Climate Change Impacts on Agricultural Infrastructures and Resources: Insights from Communal Land Farming Systems

Climate change significantly impacts agricultural infrastructure, particularly in communal land farming systems, where socio-economic vulner-abilities intersect with environmental stressors. This study examined the effects of climate change (extreme weather events) on different agri-cultural infrastructures (bridges, arable land, soil erosion control structures, dipping tanks, roads, and fences) using a multivariate ordered probit model (MVOP). A survey was conducted using structured questionnaires to collect data from communal farmers (n=60) in uKhahlamba Munic-ipality, Bergville. The MVOP results reveal that, floods, drought, strong winds and frost significantly influence the perceived impacts on infra-structure. Extreme weather events, including flooding and frost, are critical drivers of infrastructure damage, particularly for smallholder farmers. The findings show that bridges, soil erosion control structures, and dipping tanks are the most vulnerable, with cumulative impacts from repeated exposure to extreme weather. Roads and fences also suffer considerable damage, exacerbated by heavy rainfall, flooding and hail. These results underscore the need for climate-resilient infrastructure investments, gender-sensitive adaptation strategies, and targeted support for smallholder farmers. The study highlights the urgency of adaptive measures to mitigate the localized impacts of climate change on rural agricultural systems, contributing to the broader understanding of sustainable agricultural development and land use in vulnerable communities. The study demon-strated urgent need for implementation of strategies and policies on climate adaptation and mitigating measures.