Abstract
Developing its large-scale mining industry is an economic priority for Colombia. However, national capacity to assess and manage the water resource impacts of mining is currently limited. This includes lack of baseline data, lack of suitable hydrological models and lack of frameworks for evaluating risks. Furthermore, public opposition to large scale mining is high and is a barrier to many proposed new mining projects mainly because of concerns about impacts on water resources. There are also concerns about impacts on the uplands that are important water sources, particularly the páramo ecosystem. This paper argues the case for a new framework for Strategic Assessment of Regional Water Impacts of Mining, aiming to support land use planning decisions by government for selected mining and prospective mining regions. The proposed framework is modelled on the Australian Government’s Bioregional Assessments program, converted into seven stages plus supporting activities that meet the Colombian development context. The seven stages are: (1) Contextual information; (2) Scenario definition; (3) Risk scoping; (4) Model development; (5) Risk analysis; (6) Database development; and (7) Dissemination by government to stakeholders including the general public. It is emphasised that the process and results should be transparent, the data and models publicly accessible, and dissemination aimed at all levels of expertise.
Highlights
Colombia is an example of a nation where mining makes a significant contribution to local and national economies [1]
This paper addresses the challenge of developing a sustainable mining industry for Colombia by proposing a framework for assessing the impacts of mines on regional water resources
While the SARWIM should be developed in the short-term, using available national expertise and international partnerships where necessary, their effective application and integration with river basin planning will rely on engineering and environmental experts trained in mine water management
Summary
Neil McIntyre 1, * ID , Mario Angarita 2 , Nicolas Fernandez 3 ID , Luis A. Camacho 3 , Jillian Pearse 2 , Carme Huguet 2 ID , Oscar Jaime Restrepo Baena 4 ID and Juan Ossa-Moreno 1. Environmental and Civil Engineering Department, University of Los Andes, Bogota 111711, Colombia;
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