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. The pumped discharge of groundwater increased rapidly inJapan during the period of fast economic growth since the beginning of the1960s. As a result, land subsidence has been observed, including throughoutthe Nobi Plain. Laws have led to restrictions on the collection ofunderground water, and pumped discharge has gradually reduced. In recentyears, the groundwater level that had formerly decreased has begun to riseagain, leading to less land subsidence. However, as groundwater levels rise,the occurrence of new problems is feared, such as the danger posed byliquefaction. In this study, an analysis was conducted on the changes in thestate of groundwater based on future groundwater-use scenarios and forecastsof land subsidence. This involved thinking about the effective use ofgroundwater to prevent excessive rises in groundwater levels, using athree-dimensional groundwater-flow analysis and a perpendicularone-dimensional subsidence consolidation analysis. As a result, it was shownthat it would be beneficial to use groundwater as a means of continuousenvironmental preservation and as the water resource at the earthquakedisaster. At this time new wells were set up at the refuge of the disasterspecified in the Nobi Plain. And the remarkable land subsidence was notcaused by pumped discharge.

Management of groundwater in the Nobi Plain that modeled groundwater use for earthquake disasters and environmental preservation