Jeff Daniels
Curriculum Vitae
Publications, Presentations, and Creative Works
Chapters in edited books
Daniels, J.J., and Keys,
W.S., 1991, Geophysical well logging for hazardous waste evaluations: SEG
Special Volume on Environmental Geophysics, Investigations in Geophysics,
No. 5, Geotechnical and Environmental Geophysics, vol.1, p. 263-285, S.H.
Ward Editor.
Daniels, J.J., B. Allred, A. Binley, D. Labrecque,
and D. Alumbaugh, 2004, Hydrogeophysical Case Studies in the Vadose
Zone: Chapter 14 in Hydrogeophysics,
ed. By Yoram Rubin (Berkeley) and Susan
Hubbard (Lawrence
Berkeley
Lab), Klewer Press.
Barry J. Allred, M. Reza Ehsani, and Jeffrey J. Daniels, (in press),
General Considerations for Geophysical Methods Applied to Agriculture,
Chapter 1in Handbook of
Agricultral Geophysics, CRC Press, Allred, B., Daniels, J., and Ehsani,
R. (eds.). (2008)
Barry J.
Allred, Douglas Groom, M. Reza Ehsani,
and Jeffrey J. Daniels, (in press) Resistivity Methods,Chapter 5 in
Handbook of Agricultral Geophysics, CRC Press, Allred, B., Daniels, J.,
and Ehsani, R. (eds.). (2008)
Jeffrey
J. Daniels, Mark Vendl, M. Reza Ehsani,
and Barry J. Allred,
(in press), Electromagnetic Induction
Methods: Chapter 6 in Handbook of Agricultural Geophysics,
CRC Press, Allred, B., Daniels, J., and
Ehsani, R. (eds.). (2008)
Jeffrey J.
Daniels, M. Reza Ehsani, and Barry J. Allred, (in press)
Ground-Penetrating Radar Methods, Chapter 7 in Handbook of Agricultral
Geophysics, CRC Press, Allred, B., Daniels, J., and Ehsani, R. (eds.)
(2008)
Barry J. Allred,
Michael Rogers, M. Reza Ehsani,
and Jeffrey J. Daniels ,
Additional Geophysical Methods with Probable Significant Future Use in
Agriculture: Mag
netometry, Self-Potential, and Seismic, Chapter 8 in
Handbook of Agricultral Geophysics,
CRC Press, Allred, B., Daniels, J., and Ehsani, R. (eds.).
Peer reviewed journal articles
Daniels,
J.J., G.V. Keller, and J.J. Jacobson, 1976,
Computer assisted interpretation
of two-loop induction soundings of permafrost: Geophysics, v. 41, no. 4, p.
752-765.
Daniels, J.J., 1977,
Three-dimensional resistivity and induced polarization modeling using buried
electrodes: Geophysics, v. 42, no.5, p. 1006-1019.
Daniels,
J.J., J.H. Scott, P.D. Blackmon, and H.C Starkey, 1977, Borehole geophysical
investigations in the south Texas uranium district: Jour. of Res. of the
USGS, v. 5, no.3, p. 343-357.
Keller,
G.V., R.A. Crewdson, and J.J. Daniels, 1978, Time domain electromagnetic
survey in the Black Rock Desert- Hualapi Flat Area of northwestern Nevada:
in Studies of Geothermal Systems in Northwestern Nevada, Part 1, Colorado
School of Mines Quarterly, v. 73, no.3.
Daniels, J.J., 1978,
Interpretation of buried electrode resistivity data using the layered earth
model: Geophysics, v. 43, no. 3,
p. 988-1001.
Breiner, S., J.D.
Corbett, J.J. Daniels, D.A. Hansen, R.F. Horsnail, and H.F. Morrison, 1981,
Report of American mining
geophysics delegation to the Peoples Republic of China: Geophysics, v.46, no.3, p.347-356.
Daniels, J.J. and S.
Breiner, 1981, Mining borehole geophysics in the
Peoples Republic of China: The Log Analyst, v. 22, no.1.
Daniels, J.J.,1983,
Hole-to-surface resistivity measurements: Geophysics, V. 48, no.1, p. 83-97.
Daniels, J.J., G.R.
Olhoeft, and J.H. Scott, 1983, interpretation of core and well log physical
property data from deep drill hole UPH-3,
Stephenson County, Illinois:
Jour. of Geophys. Res., v. 88, no. B9, p.7346-7354.
Daniels, J.J., and A.V.
Dyck, 1984,
Borehole resistivity and electromagnetic methods applied to
mineral exploration: IEEE Trans. on Geoscience and Remote Sensing, vol.
GE-22, no. 1, p. 80-87. Special Issue on Electromagnetic Methods in Applied
Geophysics.
Daniels, J.J., 1987,
Trends in borehole geophysics: Mining Engineering magazine September, 1987,
12 p.
Daniels,
J.J., and Muller, D.G., 1987, Geophysical well logging above the water
table: Trans. of Exploration 87 Symposium, Toronto,
Canada, Sept. 27-Oct 1.
