Rural Infrastructure Lifecycle Inclusiveness Impact Path Analysis
Combining Logical Framework and Structural Equation Modeling
Aichun Jiang (Chengdu University of Information Technology)
Yibin Ao (Chengdu University of Technology)
Ruo Yang (Chengdu University of Information Technology)
T. Wang (TU Delft - Design & Construction Management)
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Abstract
The rural infrastructures require inclusiveness in the whole lifecycle (WLC) for the benefits of the society. The theory of inclusive growth has been widely studied since its introduction in the infrastructure system research. However, the majority of the related studies has focused on macro level measurements and no systematic research has been carried out on the microlevel for inclusiveness formation and impact path discovery so that detailed recommendations regarding the process can be formulated. The WLC of infrastructure is a dynamic process, reflected in different stages with various activities and multiple factor groups that connect and influence each other. To address and analyze this dynamic and interdependent process from a micro perspective, this study applies the logical framework method in constructing nine impact paths of rural infrastructure inclusiveness for the WLC, which revealed the influence mechanism of rural infrastructure inclusiveness at the microlevel. According to the results, "project quality"has the most significant influence on the rural infrastructure inclusiveness.
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