Musilová Janette, Harangozo Ľuboš, Franková Hana, Lidiková Judita, Vollmannová Alena, Tóth Tomáš
Department of Chemistry, Faculty of Biotechnology and Food Sciences, SUA Nitra, Tr. A. Hlinku 2, 949 76, Nitra, Slovakia.
Sci Rep. 2021 Jul 8;11(1):14089. doi: 10.1038/s41598-021-93587-w.
The Gemer region (Slovakia) belongs to areas with a high concentration of risk elements. The contents of Cu, Ni, Pb, Cd, Hg and Mn were determined in soils and cultivated agricultural production from lands in three cadastres of the Gemer region (Henckovce (48.713845, 20.426189) and Nižná Slaná (48.717373, 20.4208423), cultivated crop-spring triticale; Gemerská Poloma (48.704523, 20.487645), cultivated crop-maize). Bioavailable forms of Pb (0.306-0.532 mg/kg) and Cd (0.104-0.154 mg/kg), pseudototal forms of Cd (3.07-3.98 mg/kg) and Hg (0.484-2.18 mg/kg) represented the highest risk in soils. The highest contents of Pb (Cd, Hg) were in maize from Gemerská Poloma: 0.898 (0.081, 0.399) mg/kg DM. Soils were classified based on several indicators of soil contamination. The highest values of indicators are: Contamination factor (C 29.1-Hg), Degree of contamination (C 51.5), Potential ecological risk factor (E 1163-Hg), Potential ecological risk index (RI 1,520), Pollution load index (PLI 4.76), Geo-accumulation index (I 5.60-Hg). All indicators concerned the lands of Henckovce and Gemerská Poloma, RI also concerned the land of Nižná Slaná. Bioaccumulation factor (BAF) was calculated to assess the plant's ability to absorb the risk element. For both crops and all risk elements, BAF values were < 1. Obtained results indicate heavy metal contamination of soils, therefore monitoring of soils in investigated area is necessary.
格默尔地区(斯洛伐克)属于风险元素高度集中的区域。对格默尔地区三个地籍区(亨乔夫采(48.713845, 20.426189)和尼兹纳斯拉纳(48.717373, 20.4208423),种植作物为春小黑麦;格默尔斯卡波洛马(48.704523, 20.487645),种植作物为玉米)土地上的土壤以及种植的农产品中的铜、镍、铅、镉、汞和锰含量进行了测定。土壤中铅(0.306 - 0.532毫克/千克)和镉(0.104 - 0.154毫克/千克)的生物可利用形态、镉(3.07 - 3.98毫克/千克)和汞(0.484 - 2.18毫克/千克)的假全量形态代表了最高风险。铅(镉、汞)含量最高的是格默尔斯卡波洛马的玉米:0.898(0.081, 0.399)毫克/千克干物质。根据土壤污染的若干指标对土壤进行了分类。指标的最高值为:污染因子(C 29.1 - 汞)、污染程度(C 51.5)、潜在生态风险因子(E 1163 - 汞)、潜在生态风险指数(RI 1520)、污染负荷指数(PLI 4.76)、地累积指数(I 5.60 - 汞)。所有指标都涉及亨乔夫采和格默尔斯卡波洛马的土地,RI也涉及尼兹纳斯拉纳的土地。计算了生物累积因子(BAF)以评估植物吸收风险元素的能力。对于两种作物和所有风险元素,BAF值均<1。所得结果表明土壤存在重金属污染,因此有必要对研究区域的土壤进行监测。