For example, livestock also produce the same forms of estrogen as humans in addition to the hormones they may be given, and they also produce much more manure than sanitary waste by humans (Wise et al, 2010). Livestock may account for 90% of the estrogen present in drinking water. Pesticides such as atrazine, phytoestrogens such as soy, and industrial chemicals such as BPA can also contribute to levels of estrogen in water supply (Wise et al, 2010). Based on the evidence that estrogen levels can alter certain male fish species, it was a good idea to look into the effects of estrogen in the water supply on humans. However, the amount of estrogen from birth control in the water supply is very minimal and poses no harm to people who drink it regularly. The pros of birth control outweigh this ‘con’; therefore there is no need to stop the usage of the
For example, livestock also produce the same forms of estrogen as humans in addition to the hormones they may be given, and they also produce much more manure than sanitary waste by humans (Wise et al, 2010). Livestock may account for 90% of the estrogen present in drinking water. Pesticides such as atrazine, phytoestrogens such as soy, and industrial chemicals such as BPA can also contribute to levels of estrogen in water supply (Wise et al, 2010). Based on the evidence that estrogen levels can alter certain male fish species, it was a good idea to look into the effects of estrogen in the water supply on humans. However, the amount of estrogen from birth control in the water supply is very minimal and poses no harm to people who drink it regularly. The pros of birth control outweigh this ‘con’; therefore there is no need to stop the usage of the