Examining the effects of lead content in water pipes across communities of varying incomes
Location
A150
Document Type
Presentation
Type
Information Motivating Public Activism (IMPACT)
UN Sustainable Development Goal
UNSDG #6: Clean Water and Sanitation
Start Date
24-4-2024 10:20 AM
End Date
24-4-2024 10:35 AM
Abstract
This study examines lead content distribution in water piping systems across different regions. From existing data provided by the United States Environmental Protection Agency and Centers for Disease Control, we have planned the variability of lead concentration in municipal water supplies. Our findings reveal a concerning disparity in lead levels, with older urban infrastructures exhibiting significantly higher concentrations. Higher lead content has also been found in less urbanized and poorer areas, and we have found that it's correlated with lower IQ rates and higher violent crime. This research highlights the critical need for updated water infrastructure and regular monitoring by government agencies like the EPA to ensure public health safety. The study's implications suggest a targeted approach for lead pipe replacement, fulfilling UN SDG 9 of sustainable infrastructure. This also highlights the necessity for policy interventions to mitigate the risks associated with lead exposure.
Examining the effects of lead content in water pipes across communities of varying incomes
A150
This study examines lead content distribution in water piping systems across different regions. From existing data provided by the United States Environmental Protection Agency and Centers for Disease Control, we have planned the variability of lead concentration in municipal water supplies. Our findings reveal a concerning disparity in lead levels, with older urban infrastructures exhibiting significantly higher concentrations. Higher lead content has also been found in less urbanized and poorer areas, and we have found that it's correlated with lower IQ rates and higher violent crime. This research highlights the critical need for updated water infrastructure and regular monitoring by government agencies like the EPA to ensure public health safety. The study's implications suggest a targeted approach for lead pipe replacement, fulfilling UN SDG 9 of sustainable infrastructure. This also highlights the necessity for policy interventions to mitigate the risks associated with lead exposure.