The relationships between cities and underlying groundwater are reviewed, with the aim to
highlight the importance of urban groundwater resources in terms of city resilience value …

Underground space has been widely used in densely populated cities across the globe, and
is attracting increasing attention among academics and practitioners toward further …

The development of underground spaces has been regarded as a major contributor to urban
environmental sustainability. However, insufficient attention has been paid to the …

Underground structures and infrastructures within urban areas cause disturbance to the
groundwater flow. Groundwater abstraction in Milan decreased of more than 30% since the …

Underground structures have a major influence on groundwater temperature and have a
major contribution on the anthropogenic heat fluxes into urban aquifers. Groundwater …

The growing interest in shallow geothermal resources leads to dense installation areas,
where interference and decrease in efficiency might occur. To optimize geothermal use in …

Groundwater is present at shallow depth under many coastal low-lying cities. Despite the
importance of protecting coastal urbanised areas from flooding and climate-change-induced …

Centering on the scientific problems faced by subsurface hydrology in arid regions and
ecological effect, the urgency of national ecological civilization and the Belt and Road …

In this study, the potential of machine learning (ML) for shallow groundwater level
predictions in urban areas is explored. It focuses on curating a training dataset that …

Hydrological modelling can be a relevant tool to support sustainable planning decisions.
However, urban hydrological models usually rely on simplified underground representation …