Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia

The expansion of large- scale mining projects in Latin America has led to the application of several different institutional and business-endorsed water monitoring systems. These have attempted to deal with their vast environmental consequences. The methods are based on the devaluation of other form...

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Main Authors: Astrid Ulloa, Julieta Godfrid, Gerardo Damonte, Catalina Quiroga, Ana Paula López
Format: Article
Language:Spanish
Published: Facultad Latinoamericana de Ciencias Sociales, Sede Ecuador 2021-01-01
Series:Íconos
Subjects:
Online Access:https://revistas.flacsoandes.edu.ec/iconos/article/view/4489
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author Astrid Ulloa
Julieta Godfrid
Gerardo Damonte
Catalina Quiroga
Ana Paula López
author_facet Astrid Ulloa
Julieta Godfrid
Gerardo Damonte
Catalina Quiroga
Ana Paula López
author_sort Astrid Ulloa
collection DOAJ
description The expansion of large- scale mining projects in Latin America has led to the application of several different institutional and business-endorsed water monitoring systems. These have attempted to deal with their vast environmental consequences. The methods are based on the devaluation of other forms of knowledge. As a response to this tendency, community hydric monitoring (MHC in Spanish) has been proposed in order to empower community-based knowledge. Alternative forms of knowledge are seen as useful ways of illuminating the impact of mining on water supplies. Likewise, communities have been active in developing connections with Academia, NGO´s and social organizations to promote a meaningful dialogue with conventional technical paradigms. These exchanges aim to generate counter-narratives about water quality, as well as to develop a defense strategy against mining. Here we focus on the research done between 2018 and 2020 in Argentina (Veladero), Peru (Antapaccay- Expansión Tintaya) and Colombia (Cerrejón). In all these cases, the local population has developed its own MHC, based on local knowledge about water. We analyze the information asymmetries resulting from socio-environmental inequality and we advocate for a wider discussion which incorporates community-generated knowledge, and more diverse and comprehensive approaches to understanding, knowing and relating to water and to local conditions.
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spelling doaj.art-85b30fd4700b42058bfc310d1e961a8a2022-12-21T17:44:54ZspaFacultad Latinoamericana de Ciencias Sociales, Sede EcuadorÍconos1390-12492224-69832021-01-012569779710.17141/iconos.69.2021.4489Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and ColombiaAstrid Ulloa0https://orcid.org/0000-0001-9349-5003Julieta Godfrid1https://orcid.org/0000-0002-5165-4464Gerardo Damonte2https://orcid.org/0000-0002-0529-2124Catalina Quiroga3https://orcid.org/0000-0003-4843-8290Ana Paula López4https://orcid.org/0000-0003-2646-9125Universidad Nacional de ColombiaUniversidad Nacional de San Martín Pontificia Universidad Católica del Perú Universidad Nacional de ColombiaGrupo de Análisis para el Desarrollo PerúThe expansion of large- scale mining projects in Latin America has led to the application of several different institutional and business-endorsed water monitoring systems. These have attempted to deal with their vast environmental consequences. The methods are based on the devaluation of other forms of knowledge. As a response to this tendency, community hydric monitoring (MHC in Spanish) has been proposed in order to empower community-based knowledge. Alternative forms of knowledge are seen as useful ways of illuminating the impact of mining on water supplies. Likewise, communities have been active in developing connections with Academia, NGO´s and social organizations to promote a meaningful dialogue with conventional technical paradigms. These exchanges aim to generate counter-narratives about water quality, as well as to develop a defense strategy against mining. Here we focus on the research done between 2018 and 2020 in Argentina (Veladero), Peru (Antapaccay- Expansión Tintaya) and Colombia (Cerrejón). In all these cases, the local population has developed its own MHC, based on local knowledge about water. We analyze the information asymmetries resulting from socio-environmental inequality and we advocate for a wider discussion which incorporates community-generated knowledge, and more diverse and comprehensive approaches to understanding, knowing and relating to water and to local conditions.https://revistas.flacsoandes.edu.ec/iconos/article/view/4489waterknowledge asymmetrieslocal knowledgemining contextssocio-environmental inequalitycommunity monitoring
spellingShingle Astrid Ulloa
Julieta Godfrid
Gerardo Damonte
Catalina Quiroga
Ana Paula López
Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
Íconos
water
knowledge asymmetries
local knowledge
mining contexts
socio-environmental inequality
community monitoring
title Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
title_full Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
title_fullStr Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
title_full_unstemmed Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
title_short Community hydric monitoring: homegrown knowledge as local and environmental defense in Argentina, Peru and Colombia
title_sort community hydric monitoring homegrown knowledge as local and environmental defense in argentina peru and colombia
topic water
knowledge asymmetries
local knowledge
mining contexts
socio-environmental inequality
community monitoring
url https://revistas.flacsoandes.edu.ec/iconos/article/view/4489
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