Sustainable livestock management under anthropogenic pressure: Bridging traditional herding and contemporary conservation in Eurasia’s oldest protected area.

Overview

• This study examines how livestock and human activities affect wild ungulates in Bogd Khan Mountain, Mongolia’s oldest protected area, highlighting the need to balance traditional herding with modern conservation efforts to sustain both biodiversity and local livelihoods.

Background and Context

• Bogd Khan Mountain in Mongolia has been a protected area since the 12th century and represents a unique socio-ecological system where herding traditions have coexisted with natural ecosystems for centuries.
• Emerging economies like Mongolia are experiencing increases in livestock numbers, particularly cattle and horses, which can create pressures on natural wildlife populations.
• Traditional herding practices have historically supported biodiversity and livelihoods, but rising livestock densities and human disturbances pose risks to wild ungulate species.

Research Objectives

• The study aimed to assess how livestock (cattle and horses) and human presence influence the abundance and behavior of wild ungulates—specifically Siberian roe deer, wapiti (elk), and wild boar—in the protected mountain area.
• Researchers sought to understand spatial and temporal overlaps to identify potential competition and disturbance impacts.
• The goal was to inform sustainable management practices that integrate traditional herding with contemporary conservation methods.

Methods

• Camera traps were deployed using a random habitat stratified design across the mountain to capture images of wildlife, livestock, and humans.
• Data collected included the relative abundance of target wildlife species, livestock numbers, and human activity levels.
• Temporal overlap analysis examined when wild ungulates, livestock, and humans were active to detect potential behavioral adaptations or avoidance patterns.
• Spatial overlap analysis assessed areas of coexistence or exclusion between livestock and wild ungulates.

Key Findings

• Temporal overlap varied among species, indicating different levels of interaction and possible behavioral adjustments made by wild ungulates in response to livestock and human presence.
• An increase in cattle relative abundance was linked with a decrease in wapiti numbers, suggesting competition for limited resources may be occurring.
• Higher horse abundance correlated with increases in wapiti and Siberian roe deer populations, possibly reflecting different grazing patterns or less direct competition.
• Human activity had a negative impact on Siberian roe deer, likely due to disturbance and avoidance behavior.
• Wild boar showed resilience to both livestock presence and human disturbance, indicating species-specific responses to anthropogenic pressures.

Implications and Recommendations

• The study highlights the urgent need for sustainable livestock management strategies to reduce competition and disturbance impacts on wild ungulates.
• Integrating centuries-old traditional herding knowledge with modern conservation science can create balanced strategies that support both biodiversity conservation and the economic well-being of local communities.
• Evidence-based approaches, such as monitoring with camera traps and analyzing species interactions, are essential to adapt management practices in socio-ecological systems facing modern disturbances.
• These findings have broader relevance for other regions globally where traditional livelihoods intersect with conservation goals under increasing anthropogenic pressures.

Conclusion

• Longstanding herding traditions in protected natural areas have the potential to coexist with wildlife, but rising livestock densities and human activity require careful management.
• By bridging traditional practices with contemporary conservation, it is possible to maintain ecological integrity while sustaining rural livelihoods in Eurasia and similar global contexts.
• The study underscores the complexity of balancing multiple species’ needs and human demands, offering a pathway toward sustainable coexistence in protected ecosystems.