Background Research Allelopathy consists of a plant releasing chemicals that interacts with the environment and can positively or negatively affect surrounding organisms. Allelochemicals work by getting released by certain plants, and later interfering with the life processes of the target organisms. The interference can consist of the delaying of cell division or other processes which ultimately hinder the growth and development of the affected organism. Many parts of Allelopathic plants, including trunks or dried leaves, can spread residue which would result in harmful effects in surrounding plants. Examples of common allelopathic plants include mint and rice; however, the Black Walnut tree is most well known for being deathly for plants and shrubs around it. Allelochemicals can easily spread through soil and dirt, having the potential to effect a multitude of plants. Allelopathy is used as a coercive tool for allelopathic plants allowing them to stop plant growth around them. This is turn, allows the allelopathic plant to gain more control of resources and water around them, making them better suited to survive and thrive. Allelopathic plants such as the Alfalfa tend to not affect other organisms, but rather they’re a threat to themselves. It is difficult to replant Alfalfa because they tend to leave residue which hinders the growth of the next generation of the Alfalfa. Certain organisms tend to tolerant of Allelopathic plants. This provides a great benefit because they can not be influenced. These plants can continue to survive without external allelopathic interference.Many believe that more research into allopathic plants can lead to new profound discoveries. Allelochemical already allow certain organisms to thrive, but they also serve other purposes. Agriculturally, they are used to stop the growth of invasive species. In the further, they can be used as natural pesticides, allowing farmers to yield more crops, and prevent invasive plants from taking over or ruining any harvest.