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The possible effect of water injection to mitigate land subsidence was\udstudied through numerical simulations based on the theory of poroelasticity.\udThe Kujukuri Plain, Japan, was chosen as a study area. The effect of past\udinjection was evaluated by comparing a model with injection and the one\udwithout injection. The calculated results suggested that the past injection\udplayed a significant role to reduce land subsidence. For achieving more\udeffective mitigation practices in the future, we proposed to install\udinjection wells in shallower formations. The effect of proposed injection\udmethod to mitigate land subsidence from 2014 to 2030 was also investigated.\udThe calculated results show that the proposed method can work similarly by\udlesser water injection than the past method. The results also indicate that\udthe upper limit of injection rate should be carefully determined to control\udthe pore pressure build-up in the formation to be small enough to avoid\udformation failure

Poroelastic modeling to assess the effect of water injection for land subsidence mitigation