Gedeon Dagan wins Horton Award


  • Shlomo Neuman,

  • Gedeon Dagan


One of the most challenging problems of groundwater hydrology is the effect that spatial variations in the properties of geologic materials have on fluid flow and solute transport through the subsurface. In recent years, there has been a general recognition among hydrologists that such spatial variations are best described by treating the hydrologic properties of these materials as random processes. The effect of spatial variability on the movement of fluids and solutes through the subsurface is then governed by stochastic differential equations. Much of what we currently know about the stochastic nature of this movement is due to the pioneering work of Gedeon Dagan, this year's recipient of the Robert E. Horton Award.