Environmental Forensics

The Evolution of Environmental Forensics in the United States
pp. 177-177(1)

Was Contamination of Southern California Groundwater By Chlorinated Solvents Foreseen?
pp. 179-184(6)
Authors: Amter S.; Ross B.

California UST Program Connection to MTBE Problems
pp. 185-187(3)
Author: White J.S.

MTBE—Panacea or Problem
pp. 189-196(8)
Author: Braids O.C.

Walkerton's Contaminated Water Supply System: A Forensic Approach to Identifying the Source
pp. 197-200(4)
Author: Danon-Schaffer M.N.

Comparative Electrochemical Methods to Determine Fluoride Traces in NaCl
pp. 201-203(3)
Authors: Maupomé G.; Castaño V.M.

State of the Art Report on Mathematical Methods for Groundwater Pollution Source Identification
pp. 205-214(10)
Authors: Atmadja J.; Bagtzoglou A.C.

The Use of Stable Isotopes to Differentiate Specific Source Markers for MTBE
pp. 215-221(7)
Authors: Smallwood B.J.; Philp R.P.; Burgoyne T.W.; Allen J.D.

Remote Sensing Tools Assist in Environmental Forensics:Part II—Digital Tools
pp. 223-229(7)
Authors: Brilis G.M.; van Waasbergen R.J.; Stokely P.M.; Gerlach C.L.

Fingerprinting of High Boiling Hydrocarbon Fuels, Asphalts and Lubricants
pp. 231-248(18)
Authors: Kaplan I.R.; Lu S-T.; Alimi H.M.; MacMurphey J.

Discriminating between Copper and Silver Mill Tailings in Silver Bow Creek Overbank Deposits, Butte, Montana, U.S.A.
pp. 249-259(11)
Authors: Davis A.; Helgen S.O.; McNulty T.