By Harry Vereecken, Andrew Binley, Giorgio Cassiani, André Revil, Konstantin Titov
This ebook makes a speciality of how hydrogeophysical tools may be utilized to resolve difficulties dealing with environmental engineers, geophysicists, agronomists, hydrologists, soil scientists and hydrogeologists. We current purposes of hydrogeophysical how you can the knowledge of hydrological tactics and environmental difficulties facing the circulate of water and the shipping of solutes and contaminants. nearly all of the booklet is geared up as a chain of process-driven chapters, each one authored by means of top specialists. components coated comprise: infiltration and solute delivery techniques, biogeochemical functioning of soil-water platforms, coastal groundwater interactions, chilly quarter hydrology, engineered boundaries and landfill strategies. furthermore, the publication bargains perception into the improvement of recent information fusion methodologies, of price to many hydrogeophysical investigations, and offers an account how the quickly constructing self-potential method may give useful information regarding water fluxes and hydrochemical states in the subsurface.
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Joint seismic, hydrogeological, and geomechanical investigations of a fractured zone in the Grimsel rock laboratory, Switzerland, Technical Report, Lawrence Berkeley National Laboratory, Berkeley, California. E. Peterson, T. Daley, B. Kaelin, L. Myer, J. Queen, P. D’Onfro, and W. Rizer, 1997. Fracture detection using crosswell and single well surveys, Geophysics, 62 (2), 495– 504. H. E. M. Daley, 2002. High resolution imaging of vadose zone transport using crosswell radar and seismic methods, Lawrence Berkeley National Laboratory Report LBNL 49022.
G. , 1990), only a part of the fractures are hydraulically conductive. Therefore, low seismic velocity does not necessarily correspond to high permeability. To circumvent these limitations, Chen et al. (2003) developed a new approach to integrate crosshole seismic and borehole flowmeter data for characterizing fractured aquifers. They considered seismic travel time (rather than inverted seismic velocity) as data and considered seismic velocity and hydrogeological zonation indicator at each pixel as unknown random variables.
Applied Hydrogeophysics by Harry Vereecken, Andrew Binley, Giorgio Cassiani, André Revil, Konstantin Titov