: 尹 杰, 谢贤健, 罗 伟, 杨 林, 唐丹丹. 城市土壤磁化率空间特征分析———以内江市为例[J]. 内江师范学院学报, 2016, (12): 62-66.DOI:10.13603/j.cnki.51-1621/z.2016.12.014
YIN Jie, XIE Xianjian, LUO Wei, YANG Lin, TANG Dandan. Spatial Analysis of the Characteristics of Urban Soil Magnetic Susceptibility[J]. Journal of Neijiang Normal University, 2016, (12): 62-66. DOI:10.13603/j.cnki.51-1621/z.2016.12.014
Citation: YIN Jie, XIE Xianjian, LUO Wei, YANG Lin, TANG Dandan. Spatial Analysis of the Characteristics of Urban Soil Magnetic Susceptibility[J].Journal of Neijiang Normal University, 2016, (12): 62-66.DOI:10.13603/j.cnki.51-1621/z.2016.12.014

城市土壤磁化率空间特征分析———以内江市为例

Spatial Analysis of the Characteristics of Urban Soil Magnetic Susceptibility

  • 摘要:以内江市为例,选择城市交通用地、农业用地、城市工业用地、住宅用地、商业用地、公管公服用地六种不同土地利用方式的土壤为研究对象,对上下层共采集到的406个土壤样本进行磁化率测定.结果表明,内江市城市土壤在不同土地利用方式下,土壤平均磁化率表现出差异性,具体表现为:公管公服用地>住宅用地>商业用地>工业用地>交通用地>农业用地,市中区大体呈现出由西南向东北增大的趋势,其最大值主要在四川水文总站沱江分站、内江市气象局、翔龙中学一带;东兴区呈现出由内向外降低的趋势,其最大值主要在内江市烟草物流中心、内江市宏兴市政公司、内江广汇住宅小区一带.反映出土壤磁化率的增加与人类活动有直接关系,结合采样点的土壤环境背景,分析内江城区土壤的环境特征,探讨内江市土壤磁化率特征对环境的指示意义.

    Abstract:Taking Neijiang as an example, soils taken from six types of land use(the traffic land, agricultural land, industrial land, residential land, commercial land, public service land) are taken as the research subjects, 406 soil samples(inclu- ding top soil and under soil)are collected and given a magnetic susceptibility test. The results show that the soil magnetic sus- ceptibility of Neijiang differs under the different means of land use: public service land>residential land>commercial land>in- dustrial land>traffic land>agricultural land; in the downtown district an upward trend of magnetic susceptibility is found from southwest to northeast, with the maximum values found chiefly in the Tuojiang River Hydrological Station of the Sichuan Gen- eral Station, the Neijiang Weather Bureau, Xianglong Middle School Area; while in the Dongxing district a declining trend of the magnetic susceptibility is found from inside to outside, with the maximum value found mainly in Neijiang Tobacco Logistics Center, Neijiang Hongxing Municipal Corporation, Neijiang Guanghui Residential Area. it indicates that the increase of soil magnetic susceptibility is directly related to human activities. Considering the soil environmental conditions of the sampling points, the research analyses the characteristics of the soil in Neijiang and explores the indicator significance of soil magnetic susceptibility of Neijiang upon the environment.

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