To enable scientific planning
and refined management of underground space in densely built environments, the
authors investigate the core functional area of Beijing, China, which is
characterized by the highest building density and a highly complex urban
setting. A comprehensive evaluation and decision-making model for underground space resources is developed.
Integrating both surface and subsurface perspectives, a multi-dimensional evaluation framework is established to assess the
development potential of underground resources across economic value, social
demand, ecological environment, historical preservation, disaster prevention,
spatial layout, and functional facilities. Quantitative assessment is achieved
through the definition of evaluation indices and their interrelationships. The
authors identify five major and thirteen minor underground space planning zones
based on resource attributes, development drivers, and limiting conditions,
offering valuable guidance for zoning and planning decisions. The model′s enhanced accuracy, comprehensiveness, and quantification provide
robust technical support for the refined control and scientific utilization of
underground space resources in densely built urban areas.
ZHAO Yiting
,
WU Kejie
,
SHI Xiaodong
,
LIN Longqin
.
Evaluation and Planning of Underground Space Resources in Highly-Built Areas From Perspective of Multi-Dimensional
Value: A Case Study of Core Area in Beijing, China
[J]. Tunnel Construction, 2025
, 45(6)
: 1180
-1191
.
DOI: 10.3973/j.issn.2096-4498.2025.06.013
