Magnitude of Pesticidal Contamination of Sediment and Water of Keoladeo National Park Lake, Bharatpur
TS Kathpal, Sunita Rani, Beena Kumari, G Prasad
Abstract
TS Kathpal, Sunita Rani, Beena Kumari, G Prasad
Abstract
Four water and sediment samples were drawn from Keoladeo National Park Lake (bird sanctuary), Bharatpur to monitor pesticide residues. Estimation was done by GC-ECD using multiresidue method for organochlorine and synthetic pyrethroid insecticides. In sediment samples, total residues of HCH, DDT, endosulfan and cypermethrin ranged from 0.382–1.924, 0.799–14.375, 0.132–0.502 and 0.560–1.150 ng g−1, respectively. Simlarly, in water samples, total residues of HCH, DDT and endosulfan ranged from 0.065–0.199, 0.014–0.560 and 0.002–0.039 ng ml−1, respectively. Cypermethrin was not detected in water and β-HCH in sediment samples. Sediment samples were observed to contain relatively higher amounts of detected pesticides. Two water samples contained residues of HCH and DDT above MRL values.
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Four water and sediment samples were drawn from Keoladeo National Park Lake (bird sanctuary), Bharatpur to monitor pesticide residues. Estimation was done by GC-ECD using multiresidue method for organochlorine and synthetic pyrethroid insecticides. In sediment samples, total residues of HCH, DDT, endosulfan and cypermethrin ranged from 0.382–1.924, 0.799–14.375, 0.132–0.502 and 0.560–1.150 ng g−1, respectively. Simlarly, in water samples, total residues of HCH, DDT and endosulfan ranged from 0.065–0.199, 0.014–0.560 and 0.002–0.039 ng ml−1, respectively. Cypermethrin was not detected in water and β-HCH in sediment samples. Sediment samples were observed to contain relatively higher amounts of detected pesticides. Two water samples contained residues of HCH and DDT above MRL values.
Key concepts: Cypermethrin, Endosulfan, Sediment, Environmental chemistry, Pyrethroid, Pesticide, Contamination, Environmental science