Abstract

Across the Andes, a critical challenge for mountain socioecological systems is securing water for future generations. Pastoral communities are especially vulnerable because their livelihood practices are often unseen or perceived as a threat to natural resource conservation. In addition to the challenges of climate change, socioeconomic and political processes complicate the drivers of pasture degradation and sustainable water management. Often overlooked systems in assessments of Andean water towers are bofedales (high-altitude peat wetlands), which are critical to supporting mountain pastoral livelihoods. While “natural” azonal mountain peatland and humid meadow development occurs across the Andes, we posit that bofedales are sociohydrological systems created through pastoral management practices over generations. Drawing on the results of applied research on bofedales across the Andes and a literature review of published papers, we present a conceptual reframing of bofedal typologies and change analysis, which prioritizes the role of pastoralists in interdisciplinary research and comparative assessments of land-use and land-cover change in Andean highland regions. We identified key socioecological challenges to sustainable bofedal management, related to herder decision-making and articulated within broader socioeconomic processes. Reframing bofedales as sociohydrological constructs permits the identification of actionable knowledge and the support of water conservation practices applied by pastoralists across Andean water tower regions. If Andean pastoralists are recognized as stewards of sociohydrological systems that are critical to water towers, rather than perceived as threats to natural resources, bofedal conservation planning may be prioritized and locally supported.

Highlights

  • Across the Andes, threats of water scarcity are recognized as diminishing water supplies compounded by the impacts of climate change and increasing water demand by human populations and extraction industries, including urbanization, agriculture, hydropower, and mining (Orlove et al 2008; Urrutia and Vuille 2009; Bury et al 2013)

  • We propose reframing bofedal research to include the role of pastoralists as key managers of sociohydrological infrastructure in Andean water tower regions

  • We posit that if the study and identification of bofedales remain limited to their biophysical dimensions, confounded as purely natural, and or left broadly defined as a mountain wetland, the outcome could result in erroneous assessments of land-use and land-cover change, which could result in counterproductive and misinformed policies, or institutional neglect of local water rights and needs

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Summary

Introduction

Across the Andes, threats of water scarcity are recognized as diminishing water supplies compounded by the impacts of climate change and increasing water demand by human populations and extraction industries, including urbanization, agriculture, hydropower, and mining (Orlove et al 2008; Urrutia and Vuille 2009; Bury et al 2013). In addition to monitoring physical change (eg surface area and volume) in hydrological systems (eg glaciers, lakes, and rivers), it is critical to conserve the regulating function of mountain ecosystems for sustaining water systems. Such ecosystems include peatlands (ie bofedales) and wetlands, meadows and grasslands (ie puna and paramo), and native forests (ie Polylepis spp). A transdisciplinary, multiscale approach is needed to understand changing pastoral management decisionmaking at the microscale (eg within a herding parcel or sayan~a), and in relation to local (eg community-level) and regional climate, political, and socioeconomic processes (eg water-extraction activities)

Background on bofedales
Conclusion
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