Community Perspectives on the Use of Recycled Plastic Posts in Mitigating Livestock Predation in Amboseli Ecosystem, Kenya

Abstract

In the last few decades, the impacts of human activities on ecosystem have rapidly increased re-sulting to detrimental ecosystem changes. Human-wildlife conflict (HWC) is one of the greatest consequences of human impacts on the environment. Although HWC has been there for decades, its intensity seems to be growing with the spread of human settlements, changes in land use pat-terns and diminishing suitable natural habitats for wildlife. To mitigate HWC, various strategies have been devised and implemented. This study focused on predator-proof bomas (PPBs) ap-proach that is ongoing in Amboseli ecosystem. The aim was to establish reasons behind the slow adoptions of the recycled plastics poles by owners of PPBs that were constructed using wooden posts between the years 2010 to 2013. Randomly selected 36 PPB homestead owners were inter-viewed and the physical structures of their PPBs assessed. Results revealed a positive relationship between PPB size and number of poles damaged; and a significant association between the dam-aged posts and the number of indigenous posts replaced in the three group ranches (χ² = 34.9331, df = 2, p < 0.05). Most of the respondents (89%) cited posts and doors (72%) as the main parts that needed repairs. About 80% of the respondents would recommend the plastic posts for use in con-structing new PPBs by other people. Most of the PPB beneficiaries whose PPBs were constructed in 2010-2013 have opted for an " easy " alternative source of posts from the sparsely distrusted trees around their homesteads. It is recommend that an open window period should be tried to entice the wooden post PPBs owners to adopt the recycled plastic posts. This may necessitate up-grading the existing old wooden bomas to a " smart PPBs " . It is suggested that the " smart PPBs " should not only have recycled plastic posts but also " free " energy saving stoves in each household to reduce the level of deforestation.