The Ardabil plain, with an approximate area of 1097.2 km2 in northwestern Iran, has
experienced land subsidence due to intensive groundwater withdrawal and long seasons of …

Urban intensification has taken a serious toll on the groundwater reserves which is one of
the primary sources of fresh water on earth. Exploitation of groundwater has exponentially …

Groundwater extraction rates exceeding recharge are occurring throughout Iran to sustain
industrial and agricultural activities, resulting in land deformation in many areas, particularly …

Abstract In the Rafsanjan plain, Iran, the excessive use of groundwater for pistachio
irrigation since the 1960s has led to a severe water level decline as well as land …

This study was carried out to assess land subsidence due to excessive groundwater
abstraction in the northern region of Semarang City by integrating the application of both …

Significant subsidence is susceptible to groundwater level variations in aquifer systems. The
relation between groundwater level change and global positioning system (GPS) estimated …

Over the last two decades, various studies on Transient Hydraulic Tomography (THT) have
shown that it is an effective approach to characterize subsurface heterogeneity. Typically …

Monitoring groundwater storage is essential for sustainable groundwater management.
Storage can be quantified by considering the two main components through which storage …

Tracking the inelastic deformation of an aquifer is important to quantify the stress
experienced by the aquifer system, so that the effects of the current extraction practices are …

Over the past few decades, surface deformations have been observed and measured
geodetically at many places all over the world, including Central and western Turkey …