Quantitative evaluation of zinc metal in meadows and ruminants for health assessment: implications for humans
2022
Maqsood, Ayesha | K̲h̲ān̲, Ẓafar Iqbāl | Kafīl, Aḥmad | Akhtar, Shahzad | Ashfaq, Asma | Malik, Ifra Saleem | Sultana, Razia | Nadeem, Muhammad | Alkahtani, Jawaher | Dwiningsih, Yheni | Elshikh, Mohamed S.
Heavy metal pollution in soil, forage, and animals is serious concern nowadays. Current research was conducted in Sargodha to find out the relationship of animals related to the forages and soil pollution. Three sites were selected with three different treatments; site I irrigated with ground water, site II irrigated with the canal water, and site III irrigated with the wastewater. Samples of soil, forage, and animals (blood, hair, feces) were collected from selected sites and were analyzed for metal analysis using atomic absorption spectroscopy. Results indicated that Zn in soil ranged from 24.12 to 37.39 mg/kg; forage, 31.98–44.47 mg/kg; blood of animals, 1.49–2.72 mg/L; hair of animals, 1.37–2.41 mg/kg; and feces of animals, 1.06–2.97 mg/kg. The concentration of zinc in soil and forage was less than permissible limit, but concentration in blood of animals was greater than critical limit suggesting the presence of metal. Bio-concentration factor indicated that metal was accumulated in forages growing at irrigated site. HRI concentration (2.024 mg/kg/day) suggests the accumulation of zinc in animal tissues. Pollution load index and enrichment factor were within the range.
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