Infrastructure-driven land appropriation, institutional change and conflict in a communal conservancy in Kenya
Year: 2025
Type: article
Abstract: The construction of government-led megaprojects, particularly in the energy, transport, water and technology sectors, is booming in Africa to support fast-growing economies. Rural areas are a key focus for the development of megaprojects due to the perceived availability of space. Whether at the planning or implementation stage, expectations of infrastructure, including valorization and connectivity, fuel anticipatory behavior and speculation, leading to the convergence of different actors with different interests. This article explores how infrastructure reconfigures land tenure and changes power dynamics in community-owned conservation landscapes that fall victim to infrastructure construction. It examines how actors and strategic groups appropriate and privatize the commons by exploiting and influencing institutional change, and how these processes are contested and resisted. The impact of megaprojects on communally owned and managed natural resources has received little scholarly attention, particularly in Africa, despite the global push to expand protected areas. Using the proposed Isiolo section of the Lamu Port South Sudan Ethiopia Transport Corridor (LAPSSET) in Kenya as a case study, we show how asymmetric power relations and conflict define infrastructural frontiers as different actors exert influence and compete for strategic interests prior to project implementation. We argue that infrastructure reconfigures property rights regimes, socio-cultural relations, and shifts power and conflict dynamics in these fragile ecosystems, threatening their very existence.
Source: World Development
Authors: Eric M. Kioko, Winnie Changwony
Institutions: Kenyatta University, Kent State University
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: hybrid
Estimated APC paid: $5,895
OpenAlex ID: W4411080078
