DDT tends to have a half-life of 75 years, making it extremely stable in the ground or water it penetrates (prosandcons). As it accumulates in the environment, it continues to build up in animals and may make its way up and into the food chain, poisoning every level and eventually making its way to humans (Kenney). Because of its “persistence and solubility in fats”, it is very hard to get rid of in a biotic sense (“Using DDT”). It had appeared in birds in the form of effecting the eggshells, making then thinner and ultimately unable to sustain the helpless chick inside. In humans, it was found to have negative effects on human reproductive organs, like breastfeeding, early miscarriages, and lower semen quality. Another worrying factor was its ability to become immune to, like most chemicals and immunizations; resistance to DDT was first recognized in Italy, when house flies were not dying. Overall, it was easy to use but hard to get rid of once established in the biotic and abiotic factors of an
DDT tends to have a half-life of 75 years, making it extremely stable in the ground or water it penetrates (prosandcons). As it accumulates in the environment, it continues to build up in animals and may make its way up and into the food chain, poisoning every level and eventually making its way to humans (Kenney). Because of its “persistence and solubility in fats”, it is very hard to get rid of in a biotic sense (“Using DDT”). It had appeared in birds in the form of effecting the eggshells, making then thinner and ultimately unable to sustain the helpless chick inside. In humans, it was found to have negative effects on human reproductive organs, like breastfeeding, early miscarriages, and lower semen quality. Another worrying factor was its ability to become immune to, like most chemicals and immunizations; resistance to DDT was first recognized in Italy, when house flies were not dying. Overall, it was easy to use but hard to get rid of once established in the biotic and abiotic factors of an