Glyphosate is a commonly used herbicide and the active ingredient in products such as roundup. It is widely used in agriculture, landscaping and residential settings to control weeds, resulting in Glyphosate entering water sources through various routes, including runoff from treated areas, leaching from soils, and drainage from agricultural fields. Glyphosate and its presence in water has raised concerns due to its known potential impact on human health and the environment and whilst glyphosate is considered to have low acute toxicity, it’s possible to be harmful as a possible human carcinogen by some organizations. Multiple measures are taken to address Glyphosate such as certain management practices in agriculture water sources, which include proper application techniques, labels, instructions and alternative wee control methods. Buffer zones or vegetative strips along water bodies can help reduce direct runoff of glyphosate and other pesticides into water sources, allowing for natural filtration and degradation processes. Activated carbon filtration systems are a known form of removal including reverse osmosis and advanced oxidation processes such as UV light or ozone treatment are commonly employed for pesticides removal. It is important to note that the presence of glyphosate in water can vary depending on location, agricultural practices, and other factors. Regular monitoring, testing and adherence to regulations can help aid in ensuring that glyphosate levels in water sources remain within acceptable levels.