NTUGeo
- Conducting groundwater hydrological studies of coastal plains in Taiwan using ratio-isotope and water level change (T. K. Liu).
- Established the spatial distribution of coseismic groundwater level changes induced by the 1999 Chi-Chi earthquake (Y. P. Chia).
- Integration of the continuous measurement of flow rate in the borehole to estimate the vertical distribution of hydraulic conductivity of permeable formations (Y. P. Chia)
- The decline of groundwater level in the TaipeiBasin before the 1970s had caused a serious land subsidence problem (Y. P. Chia)
- Reassessment of the local hydrogeologic setting rises on the offsite and downward migration of contaminated groundwater and dense non-aqueous phase liquids (Y. P. Chia)
- Numerical simulation of groundwater level recovery in the confined aquifers during heavy rainfalls along the coastal area of Yunlin (Y. P. Chia)
- The sustainable development of groundwater resources related to groundwater pollution, excessive pumping, salt water intrusion, and land development (Y. P. Chia)
- Groundwater hydrology of coastal plains was studied using ratio-isotope and water-level changes (Lee, et al., 2002); geochemical properties of ground water related to endemic diseases were also illuminated (Ku et al., 2001; Oung et al., 2001; Chen and Liu, 2002, 2003; Chang et al., 2003; Ho et al., 2003, Liu and Shih, 2004)
- Conducting groundwater hydrological studies of coastal plains in Taiwan using ratio-isotope and water level change (T. K. Liu).
- Established the spatial distribution of coseismic groundwater level changes induced by the 1999 Chi-Chi earthquake (Y. P. Chia).
- Integration of the continuous measurement of flow rate in the borehole to estimate the vertical distribution of hydraulic conductivity of permeable formations (Y. P. Chia)
- The decline of groundwater level in the TaipeiBasin before the 1970s had caused a serious land subsidence problem (Y. P. Chia)
- Reassessment of the local hydrogeologic setting rises on the offsite and downward migration of contaminated groundwater and dense non-aqueous phase liquids (Y. P. Chia)
- Numerical simulation of groundwater level recovery in the confined aquifers during heavy rainfalls along the coastal area of Yunlin (Y. P. Chia)
- The sustainable development of groundwater resources related to groundwater pollution, excessive pumping, salt water intrusion, and land development (Y. P. Chia)
- Groundwater hydrology of coastal plains was studied using ratio-isotope and water-level changes (Lee, et al., 2002); geochemical properties of ground water related to endemic diseases were also illuminated (Ku et al., 2001; Oung et al., 2001; Chen and Liu, 2002, 2003; Chang et al., 2003; Ho et al., 2003, Liu and Shih, 2004)
發佈於
0不詳3-8