Snyder,
G.L., Patten, and J.J. Daniels, 1987, Mineral resources of the Mount Zirkel
Wilderness and Northern Park Range Vicinity, Jackson and Rautt Counties,
Colorado: U.S. Geological Survey Bull. 1554, Washington, D.C.
Daniels,
J.J., 1988, Locating caves, tunnels, and mines: Leading Edge, Soc. Expl.
Geophys. Jan-Feb, 1988)
Peters, L.,
Daniels, J.J., and Young, J.D., 1994,
Ground Penetrating Radar as a
Subsurface Environmental Sensing Tool: Proceedings of the IEEE, vol. 82, no.
12, Dec. 1994.
Daniels, J.J., 1994, Ground Penetrating Radar
for Engineering Applications, ASCE Special volume on Geophysical Methods
ASCE Publication ISSMFE #10,
XIII ICSMFE, New Delhi, 1994.
Daniels,
J.J., Roberts, R.R., and Vendl, M., 1995,
Ground penetrating radar for the
detection of liquid contaminants: Journal of Applied Geophysics,
V. 33, No.3, p. 195-207.
Grumman, D.L., and Daniels,
J.J., 1995, Experiments on the detection of organic contaminants in the vadose
zone with ground penetrating radar: Journal of Environmental and Engineering
Geophysics, v. I, no. 1, p. 31-38.
Roberts, R.L.,
and Daniels, J.J., 1996, Analysis of GPR Polarization Phenomena: Journal of
Environmental and Engineering Geophysics, vol. 1, No.2, p. 139-157.
Roberts, R.L.,
and Daniels, J.J., 1997,
Modeling Near Field GPR in three dimensions using the
FDTD Method: Geophysics, Vol. 62, No. 4, p. 1114-1126.
Daniels, J.J.,
Grumman, D., and Vendl, M., 1997, Coincident antenna Three Dimensional GPR:
Jour. Env. Eng. Geoph., V. 2, No. 1, p. 1-9.
Daniels, J.J.,
Brower, J., and Baumgartner, F., 1998, High resolution GPR at Brookhaven
National Laboratory to delineate complex subsurface targets: Journal of
Environmental and Engineering Geophysics, Vol. 3, No. 1, p. 1-5.
Daniels, J.J.,
and Brower, J., 1998, Side Looking
Underground Radar (SLUR): Geophysics, v. 63, No. 6, p. 1925-1992.
Guy, Erich D.,
Daniels, J.J., Radzevicius, S.J., and Vendl, M.A.,1999,
Demonstration of using
crossed dipole GPR antennae for site characterization: Geophysical Research
Letters, Vol 26, No. 22, P. 3421-3424.
Kim, C., Daniels, J.J., Guy,
E.D., Radzevicius, S., and Holt, J., 1998,
Residual hydrocarbons in a water
saturated medium: A detection strategy using ground penetrating radar:
Environmental Geosciences, AAPG-DEG, Vol. 7, No. 4, P. 169-176.
Radzevicius,
S.J., and Daniels, J.J., 2000,
Ground penetrating radar polarization and
scattering from cylinders, Journal of
Applied Geophysics.
Radzevicius,
S.J., Guy, E.D., and Daniels, J.J., 2000,
Pitfalls in GPR data interpretation:
Differentiating stratigraphy and buried objects from periodic antenna and
target effects, Geophysical Research Letters, V. 27, No. 20, p. 3393-3396.
Guy, E.D.,
Daniels, J.J., Holt, J., Radzevicius, S.J., and Vendl, M.A., 2000,
Electromagnetic
Induction and GPR measurements for creosote contaminant investigation:
Journal of Environmental and Engineering Geophysics,
Vol. 5, No. 2, p. 11-19.
Baumgartner, F.,
Munk, J., and Daniels, J., 2001, A geometric model for high-frequency
electromagnetic scattering from dielectric cylinders, Geophysics, Vol.
66, No. 4, p. 1130-1140.
Allred, B., N. Fausey, L. Peters Jr., C. Chen, J. Daniels, H. Young,
and J. Conroy, 2001,
Detection of buried drainage pipes using geophysical
methods. Land and Water. September/October, pp. 34-37.
Allred, B.J., N.
R. Fausey, L. Peters Jr., C. Chen, J.J. Daniels, and H. Youn, 2002,
Drainage
pipe detector: Resource, ASAE, Vol. 9, No. 12, p. 11-12.
Guy, E.,
Daniels, J.J, Nolen-Hoeksema, R., and Lefchik, T., 2003, High-resolution shear
wave reflection investigations near a coal mine roadway collapse feature:
Journal of Applied Geophysics.
Radzevicius, S.,
C-C Chen, L. Peters, J.J. Daniels, 2003,
Near-field dipole radiation dynamics
through FDTD modeling: Jour. Applied Geophysics, V. 52, p. 75-92.
Daniels, J.J.,
B. Allred, M. Collins, and J. Doolittle, 2003, Geophysics in Soil Science, in
Encyclopedia of Soil Science: (Update 4), Marcel Dekker, N.Y., 5 p.
Allred, B.J., N.
R. Fausey, L. Peters Jr., C. Chen, J.J. Daniels, and H. Youn, 2004, Drainage
pipe detector: Applied Engineering in Agriculture, Vol. 20, No. 3, p. 307-318.
