Resilience through Adaptation: Innovations in Maasai Livelihood Strategies

Abstract

Abstract This article examines strategies adopted by Maasai and other pastoralists in Kenya to adapt to climate change, population growth, land loss, decreasing livestock holdings and land degradation, aimed at achieving greater socio-economic resilience. Using case studies mostly from Narok County and reviewing the increasingly rich literature on pastoralism and conservation in East Africa, we show that pastoralists employ three main strategies to adapt their livelihood systems: intensification (changes in land use systems to increase productivity per hectare); extensification (through territorial expansion into unoccupied areas or territories of neighbouring communities in our cases); and diversification (the combination of pastoralism with other livelihood strategies, mainly farming, conservation, tourism, business and wage jobs, often through migration to small towns or urban centres). Maasai communities have been quick to adopt these strategies, individually or in combination, in order to overcome ecological and socio-economic stress and to pursue opportunities as they arise. Since these strategies are generally compatible with extensive pastoralism, this land use will continue to play a key role in sustaining the livelihoods of people living in semi-arid and arid rangelands. However, when intensification and diversification through the adoption of ranching and farming occur, the rangeland becomes fragmented, with severe impacts on wildlife. In such cases, incentives for sustaining conservation and wildlife tourism will need to increase to compensate land holders for foregoing these more intensive land uses, thus moving towards reconciliation of ecological sustainability and strengthened livelihoods. These findings are illuminated by Gunderson and Holling's (2002) panarchy model and its nested adaptive cycles, where resilience is achieved by providing for change through loosening and reorganising connections between elements in the system.