Author Archives: aquaterranova

When I was a girl I spent some summer vacations with my grandparents in Northern Arizona on the edge of the Navajo reservation.  My grandfather owned two service stations in the small town of Page,… Source: Throwback Thursday: Summers in … Continue reading →

Donovan, D. J., O’Donnell, J., and McLin, K., 2014. Remote Sensing and Passive Geophysical Techniques in Clark County, Nevada: Arizona Hydrological Society. Presentation given at the 2014 AIPG/AHS National Conference.

Las Vegas Valley Water District, 2001, Water resources and ground-water modeling in the White River and Meadow Valley Flow Systems, Clark, Lincoln, Nye and White Pine Counties: Hearing Document (Exhibit 54) for LVVWD Coyote Spring Water Right Applications, July 2001, … Continue reading →

Donovan, D. J, Katzer, T, and Brothers, K., 2009, Review of Ground-Water Recharge Estimates in Nevada with an Analysis of Geologic Controls on the Recharge Process Southern Nevada Water Authority 60 p

Southern Nevada Water Authority, June 2003, Hydrogeology of Tikaboo and Three Lakes Valleys, Clark and Lincoln Counties, Nevada: Southern Nevada Water Authority, 84 p.

Hines, W. G., Cole, E. D., and Donovan, D. J., 1993, Ground-water quality in the Las Vegas Valley, Clark County, Nevada: An update and analysis of trends, Las Vegas Valley Water District prepared in cooperation with the Nevada Division of … Continue reading →

Donovan, D. J., 1996, Hydrostratigraphy and Allostratigraphy of the Cenozoic Alluvium in the Northwestern Part of Las Vegas Valley, Clark County, Nevada: M.S. Thesis, University of Nevada, Las Vegas, 199 p

Donovan D. J. and Katzer, T., 1999, A new look at natural recharge in Las Vegas Valley; Nevada Water Resources Association Conference

Donovan, D. J., 2000, Evolution of the conceptual hydrogeologic and ground-water flow model for Las Vegas Valley, Clark County, Nevada; Geologic Society of America, Annual Meeting, Abstracts with Programs, v.32, No. 7 p. A-254

Donovan, D. J. and Katzer, T., 2000, Hydrologic implications of greater ground-water recharge to Las Vegas Valley, Nevada; Journal of the American Water Resources Association; v.36, n. 5, pgs. 1133 – 1148