Allred, B.J.,
J.J. Daniels, N. R. Fausey, C. Chen, L. Peters, Jr., H. Youn, 2005, Important
considerations for locating buried agricultural drainage pipe using ground
penetrating radar: Applied Engineering in Agriculture, Vol. 21, No. 1, p. 71-87.
Tian-Chyi Jim Yeh, Cheng-Haw
Lee, Kuo-Chin Hsu, Walter A. Illman, Warren Barrash, Xing Cai, Jeffrey Daniels,
Ed Sudicky, Li Wan, Guomin Li, and C. L. Winter, 2008,
A view toward the future
of subsurface characterization: CAT scanning groundwater basins: Water Resources
Research, VOL. 44, W03301, doi:10.1029/2007WR006375, 2008
K.
Pyke, S.Eyuboglu, J. J. Daniels, and M. Vendl (Accepted for publication)
Controlled Experiment to Determine GPR Water Table Response. Journal of
Environmental & Engineering Geophysics
,2008
Reviews and abstracts
Whan, W.J., and
J.J. Daniels, 1982, Numerical modeling of three dimensional surface topography
for buried electrode resistivity surveys: Trans. of SEG 52nd Annual
International meeting, Oct 17-21, Dallas Texas
(extended abstract).
Daniels, J.J.,
Vendl, M., and Stepp, T., 1988, The application of ground penetrating radar for
locating surface spills: Soc. Expl. Geophysicists Annual Meeting,
Anaheim,
CA.
Daniels, J.J., 1990,
Applications of borehole geophysical techniques to hydrogeologic problems:
International Symp. on Borehole Geophysics, Feb 1-3, 1990,
Tucson,
AZ,.
Roberts, R., Daniels, J.J.,
and Vendl, M., 1991, Seasonal variations and ground penetrating radar
repeatability: Soc. Expl. Geophysicists Ann. Meeting, expanded abstracts, Paper
E/G1.2, p. 10-14.
Roberts, R.L.,
and Daniels, J.J., 1992, 3-D data collection and analysis for high resolution
GPR studies, in Soc. Expl. Geophys. Ann. Meeting Ext. Abstracts: SEG,
New Orleans, LA, Oct.
27-30, 1992, Paper E/G1.8, p.360-363.
Daniels, J.J.,
1992, “Ground penetrating radar for detection of surface spills”, Abstracts of
Program, Inland Spills Conference, Cincinatti, OH
(9/23/92)
Daniels, J.J.,
1992, “Ground penetrating radar for hazardous waste assessment”, ASCE Annual
Meeting (9/17/92), New York, NY.
(invited paper)
Daniels, J.J., 1997, Ground
Penetrating Radar for site characterization: Anuual Meeting of the Geotechnical
Committee of ASCE, Logan, Utah,
July 17, 1997.
Holt,
J., Vendl, M., Baumgartner, F., Radziviscius, S., and Daniels, J., 1998,
Brownfields site-characterization using geophysics: A case history from
East Chicago: North Central GSA Annual Section Meeting,
Columbus,
OH.
Daniels, J.,
1998, Three dimensional GPR at Brookhaven National Laboratory: GSA Abstracts
with Programs, Vol 30., No. 2, North Central GSA Meeting,
Columbus, OH, March 19-20.
Daniels, J.J., 1998, Three
Dimensional GPR at Brookhaven National Laboratory to delineate complex
subsurface targets: North Central GSA Annual Section Meeting,
Columbus,
OH.
Guy, E.D., Daniels, J.J, and
Radzevicius, S.J., 1999, Shallow Geophysics for Investigation of a Creosote
Contaminated Site in Centeral Ohio, AAPG Bulletin, American Association of
Petroleum Geologists, 83, no.8, p. 1375.
Radzevicius,
S.J., J.J. Daniels, and E.D. Guy, 1999, GPR for environmental site
investigations: The importance of polarization: AAPG Eastern Section Meeting.
AAPG Bulletin, American
Association of Petroleum Geologists, 83, no.8, pp. 1375-1376.
Guy, E.D., J.J.
Daniels, and S.J. Radzevicius, 1999, Shallow geophysics for investigation of a
creosote contaminated site in Central Ohio: AAPG Eastern Section Meeting, AAPG
Bulletin, vol. 83, no.8, p.
1375.
Guy, E.D.,
Daniels, J.J, Radzevicius, S.J., and Holt, J., 2000, Application of
Electromagnetic Techniques for Organic Contaminant Detection, EOS Transactions,
American Geophysical Union, vol. 81, no.19, p. S234. (Wash DC)
Guy, E.D.,
Daniels, J.J, Kim, C., Holt, J., Radzevicius, S.J., and Vendl, M.A., 2000, LNAPL
Effects on GPR Data, Abstracts with programs, Geological Society of America, 32,
no.4, p. 39.
Guy,
E.D., Daniels, J.J, Kim, C., Holt, J., Radzevicius, S.J., and Vendl, M.A., 2000,
LNAPL Effects on GPR Data, Geological Society of America, Indianapolis,
Indiana, GSA Abstracts with Programs, vol.
32, no. 4, p. A15.
