John Robert Hoaglund III

John Robert Hoaglund III

The Pennsylvania State University

Earth and Mineral Sciences Environment Institute

2217 Earth Engineering Sciences

425 East University

University Park, PA 16802

(814) 865-4792

E-mail: hoaglund@essc.psu.edu

URL: http://www.emsei.psu.edu/~hoaglund

EDUCATION

Ph.D. MICHIGAN STATE UNIVERSITY

East Lansing, Michigan (August, 1996)

Thesis Topic: Recharge to Discharge Groundwater Travel

Times in the Michigan Basin and the Effect of Glacial Ice Loading

M.S. UNIVERSITY OF WISCONSIN‑MADISON

Madison, Wisconsin (December, 1987)

Thesis Topic: Origin and Kinematic Significance of Linear Structures in Upper Proterozoic Rocks of Chamberlindalen, Southwest Spitsbergen

Expedition: Chamberlindalen, Wedel Jarlsberg Land,

Spitsbergen July 6 to August 31 1986

B.S. UNIVERSITY OF WISCONSIN-MADISON

August 1985

Major: Geology

Hoaglund, J.R., J.J. Kolak, D.T. Long, and G.G. Larson, 2004. Analysis of modern and Pleistocene hydrologic exchange between Saginaw Bay (Lake Huron) and the Saginaw Lowlands Area. Geological Society of America Bulletin, vol. 116, no. ½, p. 3‑15.

Hoaglund, J.R. and D. Pollard, 2003. Dip and anisotropy effects on flow using a vertically skewed model grid. Ground Water, vol. 41, no. 6, p. 841‑846.

Hoaglund, J.R., C. Hochgraf, and T. Bohn, 2003. The Hydrogen Effluent. Ground Water, vol. 41, no. 4, p. 404‑405.

Hoaglund, J.R., in revision. A new technique for evaluating field scale structural fold-shape models using simultaneous non-linear regression, Part I: Theory. Submitted to Journal of Structural Geology

Hoaglund, J.R., G.C. Huffman, and N.J. Grannemann, 2002. Michigan Basin regional groundwater flow: discharge to three Great Lakes. Ground Water Vol 40, No. 4 p. 390-405.

Hoaglund, J.R., G.C. Huffman, and N. J. Granneman, 2002. Simulation of ground water flow in the Glaciofluvial, Saginaw, Parma-Bayport, and Marshall Aquifers, Central Lower Peninsula of Michigan. U.S.G.S Open File Report 00-504.

Hoaglund, John R. 1998. MODFLOW simulations of groundwater interactions between the Michigan Basin and the Great Lakes: modern discharge and glacial ice loading. Geological Society of America, Abstracts with Program, Vol. 30 No. 7.

Kolak, Jonathan J., John R. Hoaglund, and David T. Long. 1998. A geochemical and hydrogeological assessment of the influence of Michigan Basin brines on the Great Lakes. Geological Society of America, Abstracts with Program, Vol. 30 No. 7.

Hoaglund, John R.1998. Graphical cross-sections of four Michigan aquifer units with EDXSXN. Michigan Geological Survey Symposium. Spring meeting, 1998.

Hoaglund, John R.1998. Recharge to discharge groundwater travel times in the Michigan Basin and the effect of glacial ice loading. Michigan Geological Survey Symposium. Spring meeting, 1998.

Hoaglund, John R. 1996. Recharge to discharge groundwater travel times in the Michigan Basin and the effect of glacial ice loading. Ph.D. dissertation, Michigan State University, 274 p.

Hoaglund, J.R., G.C. Huffman, and N.J. Grannemann. 1995. Groundwater discharge to the Great Lakes and Great Lakes connecting channels from the Lower Peninsula of Michigan. International Association for Great Lakes Research, Abstracts with Program, 38th Conference.

Krohelski, J.T., D.P. Krabbenhoft, and J.R. Hoaglund. 1990.

Water resources of the Stockbridge-Munsee Indian Reservation of

Wisconsin. Water Resources Investigation Report. U.S. Geological Survey

Hoaglund, J.R. 1988. Fracture orientations in the Wolf River Batholith and their paleostress significance. Geological Society of America, Abstracts with Program. Vol. 20 No. 5., p. 348.

