Groundwater level and chemistry changes resulting from tunnel construction near Matsumoto City, Japan

Environmental Geology

Volumn 31, Issue 1-2, 1997, Pages 76-84

  Ii, H ^a   Kagami, H ^b  

^a WAKAYAMA UNIVERSITY   (Japan)

^b Nagano Public Road Corporation ^*  (Japan)

Author keywords

Groundwater chemistry; Groundwater level; River discharge; Tritium; Tunnel construction; Tunnel seepage

Indexed keywords

GROUNDWATER CHEMISTRY; GROUNDWATER LEVEL; SEEPAGE; TUNNELLING;

JAPAN, HONSHU, MATSUMOTO CITY;

EID: 0342601453     PISSN: 09430105     EISSN: None     Source Type: Journal    
DOI: 10.1007/s002540050166     Document Type: Article

References (13)

1. II H (1995) Effective porosity and longitudinal dispersivity of sedimentary rocks determined by laboratory and field tracer tests. J Environ Geol 25(2):71-85
2. II H and MISAWA S (1994) The groundwater chemistry within a plateau neighboring Matsumoto city, Jap J Environ Geol 24(3):166-175
3. II H, OHTSUKA Y, MORI N, INAGAKI T, and MISAWA S (1996) Effective porosity and specific yield of a sedimentary rock determined by a field tracing test using tritium as a tracer. J Environ Geol 27(3):170-177
4. IKEDA K, OHSHIMA H, and ISHII S (1974) Synthetic research for the dearth of water originated in tunnel excavation. 937. The railway technical research institute, Japanese national railways. Tokyo (in Japanese)
5. International Atomic Energy Agency (1983) Isotope techniques in the hydrogeological assessment of potential sites for the disposal of high-level radioactive waste. IAEA, Vienna: Tech Rep Ser 228, 151 pp
6. ISHII S and SAKUMA H (1977) Geomorphological and geological classifications of tunnel water from the permanent tunnel water surveys at Japanese main railway tunnel. Railway technical research report. 1041. The railway technical research institute, Japanese national railways. Tokyo (in Japanese)
7. NAKANO K, NAKAJIMA M, and YANAGISAWA K (1991) A study on groundwater recharge from the subsurface to the rock mass. Tokyo: Power reactor and Nuclear fuel development Corporation Technical Note. 78(5):46-53 (in Japanese)
8. OHSHIMA H (1983) Hydrological study of water inflow and associated changes of water balance caused by tunnel excavation. 1228. The railway technical research institute, Japanese national railways Tokyo (in Japanese)
9. SCHLEGEL HG (1986) General microbiology, Cambridge: Cambridge University Press
10. TANIGUCHI M (1990) Groundwater recharge rates and soil temperature in pasture land and pine forest. Bull Environ Res Cent Univ Tsukuba 14:69-74 (in Japanese)
11. TANIGUCHI M, KAWAMURA R, and SHIMADA J (1989) Observation data of heat balance and water balance (3) - Water balance - August 1981 - December 1987. Bull Environ Res Cent Univ Tsukuba. 13:pp 80 (in Japanese)
12. THORNTHWAITE CW (1948) An approach toward a rational classification of climate. Geogr Rev 38:55-94
13. YANAGITA T (1990) National microbial communities. Ecological and physiological features. Tokyo: Japan Scientific Societies Press