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Rapid assessment of mercury-contaminated sites through the Toxic Site Identification Program (TSIP). Colombia
by
Ortega-Ramírez, Angie Tatiana
, Binkhorst, Gordon
, Keith, John S.
, Marín-Maldonado, Diego Fernando
, Hernández, Lina
, Espinosa, Charles
, Rodríguez, Alfonso
in
Assessments
/ Collaboration
/ contaminated sites
/ Contamination
/ Departments
/ Earth
/ gold
/ Gold mines & mining
/ Hand forging
/ Health risk assessment
/ Health risks
/ Information management
/ Investigations
/ mercury
/ mining
/ Nonprofit organizations
/ Soil contamination
/ Soil water
/ tailings
2023
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Rapid assessment of mercury-contaminated sites through the Toxic Site Identification Program (TSIP). Colombia
by
Ortega-Ramírez, Angie Tatiana
, Binkhorst, Gordon
, Keith, John S.
, Marín-Maldonado, Diego Fernando
, Hernández, Lina
, Espinosa, Charles
, Rodríguez, Alfonso
in
Assessments
/ Collaboration
/ contaminated sites
/ Contamination
/ Departments
/ Earth
/ gold
/ Gold mines & mining
/ Hand forging
/ Health risk assessment
/ Health risks
/ Information management
/ Investigations
/ mercury
/ mining
/ Nonprofit organizations
/ Soil contamination
/ Soil water
/ tailings
2023
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Do you wish to request the book?
Rapid assessment of mercury-contaminated sites through the Toxic Site Identification Program (TSIP). Colombia
by
Ortega-Ramírez, Angie Tatiana
, Binkhorst, Gordon
, Keith, John S.
, Marín-Maldonado, Diego Fernando
, Hernández, Lina
, Espinosa, Charles
, Rodríguez, Alfonso
in
Assessments
/ Collaboration
/ contaminated sites
/ Contamination
/ Departments
/ Earth
/ gold
/ Gold mines & mining
/ Hand forging
/ Health risk assessment
/ Health risks
/ Information management
/ Investigations
/ mercury
/ mining
/ Nonprofit organizations
/ Soil contamination
/ Soil water
/ tailings
2023
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Rapid assessment of mercury-contaminated sites through the Toxic Site Identification Program (TSIP). Colombia
Journal Article
Rapid assessment of mercury-contaminated sites through the Toxic Site Identification Program (TSIP). Colombia
2023
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Overview
Mercury concentration measurements were compiled from 72 sites located throughout seven departments of Colombia using field information gathered from 2016–2021 by Pure Earth, an international non-profit organization, and secondary information from previously conducted studies. These measurements and other data such as type of contaminated resource (water, soil), resource use (fishing, agricultural, residential, and industrial), estimated at-risk population, and permissible contamination limits were entered into Pure Earth’s Toxic Site Identification Program (TSIP) database. Using information from the TSIP database, the Blacksmith Index, a contaminated site intervention prioritization index, was calculated for all 72 sites. After applying exclusion criteria to the sites for this study, the results show that approximately 55,095 people are affected by mercury contamination in 44 sites. Of these study sites, the site with the highest Blacksmith Index value and therefore, the highest health risk due to mercury contamination, is La Bocana in the department of Valle del Cauca.
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