Guy, E.D.,
Daniels, J.J., Radzevicius, S.J.,
and Holt, J., 2000, Application of Electromagnetic Techniques for Organic
Contaminant Detection, EOS Transactions, American Geophysical Union, vol. 81,
no.19.
Guy, E.D., and
Daniels, J.J., 2002, Comparison of P-Wave and S-Wave Reflection Surveying
Effectiveness for Detection of Mine-Related Subsidence Activity Beneath a
Heavily Traveled Roadway, EOS Transactions, American Geophysical Union, vol. 83,
no. 47. (San Francisco)
Guy, E.D., Daniels, J.J. (speaker),
Nolen-Hoeksema, R.C., and Lefchik, T., 2002, High-Resolution SH-Wave Seismic
Reflection Investigations Near a Coal Mine-Related Roadway Collapse Feature,
NATO Hydrogeophysics Advanced Study Institute. (Czech)
Daniels, J.J.,
Guy, E.D., and Holt, J.J., 2002, Physical Model Tests of the Sensitivity of GPR
to LNAPL’s in the Vadose Zone, NATO Hydrogeophysics Advanced Study Institute.
(Czech)
Paramo, P., Daniels, J.J.,
Asgharzadeh, M.F., and Guy, E.D., 2002, Processing and Interpretation of Seismic
Reflection Data Acquired in Northwest Ohio Over
the East Continental Rift, Rocky Mountain Section Meeting, American Association
of Petroleum Geologists. (Laramie)
Asgharzadeh,
M.F., Daniels, J.J., Paramo, P., and Guy, E.D., 2002, Analysis of P-wave
Reflection Seismic Data Acquired in Northwest Ohio:
Implications for Regional Stratigraphy, Structure, and Hazardous Waste Injection
Practices, AAPG and SEG joint exposition. (Houston)
S. Eyuboglu,
J. J. Daniels, K. Pyke, 2005, Three
Dimensional Finite Difference Time Domain Modeling of Ground Penetrating Radar
with an Efficient and Robust Algorithm to Define and Predict Hydrologic
Properties in the Subsurface, American Geophysical Union (AGU) Fall
Meeting, 5-9 December 2005, San Francisco, California.
K. Pyke, J. J. Daniels,
S. Eyuboglu, 2005, GPR
Response to the Introduction of LNAPL in the Vadose Zone, American
Geophysical Union (AGU) Fall Meeting, 5-9, December 2005, San Francisco,
California.
S.Eyuboglu, J. J. Daniels, R. Lee and
J. Yeh, 2006, Study of High Robust
Three Dimensional Finite Difference Time Domain (FDTD) Modeling of Ground
Penetrating Radar for a Heterogeneous Environment, American Geophysical
Union (AGU) Fall Meeting, 11-15 December 2006, San Francisco, California.
S.Eyuboglu, J. J. Daniels, R. Lee and
J. Yeh, 2007,
Deep Electromagnetic Imaging (EMI) Simulations for Realistic
Heterogeneous Earth Models, American Geophysical Union (AGU) Fall
Meeting, 10-14 December 2007, San Francisco, California.
Bulletins and technical reports
Daniels, J.J.,
1977, A computer program to calculate the resistivity and induced polarization
response for a three- dimensional body in the presence of buried electrodes:
U.S. Geological Survey Open-File Report 77-153, 74 p.
Daniels, J.J.,
and J.H. Scott, 1977, The role of borehole electrical measurements in uranium
exploration: U.S. Geological Survey Open-File Report 78-326, 18 p.
Daniels, J.J.,
1978, A computer program for calculating the direct current resistivity response
for electrodes buried in a horizontally stratified earth: Dept. of Commerce NTIS
publication PB-286-323.
Daniels, J.J.,
J.H. Scott, and R.J. Hite, 1979, Analysis of
borehole geophysical data in an evaporite sequence: Trans. of the SPWLA
12th Annual Logging Symposium, paper M. (also U.S. Geological Survey Open File
Report 79-585).
Daniels, J.J.,
1980, Borehole geophysical data for drill hole UE25a-3, Nevada Test Site: U.S.
Geological Survey Open-File Report 80-126.
Daniels, J.J.,
and J.H. Scott, 1980, An experiment to test hole-to-hole resistivity
measurements for locating old mine openings: U.S. Geological Survey Open-File
Report 80-895.
Daniels, J.J.,
1980, Hole-to-surface resistivity data from
Salt Valley Utah: U.S. Geological Survey Open-File Report
80-891.
Hagstrum, J.T.,
J.J. Daniels, and J.H. Scott, 1980, Interpretation of geophysical well log
measurements in drill hole UE25a-1, Nevada Test Site, Radioactive Waste Program:
U.S. Geological Survey Open-File Report 80-941.
Hagstrum, J.T.,
J.J. Daniels, and J.H. Scott, 1980, Analysis of the magnetic susceptibility well
log in drill hole UE25a-5, Yucca Mountain,
Nevada
Test Site: U.S. Geological Survey
Open-File Report 80-1263.
Daniels, J.J., and J.H.
Scott, 1980, The interpretation of
geophysical well logs in a coal depositional environment
Illinois Basin, Kentucky:
U.S. Geological Survey Bulletin, no. 1509, 44p.
