Abstract
In eco-system population several heavy metals play important roles those are spread from the domestic and industrial wastes, causing huge crop damage by damaging plant tissues. The collected heavy metal tolerance bacterial samples from agricultural lands of Durgapur zone, West Bengal, India against Molybdenum, Lead, Cobalt and Zinc are observed as Proteus sp. Klebsiella sp. and Bacillus sp. Pseudomonas sp. and Staphylococcus sp. as predominant. Demonstrated some confines displayed high protection from heavy metals with at least Minimum Inhibitory Concentration (MIC) for weighty metals as 80 µg/ml for Molybdenum, 160 µg/ml for Lead, 140 µg/ml for Cobalt and 1200 µg/ml for Zinc. In this study we noticed a relationship between substantial metal opposition and anti-microbial resistance in bacterial samples. The heavy metal free samples of Triticum aestivam showed batter results in root length and shoot length than the heavy metal contaminated samples.
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