Abstract

Weeds are major threat to crop yield in face of global population growth and increasing food demand. These have significant impact on production of food, fiber and fuel. Atrazine is key component of proactive and reductive management system especially for managing herbicide resistant weeds and glyphosphate resistant weeds. Approximately 32 million kg of atrazine are used each year for crop production in the United States. Recent reports have raised concern about continued use of atrazine and several other herbicides because of their negative impacts on aquatic life and potential endangerment of animal/ human health and environment. Identification of novel fungal species capable of degrading these herbicides provides evidence for the vast diversity in microbial communities that still remains to be explored. Present paper discussed an attempt to biosorb atrazine on an insolated fungal strain and to study the effect of various parameters on biosorption of atrazine.