Daniels, J.J., R.J. Hite,
and J.H. Scott, 1981, Geophysical well log measurements in three drill holes at Salt Valley, Utah:
U.S. Geological Survey Open-File Report 81-36.
Daniels, J.J., and J.H.
Scott, 1981, Interpretation of
geophysical well logs from drill holes UE25a-4,-5,-6, and
-7: U.S. Geological Survey Open-File Report 81-289.
Daniels, J.J., J.H. Scott,
and G.R. Olhoeft, 1981, Geophysical well logs for granite drill hole UPH-3, Stephenson County, Illinois:
U.S. Geological Survey Open-File Report 81-237.
Daniels, J.J.,
and J.H. Scott, 1981, Hole-to-surface resistivity measurements at
Yucca Mountain, Nevada
Test Site: U.S. Geological Survey Open-File Report 81-1336.
Daniels, J.J.,
1982, Hole-to-surface resistivity measurements at Gibson Dome (drill hole GD-1), Paradox Basin, Utah:
U.S. Geological Survey Open-File Report 82-320, 23p.
Daniels,
J.J. 1995, Ground penetrating radar investigation at the glass hole area: report
to Brookhaven National Laboratory, DOE Operations Office, September 1, 1995.
Daniels, J.J.
1995, Ground penetrating radar investigations at the animal/chemical pit area:
report to Brookhaven National Laboratory, DOE Operations Office, October 12,
1995.
Daniels, J.J.,
1995, “Leaking underground storage tank site exploration technology assessment:
Field Demonstration Project”: Final Report to U.S. EPA,
Chicago,
IL, USEPA Contract No.
L-995395-01-0.
Daniels, J.J., 1995,
“Development of a three dimensional subsurface imaging computer display system
for using ground penetrating radar to locate buried substances”: Final Report to
the United States Environmental Protection Agency, Grant No. V995876-01-03.
Proceedings of
the Third Government Workshop on GPR, 1995, “Advanced Ground Penetrating Radar:
Technologies and Applications”: Nov. 11-15, 1994,
Columbus
(edited by: Jeffrey J. Daniels, and Mark Vendl).
Daniels, J.J.,
1997, “Advanced processing of GPR Data: Wavelet and Super Resolution
Processing”, Report to EPA on Grant No.
Papers in Proceedings
Scott, J.H.,
J.J. Daniels, W.P. Hasbrouck, and J.Y. Guu, 1975,
Hole-to-hole geophysical measurement research for mineral exploration:
Soc. Prof. Well Log Analysts Trans., 16th Annual Logging Symposium, paper KK.
Scott, J.H., and
J.J. Daniels, 1976, Nonradiometric borehole geophysical detection of geochemical
halos surrounding sedimentary uranium deposits: IAEA, Proceedings of
International Symp. on Exploration for Uranium
Ore Deposits, Vienna, Austria,
p. 375-390.
Smith, B.D.,
J.W. Cady, D.L. Campbell, J.J. Daniels, and V.J. Flanigan, 1976, A case for
"other" geophysical methods in exploration for uranium deposits: International
Atomic Energy Agency, Proceedings of International Symposium on Exploration for
Uranium Ore Deposits, Vienna, Austria, p. 337-351.
Daniels, J.J., 1977,
Extending the range of investigation of
borehole electrical measurements: Trans. of the SPWLA 18th Annual Logging
Symp., 17p.
Daniels, J.J., J.H. Scott,
and G.R. Olhoeft, 1981, Interpreting Precambrian metamorphic geology from
geophysical well logs: Trans. of the 22nd Annual Logging Symp.,
Mexico City.
Daniels, J.J.,
and J.H. Scott, 1982, Automated lithologic interpretation from geophysical well
logs in a coal depositional
environment, Carbon County,
Wyoming: Trans. of the 1982 Rock Mountain Coal Symposium, May 12-14,
1982, Park City, Utah.
Daniels, J.J.
1982, Evaluation of nuclear waste sites with hole-to-surface resistivity
measurements: Trans. of OECD Workshop on Geophysical Investigations of Geologic
Problems for Nuclear Waste Site Evaluation, Ottawa, Canada,
Sept. 8-10, 1982, 34 p.
Daniels, J.J.,
J.H. Scott, and Jiajin Liu, 1983, Estimation of
coal quality parameters from geophysical well logs: Trans.
of the SPWLA Twenty Fourth
Annual Logging Symposium, June27-30,
1983, Calgary,
Canada, 19 p.
Daniels, J.J., 1985,
Borehole geophysical techniques for mineral exploration and evaluation: AIME
Transactions of Annual Meeting
(preprint 85-17), New York, Feb., 1985 .
Daniels, J.J.,
1988, Well logging for engineering and environmental applications: Proceedings
of the Symposium on the application of Geophysics to Engineering and
Environmental Problems, March 28-31, 1988, Golden, Co.: The Soc. of Eng. and
Min. Exploration Geophysicists.(invited paper)
Daniels, J.J.,
1989, Fundamentals of Ground Penetrating Radar: SAGEEP Proceedings, March 13-16,
1989, Golden, CO., 80 p.
