The Razuhuillca micro-watershed in dispute: hydromorphological dynamics and territorial resistance to mining concessions in the Peruvian Andes

The Razuhuillca micro-watershed, located in the Andean province of Huanta (Peru), illustrates the convergence of hydro-territorial fragility and socio-environmental conflict. Through a mixed-methods approach— combining quantitative morphometric analysis using GIS and DEMs with qualitative semi-structured interviews coded in Atlas.ti—this study reveals how strategic headwater zones for water recharge overlap with both legal and illegal mining activities. These extractive pressures compromise hydrological regulation and generate spatial, cultural, and political tensions. Local communities perceive water as a sacred and relational element, and invoke Apu Razuhuillca as a territorial guardian beyond state legality. Narratives of affective territoriality, institutional distrust, and autonomous resistance—such as community patrols and demands for protection—highlight the emergence of bottom-up governance in response to extractive threats. In this context, water is not merely a resource but a symbol of identity, care, and territorial legitimacy. The findings underscore the need for a sociohydrological approach that integrates ecological indicators, spatial risk, and lived experiences. The Razuhuillca micro-watershed stands as a threatened yet defended socio-ecosystem, where technical, cultural, and political dimensions of water governance intersect.

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Publication Details

Journal
Frontiers in Water
Published
2025-08-18
DOI
https://doi.org/10.3389/frwa.2025.1614847
Primary Topic
Mining and Resource Management
Type
article
Field-Weighted Citation Impact
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article

The Razuhuillca micro-watershed in dispute: hydromorphological dynamics and territorial resistance to mining concessions in the Peruvian Andes

L. De Los Santos Valladares, Santos Clemente Herrera Díaz, C. H. W. Barnes, Tulio Celestino Paytan Montañez et al.
Frontiers in Water
Mining and Resource Management
article

The Razuhuillca micro-watershed in dispute: hydromorphological dynamics and territorial resistance to mining concessions in the Peruvian Andes

L. De Los Santos Valladares, Santos Clemente Herrera Díaz, C. H. W. Barnes, Tulio Celestino Paytan Montañez, Javier Rodríguez, Yenny de Jesús Moreno Salazar, Bruno Kadafi Cárdenas Morales, Saríah Fanny Oré Gálvez, Walter Victor Castro Aponte, Fernando Gari Huayhua Lévano, Manuel Mendoza Colos, Solón Dante Carhuallanqui Ibarra, Yirme Yohu Gómez Ccochachi
article en

Abstract

The Razuhuillca micro-watershed, located in the Andean province of Huanta (Peru), illustrates the convergence of hydro-territorial fragility and socio-environmental conflict. Through a mixed-methods approach— combining quantitative morphometric analysis using GIS and DEMs with qualitative semi-structured interviews coded in Atlas.ti—this study reveals how strategic headwater zones for water recharge overlap with both legal and illegal mining activities. These extractive pressures compromise hydrological regulation and generate spatial, cultural, and political tensions. Local communities perceive water as a sacred and relational element, and invoke Apu Razuhuillca as a territorial guardian beyond state legality. Narratives of affective territoriality, institutional distrust, and autonomous resistance—such as community patrols and demands for protection—highlight the emergence of bottom-up governance in response to extractive threats. In this context, water is not merely a resource but a symbol of identity, care, and territorial legitimacy. The findings underscore the need for a sociohydrological approach that integrates ecological indicators, spatial risk, and lived experiences. The Razuhuillca micro-watershed stands as a threatened yet defended socio-ecosystem, where technical, cultural, and political dimensions of water governance intersect.

Frontiers in WaterVol. 7
National Agrarian University (NI), National Autonomous University of Nicaragua (NI), University of Cambridge (GB), Instituto Nacional de Investigación y Tecnología Agraria y Alimentaria (ES), National University of Engineering (PE)
Openalex Percentile: Top 78%
Mining and Resource Management
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