Abstract
This study systematically explores sustainable construction, a crucial intersection
of environmental stewardship and the built environment. It aims to map the scholarly
landscape, analyzing publications from 1996 to 2024 sourced from Scopus, using
robust bibliometric methods including keyword co-occurrence, trend analysis, and
multiple correspondence analyses. This approach identifies key thematic developments
over time, such as material innovation, environmental impact assessment, and
emerging technologies, highlighting an expanding trajectory in research evidenced
by increasing publications and citations. Significant research contributions with high
citation metrics are pinpointed, emphasizing their influence in advancing sustainable
methodologies. However, the study’s scope is constrained by reliance on a single
database, potentially limiting the breadth of global research coverage. Nonetheless, it
offers valuable insights for academia, industry, and policymakers, suggesting future
interdisciplinary inquiries and regional research explorations. This research distinguishes
itself through its comprehensive temporal and thematic mapping of sustainable
construction, using advanced bibliometric analyses to inform stakeholders about
the field’s dynamic contours and future research directions crucial for sustainable
development in construction.