Plastic pollutants have become conceivably the most critical warning for the marine ecosystem which could especially problematic and cause huge treatment challenges. Plastics have been intermittently revealed in the aquatic ecosystem by researchers as ahead as 1930s. Consistently every year plastic wastes enters to the ocean around 8 million tons which is the outcomes of its large-scale growth of production. These ubiquitous particles when ingested indirectly or directly by the aquatic organisms, enters the assorted food web which can cause unfavourable impacts on organisms. The tradition of micro plastics contamination in the aquatic ecosystem today may stay for quite a long time to come because of the constancy of these materials. The physico-chemical properties of microplastics encourage the sorption of pollutants to the surface of the molecule, treating as anintermediate host of toxins to organisms following absorption. The detail networks and consequences of large food web for upper tropic organisms in the marine ecosystem were not describe till now. Therefore, the utilization and resulting release of micro plastics should be definitely decreased as a component of a worldwide inventiveness even prior to the accessibility of exploration studies illustrating the long-term risks included. The principalobjectives were to consider the proof for the trophic bioaccumulation of micro plastics and the future exploration address the technique to decrease of micro plastics.