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During 2014–2019, cattle exports from Ethiopia declined more than 95 percent. This trade depends largely on Borana pastoralists of southern Ethiopia and a credit system of deferred payments. The article asks: How did the deferred payment system contribute to the collapse of the trade? It argues that credit defaults ripple through the entire value chain and help to explain the export collapse. By examining how the circulation of credit and debt in the cattle export business disadvantages pastoralists and local traders, the article demonstrates how a once booming trade was undermined by its own contradictory processes and unequal relationships. [ABSTRACT FROM AUTHOR]

During the last quarter of the nineteenth century, consecutive natural calamities occurred in North Eastern Africa that collapsed pastoral economies and forced human adaptations. A rinderpest epizootic and devastating famine characterized the period. Using oral narrations of the Borana Oromo of Southern Ethiopia, this paper discusses the impact of the Great Rinderpest of the 1890s on cattle, as well as the subsequent famine, and the beginning of predation by carnivores on humans. Societal memory is utilized to reconstruct that particular historical period, referred to by the Borana as ciinna tiittee guracha - the “extermination of cattle whose corpses were covered by swarms of black flies”. The pastoral economy and human population collapse that occurred left imprints on historical traditions. The impact of the pandemic was explored in this study by discussing family traditions of the unusual danger of man-eating carnivores, the practice of pawning children, the dispersal of populations, the wiping-out of entire families and, most critically, the crisis of social identity. We examine societal responses and the revival of those social institutions that coordinated recovery and the redistribution of resources. We attempt to understand the process of recovery: the importance of head counting the survivors, the social and ritual re-organization of the gada, and the revival of social institutions that re-created social harmony and promoted pastoral economic recovery. [ABSTRACT FROM AUTHOR]

The region of Southern Ethiopia (Borana) and Northern Kenya (Marsabit) is characterised by erratic rainfall, limited surface water, aridity, and frequent droughts. An important adaptive response to these conditions, of uncertain antiquity, has been the hand-excavation of a sequence of deep wells at key locations often along seasonal riverbeds and valley bottoms where subterranean aquifers can be tapped. Sophisticated indigenous water management systems have developed to ensure equitable access to these critical water resources, and these are part of well-defined customary institutional leadership structures that govern the community giving rise to a distinctive form of biocultural heritage. These systems, and the wells themselves, are increasingly under threat, however, from climate change, demographic growth, and socio-economic development. To contribute to an assessment of the scale, distribution and intensity of these threats, this study aimed to evaluate the land-use land-cover (LULC) and precipitation changes in this semi-arid to arid landscape and their association with, and impact on, the preservation of traditional wells. Multitemporal Landsat 5, 7 and 8 satellite imagery covering the period 1990 to 2020, analysed at a temporal resolution of 10 years, was classified using supervised classification via the Random Forest machine learning method to extract the following classes: bare land, grassland, shrub land, open forest, closed forest, croplands, settlement and waterbodies. Change detection was then applied to identify and quantify changes through time and landscape degradation indices were generated using the Shannon Diversity Index fragmentation index within a 15 km buffer of each well cluster. The results indicated that land cover change was mostly driven by increasing anthropogenic changes with resultant reduction in natural land cover classes. Furthermore, increased fragmentation has occurred within most of the selected buffer distances of the well clusters. The main drivers of change that have directly or indirectly impacted land degradation and the preservation of indigenous water management systems were identified through an analysis of land cover changes in the last 30 years, supporting insights from previous focused group discussions with communities in Kenya and Ethiopia. Our approach showed that remote sensing methods can be used for the spatially explicit mapping of landscape structure around the wells, and ultimately towards assessment of the preservation status of the indigenous wells. [ABSTRACT FROM AUTHOR]