Roberts, R.L.,
and Daniels, J.J., and Peters, L., 1992,Improved GPR interpretation from
analysis of buried target polarization properties: Proceedings of SAGEEP, April
26-29, 1992, Oakbrook, Il,
p.597-611.
Daniels, J.J.,
Roberts, R., Schilling, B., and Erickson, R., 1992, "GPR Measurements for
locating underground mine workings at an active open-pit mine": Transactions of
the Fourth International Conference on Ground Penetrating Radar, June 8-13,
1992, Rovaniemi,
Finland.
Daniels, J., Roberts, R.,
and Vendl, M., 1992, Site studies of ground penetrating radar for monitoring
petroleum product contaminants: SAGEEP Proceedings, p. 597-609, April 26-29,
1992, Oak Brook, IL.
Daniels, J.,
1993, Ground Penetrating Radar: Antenna and Applications Development: in
Proceedings of a meeting on Geophysical Techniques for Site and Material
Characterization, sponsored by NSF, edited by Glenn Rix and Carlos Santamarina,
Atlanta,
GA, June, 1993.
Roberts, R.,
Daniels, J.J., and Peters, L., Jr., 1993, Accounting for near field conditions
when interpreting 3-D GPR data:
SAGEEP Proceedings, April 19-22, 1993, San Diego, CA,
p. 575-594.
Roberts, R.L.,
and Daniels, J.J., 1993, Analysis of the effectiveness of velocity-depth
inversion using bistatic data collected over targets of different sizes, shapes,
and orientations: Proceedings on Advanced Ground Penetrating Radar, Second Govt.
Workshop on GPR, The Ohio State University Columbus, OH, Oct.26-28, 1993.
Daniels, J.D.,
Ansari, W., Grumman, D., and Roberts, R.L., 1993, 3-D GPR: Proceedings of Second
Govt. Workshop on GPR, Advanced Ground Penetrating Radar – Technologies and
Applications, Columbus, OH, Oct. 26-28, 1993.
Roberts, R.L., and Daniels,
J.J., 1994, Finite difference time-domain forward modeling of GPR data:
Proceedings of the fourth
International Symposium on Ground Penetrating Radar, June 12-15, Kitchner, ONT
(20 p.)
Peters, Leon
Jr., Young, J.D., Daniels, J.J. and Chen, C.C., 1995, Detection of Buried
Contaminant Containers Using GPR: SAGEEP Proceedings,
Orlando, Fl, April 26-29, 1995.
Daniels, J.J.,
1995, An experiment at INEL to Analyze Circular and Linear Polarization for GPR
Systems: SAGEEP Proceedings, Orlando, FL, April 23-26, 1995, p. 733-746.
Daniels, J.J.
and Vendl, M.V., 1997, Three dimensional ground penetrating radar for detailed
site characterization: Transactions of 5th
Great Lakes Geotechnical/ Geo-environmental
Conference, May 16, 1997, 10p.
Baumgartner, F.,
Munk, J., Daniels, J., and Chen, C., 1998, GPR scattering of dielectric
cylinders: Trans. of Seventh International Conference on Ground-Penetrating
Radar, Lawrence, KS, May 27-30, 1998, p. 369-376.
Holt, J., Vendl, M.,
Baumgartner, F., Radziviscius, S., and Daniels, J., 1998, Brownfields
site-characterization using geophysics: A case history from
East Chicago: SAGEEP Proceedings: Soc.
Eng.
and Min. Expl. Geophys., April 26-29, 1998, Chicago, Il,
p.
Annan, A.P., and
J.J. Daniels, 1998, Foundations of GPR for Three Dimensions: Short Course
Proceedings, SAGEEP >98, Chicago, IL,
March 22-26.
Radzevicius, S.J., Daniels,
J.J., and Chen, C.C., 2000,
GPR H-Plane Patterns for a Horizontal Dipole on a
Half-Space Interface: Proceedings of GPR 2000, Brisbayne, Aus.
Wielopolski, L.,
Daniels, J.J., Hendrey, G., and McGuigan, M., 2000,
Imaging tree root systems in
situ: GPR 2000, Brisbayne, Aus.
Holt, J., and
J.J. Daniels, 2000,
Magnetic Data in a High Noise Environment: Proceedings of
SAGEEP >2000, Arlington, Va,
Feb. 14-20, 2000.
Radzevicius,
S.J., Daniels, J.J., Guy, E.D., and Vendl, M.A., 2000,
Significance of
crossed-dipole antennas for high noise environments: Proceedings of SAGEEP,
Arlington,
Va, Feb. 14-20, 1999.
Frank, G., Guy,
E.D., and Daniels, J., 2000, The use of borehole ground penetrating radar in
determining the risk associated with boulder occurrence: No-Dig 2000 Conference,
North American Society for Trenchless Technology,
Anaheim,
CA, April 9-12, 2000.
Kim, C., Daniels, J.J.,
Holt, J.J., Guy, E.D., 2000, A physical model experiment of the GPR response
over gasoline: Proceedings of SAGEEP 2000,
Arlington, Va, Feb. 14-20, 1999.
