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The AAPG/Datapages Combined Publications Database

GCAGS Transactions

Abstract


Gulf Coast Association of Geological Societies Transactions
Vol. 55 (2005), Pages 147-147

Abstract: A Brief Summary of Previous HitWaterNext Hit Supply in Louisiana: Abstract

Timothy W. Duex1

Abstract

The increased demand for Previous HitwaterNext Hit and instances of contamination have raised concerns about Previous HitwaterNext Hit supply in Louisiana. The overall usage of Previous HitwaterNext Hit has increased in a trend related to the population increase in Louisiana. In spite of the fact that Louisiana is a Previous HitwaterNext Hit rich state, there are instances of Previous HitwaterNext Hit supply problems in the state. Total Previous HitwaterNext Hit withdrawals in Louisiana increased from 5,416 million gallon per day in 1960 to 10,310 million gallon per day in 2000 with an intermediate peak in 1975 of 11,730 million gallon per day. Over the same time frame, population increased from 3.26 million to 4.47 million with a slight decrease from 1985 to 1990. Surface Previous HitwaterNext Hit usage increases from 4.39 million gallon per day to 8.70 million gallon per day (98% increase) whereas ground Previous HitwaterNext Hit increases from 1.03 million gallon per day to 1.61 million gallon per day (56% increase). It seems apparent that Previous HitwaterNext Hit demand will continue to increase in the future.

There are a number of concerns about Previous HitwaterNext Hit Previous HitqualityNext Hit in the state. Surface Previous HitwaterNext Hit concerns include heavy metals like mercury and persistent toxins like PCBs, chlordane, dioxins, and DDT. Ground Previous HitwaterNext Hit concerns include a variety of potential pollution sites that include the following: over 160,000 oil wells, more than 29,000 "non-hazardous waste pits", 14,491 monitoring wells, 1,775 recovery wells, 964 underground storage tanks, 631 "Superfund" sites, and 283 solid waste disposal sites. Because of these threats, continued monitoring of Previous HitwaterNext Hit supplies is necessary to assure an adequate Previous HitwaterTop supply for residents of our state.


 

Acknowledgments and Associated Footnotes

1 Department of Geology, University of Louisiana at Lafayette, P.O. Box 44530, Lafayette, Louisiana 70504

Copyright © 2006 by The Gulf Coast Association of Geological Societies