Study of Surface Water and Soil Quality Affected by Heavy Metals of Pabna Sadar

Abstract

Concentrations of heavy metals such as As, Cd, Co, Cr, Ni, Fe, Zn, Pb, Hg and Cu in surface water and soils were determined by using Atomic Absorption Spectrophotometer (AAS) using standard analytical methods. The physicochemical and anionic properties of the surface water were also determined to assess the pollution level of this area. The results reveal that although few parameters of the surface water are within the standard value but most of the physicochemical and anionic parameters such as BOD, COD, F -, NO 3 -, NH 3 and Pb of the surface water are significantly higher than the standard for drinking water. The result suggests that the surface water of this area is polluted by various pollutants and harmful for drinking and recreational purposes. Most of the soil contains much higher values of heavy metals like Hg, Mn, Co and Zn than world wide average soil values (0.05, 270.00, 5.50, 45.00 ppm respectively). Therefore, it might have considerable negative effects on the soil quality, agricultural crops of the area and thus harmful for human health. Their higher concentration suggests that they resulted due to both natural origin and anthropogenic activities like, application of pesticides, mineral fertilization and industrial discharge.

Spatial distribution of soil quality under different vegetation types in the Yellow River Delta wetland

“…Soil quality, which is sensitive to the dynamic change of soil condition and soil management, can be used as a comprehensive index to evaluate soil function (Chaer et al, 2009;Adebo et al, 2020;Raiesi and Beheshti, 2022). To assess the effects of heavy metals on water and soil, the concept of soil quality was first put forward in the 1970's (Sultana et al, 1970;Peters, 1973). Since then, the connotation of soil quality has been continuously enriched (Shokr et al, 2021).…”

Heavy Metal Contents and Physical Parameters ofAegiceras corniculatum, Brassica juncea, andLitchi chinensisHoneys from Bangladesh

“…In Bangladesh, the possible emission of heavy metals occurs in various industrial sectors and activities, such as textiles and dyeing [ 6 ], ship-breaking areas, vehicular emissions, and agricultural runoff [ 7 ]. In Bangladesh, honey is produced and consumed on a large scale both commercially and noncommercially.…”