Daniels, J.J., 2000,
Ground Penetrating Radar for
Imaging Archeological Objects in the Subsurface: Proceedings of the New
Millennium International Forum on Conservation of Cultrual Property, Dec. 5-8,
edited by Suckwon Choi and Mancheol Suh, Institute of Conservation Science for
Cultural Heritage, Kongju National Universiity, Kongju, Korea, p. 247-265.
Guy, E.D., and J.J. Daniels, 2002, Cross-hole
radar effectiveness for mine-related subsidence investigations: the
International 2003 NO-DIG Conference, International and North American Societies
for Trenchless Technology, Las Vegas.
Daniels, J.J., Vendl, M.A., Holt,
J.J., Guy, E.D., 2003,
Combining Multiple Geophysical Data Sets into a Single 3D
Image, 2003 Symposium on the Application of Geophysics to Environmental and
Engineering Problems, Proceedings of The Environmental and Engineering
Geophysical Society, April 6-10, 2003.
Daniels, J.J., L. Weilopolski, S.
Radzevicius, and J. Bookshar, 2003,
3D GPR Polarization analysis for imaging
complex objects, 2003 Symposium on the Application of Geophysics to
Environmental and Engineering Problems, Proceedings of The Environmental and
Engineering Geophysical Society, April 6-10, 2003.
Allred, B., M.R. Ebsani, and J.J.
Daniels, 2003, The impact on electrical conductivity measurement due to soil
profile properties, shallow hydrologic conditions, fertilizer application,
agricultural tillage and the type of geophysical method employed: 2003 Symposium
on the Application of Geophysics to Environmental and Engineering Problems,
Proceedings of The Environmental and Engineering Geophysical Society, April
6-10, 2003.
S. Eyuboglu,
J.J. Daniels, K. Pyke, 2006, Finite
Difference Time Domain Modeling of Ground Penetrating Radar with an High Robust
Algorithm to characterize Hydrologic Properties in the Subsurface, 11th
International Conference on Ground Penetrating Radar, June 19-22,
2006, Columbus, Ohio
S.Eyuboglu, J.
J. Daniels, and K. Pyke, 2006, Finite
Difference Time Domain (FDTD) Modeling of Ground Penetrating Radar (GPR) for
Heterogeneous Media by Using an Efficient Robust Algorithm: U.S.
Department of Transportation Federal Highway Administration, Geophysics
Proceedings, December 2006, St. Louis, Missouri.
Selma
Kadioglu, Emin U. Ulugergerli, and Jeffrey J. Daniels, 2006, 3D Visualization to
Map Cavities by GPR Method: Dalaman Akkopru Dam Rezevoir Area, Mugla, Southeast
Turkey:
11th International Conference on Ground Penetrating Radar,
June 19-22, 2006, Columbus Ohio, USA.
James P. Conroy, and
Jeffrey J. Daniels, 2006, Improved Mine Subsidence Detection and Roadway
Evaluation Using a 3D GPR and Statistical Correlation of Data by Cross-plotting
Approach: 11th International Conference on Ground
Penetrating Radar, June 19-22, 2006, Columbus Ohio, USA.
Scholarly presentations (partial list of invited
presentations)
Speaker
-
Michigan
Tech. Univ., Departmental Seminar: “Borehole Geophysics” (11/76)
-
Purdue
University,
Departmental Seminar: “Applications of Borehole Geophysics” (2/77)
-
Univ.
of Arizona,
Departmental Seminar: “Electromagnetic Inversion”, (4/81).
-
“Borehole Geophysics”, Seminar, Lamont Doherty Geological Observatory,
5/85)
- Seminar, Wright State
University,“Borehole
geophysics”, (5/88).
- British Petroleum, Houston, Distinguished
Lecture Series, “Ground Penetrating Radar”, 9/89.
- British Petroleum Environmental Research Laboratory, GPR applications, Cleveland (7/90)
-
University
of Nevada at Reno, “Borehole Geophysics for Mining
Applications”, (6/90)
- Massachusetts
Institute of Technology, " Three dimensional subsurface imaging with ground
penetrating radar", Geophysics Colloquium (12/7/92)
- Northern Illinois University,
"Ground penetrating radar for shallow investigations" (2/92)
- Radian Corporation, “Ground penetrating radar for environmental applications”,
one day joint seminar with USGS and Radian Corp., (9/15/92).
- Michigan Groundwater Professional’ Forum bi-annual dinner meeting, “Ground
Penetrating Radar for Engineering and Groundwater Applications”, Kalamazoo, MI,
(5/14/93).
- International Soc. Civil Engineers (New
Delhi, India) (4/93).
- Contaminant Hydrogeology Workshop, Geological Soc.
America
Annual Meeting, Boston,
“Ground Penetrating Radar for Contaminant Detection”,
(10/26/93).
- Indiana University,
Ground Penetrating Radar for Environmental Applications, Dept. Of Geological
Sciences Colloquium (9/94).
- Cornell University,
“Ground Penetrating Radar”, Geological Sciences Seminar Series, (3/1/94).
- GeoLogan - Geotechnical Committee
of ASCE, Logan, Utah,
“A GPR for Site Characterization”, (July 17, 1997).
