Illinois State water survey

Prickett, T.A., T.G. Naymik and C.G. Lonnquist (19810. A random walk solute transport model for selected groundwater quality evaluations. Illinois State Water Survey, Bulletin 65. [Pg.64]

Follow Illinois State Water Survey, NADP Program Office, 2204 Griffith Drive, Champaign, IL 61820, NADP Program Office, Illinois State Water Survey, February 5, 1998, http //nado.sws.uiuc.edu/mdn/... [Pg.270]

Changnon, S. A. Huff, R. A. Schickedenz, P. T. Vogel, J. L. Summary of METROMEX, Volume 1 Weather Anomalies and Impacts, Illinois State Water Survey Bulletin 62, Urbana, IL, 1977. [Pg.47]

Atmospheric Chemistry Section, Illinois State Water Survey,... [Pg.303]

Pollution Scavenging," Fifteenth Progress Report, Contract No. EY-76-S-02-1199, U. S. Department of Energy, Illinois State Water Survey, Urbana, 1977, 26-50. [Pg.326]

The NADP analyzes the constituents important in precipitation chemistry, including those affecting rainfall acidity and those that may have ecological effects. The Netwoik measures sulfate, nitrate, hydrogen ion (measure of acidity), ammonia, chloride, and base cations (calcium, magnesium. potassium). To ensure comparability of results, laboratory analyses for all samples are conducted by the NADP s Central Analytical Lab at the Illinois State Water Survey, A new subnetwork of the NADP, the Mercury Deposition Network (MDN) measures mercury in precipitation. [Pg.11]

Holm, T.R., W.R. Kelly, S.D. Wilson, G.S. et al. (2004) Arsenic Geochemistry and Distribution in the Mahomet Aquifer Waste Management and Research Center Report RR-107, Illinois State Water Survey and Illinois Waste Management and Research Center, Chicago, IL. [Pg.212]

Gatz DF, Sweet CW, Basu I, Vermette SJ, Harlin K, Bauer S (1994) Great Lakes atmospheric deposition network (IADN) Data report 1990-1992. Illinois State Water Survey... [Pg.64]

Gilkeson RH, Specht SA, Cartwright K, et al. 1978. Geologic studies to identify the source for high level of radium and barium in Illinois ground- water supplies A preliminary report. Illinois State Geological Survey and Illinois State Water Survey. Urbana, Illinois University of Illinois, Water Resources Center. UILU-WRC-78-0135. [Pg.115]

Peden, M.E. Lockard, J.M. In "Study of Atmospheric Pollution Scavenging, 20th Progress Report", Illinois State Water Survey Champaign, IL, 1984, 75-84. [Pg.41]

Phyllis Carman, Consultant, Tennessee Jim Gibb, Illinois State Water Survey Todd Giddings, Todd Giddings Associates, Inc. [Pg.159]

Prickett, T. A. Maymik, T. G. Lonnquist, C. G. A Random-Walk Solute Transport Model for Selected Groundwater Quality Evaluation. 1981, Illinois State Water Survey Bull. 65, 103... [Pg.256]

Procedures for the Collection of Representative Water Quality Data from Monitoring Wells Cooperative Ground Water Report 7 Illinois State Water Survey and State Geological Survey Champaign, IL, 1981. [Pg.320]

A third example of OXC is taken from field observations. In response to the recommendation by Hostcttler (7) that the most reliable characterization of the redox status of a natural water is a complete chemical analysis of all redox-active species, the Illinois State Water Survey (10) collected and analyzed groundwater samples from a pristine aquifer on a monthly basis for one year. Table III lists calculated values of OXj, RDj, and OXC for samples taken from depths of 35,50, and 65 feet. OXC is greatest in the most shallow samples and it decreases with depth. In addition, the lowest values at a constant depth occur in the winter samples and OXC varies little from April to September. This seasonal effect is the result of a decrease in total reductants RDj values for December through February are more than three times those for the spring and summer months. OXj is relatively constant throughout the entire sampling period. It is uncertain whether or not the... [Pg.374]

T. E. Larson, "Corrosion by Domestic Waters," Illinois State Water Survey Bulletin 59, Urbana, 111., 1975. [Pg.295]

The high 1954 Ca" + Mg concentration could have resulted from problems in the chemical analysis procedures, or may be indicative of higher ambient air levels of these elements in 1954. Recent work at the Illinois State Water Survey has shown that the Ca + Mg" levels in rain can rise considerably with time if the samples are not filtered. The 1977 samples were filtered but,most of the 1954 samples were not. There are other preliminary data, however, which suggest that the absence of filtering will not account for the majority of the increase in the 1954 pH levels compared to the 1977 values. [Pg.96]

R. C. Semonin, prin. invest., Illinois State Water Survey, Urbana, 111., COO-1199-59, 1-14 (1978). [Pg.121]

Buivid, M.G. et al (1981) Fuel gas enhancement by controlled landfilling of municipal solid waste. Resource, Recovery and Conservation Managemeru, 6, 3. Buswell, A.M. and Hatfield, W.D. (1939) Anaerobic fermentations. Illinois State Water Survey Bulletin, 32, 1-193. [Pg.128]

DW Distilled water ISWS Illinois State Water Survey tester... [Pg.13]

Acknowledgements Special thanks go to Stanley A. Changnon, Ir. for his encouragement and insight into weather modification. The reviews of James Angel and David Kristovich were very helpfiil. Any opinions, findings, conclusions, or recommendations are those of the author and do not necessarily reflect the views of the Illinois State Water Survey. [Pg.2182]

HoUinger, S. E. Changnon, S. A., Jr., (1993). Response of com and soybean yields to precipitation augmentation, and implications for weather modification in Illinois. Champaign, IL Illinois State Water Survey Bulletin 73. [Pg.2183]

Nancy Westcott Illinois State Water Survey, Institute of Natural Resource Stability, University of Illinois, Urbana, IL 61801, USA, nan illinois.edu... [Pg.2303]

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