The vast but relatively shallow Ogallala Aquifer lies beneath the Great Plains, under portions of eight states. Its thickness ranges from a few feet to more than a thousand feet. The Ogallala yields about 30 percent of the nation's groundwater used for irrigation in agriculture, and provides drinking water for most of the people within the area. But for many years more water has been extracted from the Ogallala than has been returned, and the situation today is of great concern.
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Lion Oil and Great Lakes Chemical, a nearby chemical plant, worked together to reuse 2 million gallons of wastewater each day instead of using aquifer water, an effort that earned the two companies the 2002 Corporate Conservationists of the Year Award from the Arkansas Wildlife Federation.—Arkansas Online, 6 Dec. 2025 Deep saline aquifers also have large storage capacities, ranging from about 1,000 to 20,000 gigatons.—Ramesh Agarwal, The Conversation, 2 Dec. 2025 The aquifer underneath Morrow County, known as the Lower Umatilla Basin, is the only source of water for as many as 45,000 residents in and around the county, the majority of whom rely on private wells that draw on the basin.—Sean Patrick Cooper, Rolling Stone, 24 Nov. 2025 Regardless, the pool will still be filled with spring water from the aquifer.—Michelle Marchante, Miami Herald, 22 Nov. 2025 See All Example Sentences for aquifer
Word History
Etymology
borrowed from French aquifère "water-bearing," from aqui- (from Latin aqua "water" + -i--i-) + -fère "bearing" — more at aqua, -fer
Note:
The term was introduced into English by the geologist William Harmon Norton (1856-1944) in "Artesian Wells of Iowa," Iowa Geological Survey, vol. 6, Report on Lead, Zinc, Artesian Wells, etc. (Des Moines, 1897), p. 130: "The sand represents the permeable water-bearing layer, the aquifer, to revive a term of Arago's, and its outcrop between the basin rims the area of supply." "Arago" is the French physicist François Arago (1786-1853), whose essay "Sur les puits forés, connus sous le nom de puits artésiens, des fontaines artésiennes, ou de fontaines jaillissants" (Bureau des Longitudes, Annuaire pour l'an 1835 [Paris, 1834], pp. 181-258), is cited earlier in Norton's paper. As noted by Alfred Clebsch ("Analysis and Critique of 'Aquifers, Ground-Water Bodies, and Hydrophers' by C. V. Theis," Selected Contributions to Ground-Water Hydrology by C. V. Theis, and a Review of His Life and Work [U.S. Geological Survey Water-Supply Paper 2415] [Denver, 1994], pp. 39-43), Norton is not strictly speaking "reviving" anything used by Arago, who only uses aquifère as an adjective in the collocations nappe aquifère and couche aquifère (both meaning approximately "water-bearing layer"). Note that in an English translation of Arago's article ("On Springs, Artesian Wells, and Spouting Fountains," Edinburgh New Philosophical Journal, vol. 18, no. 36 [April, 1835]) there is no direct equivalent of aquifère, as couches aquifères is rendered by "water bearing beds" and nappe aquifère as simply "water."
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