- Purdue University,
Ground Penetrating Radar for Environmental Applications, Dept. Of Geological
Sciences Colloquium (2/97).
- Brookhaven National Laboratory, Division of Analytical Sciences, "GPR for
Shallow Imaging", BNL, Upton, NY, (July 16, 1998).
- “Geophysical Research for subsurface investigations”, Interstate Technical
Group on Abandonded Underground Mines, KDOT-FHWA Mine Workshop, Kansas City, MO,
(April 25-27, 2000).
- Western Michigan
University, “Three
Dimensional GPR”, Colloquium, (10/00).
- University of Buffalo,
“Ground Penetrating Radar for Geotechnical Applications”, Colloquium, (Nov. 10,
2001).
- NATO Advanced Study Institute on Hydrogeophysics, “Geophysical investigation
of a Brokhaven National Laboratory waste disposal site: A 3D integrated active
interpretation of GPR data with magnetics and EM data”,
Trest,
Czech Republic,
(July 17-27, 2002).
- Colorado School of Mines Heiland Lecture, “Integrating Ground Penetrating
Radar with other geophysical data sets, (March 6, 2003).
- National
University, Taipei, Taiwan,
“Combining Multiple geophsyical Data Sets into a Single 3D Image” (August 28,
2003).
- OTECH 2003, “Geophysical Investigations of a Highway Collapse Region”, Columbus, OH
(Oct. 22, 2003).
- OSTC/NSTDA/MOST/ATPAC Annual Conference (Biofuels), The
Ohio
State
University
BioFuels Research, August 28, 2006,
Columbus,
OH.
- OARDC Annual Conference, “OSU’s Energy Program”,
April 19, 2007.
Other Lectures and
Short Courses
Technology Exchange Lecturer -
Mining Geophysics Delegation to the Peoples
Republic of China, “Borehole geophysics for mining exploration”, sponsored
Society of Exploration Geophysicists (7 one- hour long lectures in 1 month at
various Chinese Universities, ), (10/79).
Lecturer and Participant-
“Borehole geophysics applied to nuclear waste
disposal”, OECD workshop on Geophysical Investigations in Connection with
Geological Disposal of Radioactive Waste, , Ottawa, Canada, (Sept. 8-10, 1982).
Short course-
“Geotechnical well logging”,
3 days, sole lecturer; Sept., Sandia National Laboratory (9/85).
Lectures-
“Well logging for engineering and environmental
applications”, presented at the Symposium on the Application of Geophysics to
Engineering and Environmental Problems, Golden, Co, March 28-31, 1988.
Short course-
Geologic interpretation of geophysical well log
data”, (4 days, sole lecturer; U.S. Geological Survey, Reston, Va,
4/87)
Lectures -
“Radar and
borehole geophysics”, Engineering Geophysics Short Course presented by Waterways
Experiment Station, Vicksburg,
MS (Sept. 88)
Short Course-
“Tutorial on Ground Penetrating Radar” - SAGEEP, Denver (3/89)
Keynote speaker at NSF
Symposium - Geophysical Techniques for site and
material characterization, NSF Earthquake Hazard Mitigation Program, Atlanta
Georgia
(6/93).
Presentation -
Massachusetts Institute of Technology, Advances
in Ground Penetrating Radar, MIT Geophysics Dept. Industrial Associates Retreat,
Killiam, VT (7/93).
Short Course – “Foundations of GPR
for Three Dimensional Imaging”: SAGEEP ‘98, Chicago. Co-taught with Dr. Peter
Annan, U. of Waterloo
(March 26, 1998).
Presentation -
National Research Council, Board of Earth
Sciences and Resources, Study on Coal Waste Impoundments, (June 11-12, 2001).
Tutorial -
NATO Advanced Study Institute on Hydrogeophysics,
“Fundamentals of GPR Tutorial”, Trest,
Czech Republic,
(July 17-27, 2002).
Creative works
- Development of non-linear least-squares inversion
computer code for low frequency (induction) electromagnetic field data,
using a layered earth model. The creative aspect of this development was the
recognized need for applying the non-linear inversion (Marquardt’s
Algorithm) rather than taking the conventional approach of linear inversion.
- Development of cross-hole electrical methods,
including the forward numerical modeling computer code for a
three-dimensional arbitrarily shaped body and a layered media. This code has
been used in biomedical engineering and geophysical engineering. The
creative aspect to this code was the recognition that it was necessary to
incorporate the surface reflection term in the algorithm by computing an
apparent conductivity. This simple development eliminated the singularities
in the algorithm and enabled the application of cross-hole measurements in
the field.
- Recognition of the direct effect of shallow
hydrocarbons on the amplitude of GPR measurements.
- Development of side looking underground radar (SLUR)
to image underground objects from a side-view, using trenches. Previous
field surveys were restricted to either cross-hole, or surface measurements.
- Development of an integrated three-dimensional
approach to interpreting ground penetrating radar data.
The computer code that was developed allows the interpreter to create
a direct on-screen pseudo-image by adjusting both the color and the opacity
of the individual colors. There are other 3-D display codes available, but
this is the only truly interactive code that incorporates varying the
opacity, and this has proven to be an important development.