Hoaglund, J.R. 1988. Origin and kinematic significance of Caledonian linear structures in Proterozoic rocks, Wedel Jarlsberg Land, Southwest Spitsbergen. Geological Society of America, Abstracts with Program. Vol. 20 No. 5., p. 349.

Hoaglund, J.R. 1987. Origin and kinematic significance of Caledonian linear structures in Proterozoic rocks, Wedel Jarlsberg Land, Southwest Spitspbergen. M.S. thesis, University of Wisconsin, Madison. 169 p.

Viewxsxn ver. 1.2a for Windows (released April 30, 2004)

Structural geology 3D solid model builder and viewer for ground water model pre-processing

Matlab structural data analysis codes

Fortran analytical models, and numerical model pre/post-processing codes

Visiting Assistant Professor

Created syllabi and prepared lectures, readings, a web page, and exams for 5 courses:

C Hydrogeology: a senior/graduate student course in groundwater, including physics of saturated and unsaturated porous media flow, hydrologic budgets, infiltration, estimating evapotranspiration, determination of recharge, groundwater / surface water interaction, stream hydrograph separation, hydrostratigraphy, well installation and field sampling methods, aquifer testing, groundwater flow equations, and advection-dispersion-decay-retardation solute transport equations

C Ground Water Modelling: a graduate course reviewing the groundwater flow equations, analytical and computer modelling methods, finite difference techniques, MODFLOW, parameter estimation, and solute transport modelling

C Environmental Geology: a survey course reviewing geologic hazards and geologic processes affecting the human environment, including volcanic, earthquake, mass wasting, flooding, tsunami, meteoritic, coastal, and subsidence hazards and processes, groundwater and surface water processes affecting water quality and ecosystems, the geology of soil, water, mineral, and energy natural resources, and geologic considerations in waste management and waste disposal.

C Ice Ages Past and Future: a survey course reviewing glacial geology, glaciology, and climate change. The first half of the course includes the physics of glaciers and glacial flow, glacial erosion and deposition of glacial landforms and deposits, glacial stratigraphy, and the history of glaciation on earth. The second half of the course includes review of the ice-core and ocean sediment stable isotopic record of climate change, and both natural and anthropogenic sources of climate change, including the greenhouse / icehouse effects, atmospheric and oceanic circulation, insolation, and Milankovitch cycles.

C Ice Ages Past and Present: a freshman seminar course, covering the topics above, but with emphasis on student research and presentation.

Hydrogeology, Teaching Assistant and Lab Coordinator

C Wrote six new computer lab exercises for MSU quarter to semester transition

C Wrote Fortran programs for lab exercises

C Installed software for and debugged each of 15 weekly computer lab exercises in a “read-only” environment for new microcomputer instructional laboratory housing seventeen 486 computer stations.

C Wrote “filter” algorithms and batch files for software interfacing and automation

Glacial geology, Teaching Assistant and Lab Coordinator

• Taught glacial map labs and graded exercises

Geology of the human environment, Teaching Assistant

C Wrote an introductory groundwater and water table contouring lab exercise

PENNSYLVANIA STATE UNIVERSITY University Park, PA (8/00-Present)

UNIVERSITY OF MICHIGAN Ann Arbor, Michigan (8/98-8/00)*

GEOLOGIC SOLUTIONS Lansing, Michigan (8/96-8/98)

UNITED STATES GEOLOGICAL SURVEY Lansing, Michigan (8/94-9/95)*

MICHIGAN STATE UNIVERSITY East Lansing, Michigan (9/91-5/94)*

TERRACON ENVIRONMENTAL, INC. Wichita, Kansas (6/89-8/91)

INDEPENDENT CONTRACTOR Wichita, Kansas (9/88-6/89)*

KANSAS GEOLOGICAL SURVEY Lawrence, Kansas (9/88-6/89)*

WISCONSIN DEPT. OF NATURAL

RESOURCES Madison, Wisconsin (3/88-8/88)*

UNITED STATES GEOLOGICAL SURVEY Madison, Wisconsin (5/87-3/88)*

UNIVERSITY OF WISCONSIN Madison, Wisconsin (9/85-12/86)*

* Limited term, project or school related employment

• Developed data sets and code for NSF climatological-hydrological model coupling project

• Researched dependence of ground water model parameters to structural dip

• Implemented structural geology data repository, an online database for field structural measurements:

• Developed software to make 3D geologic reconstructions (solid models) for ground water models from digital elevation models, digital geologic maps, and known structural/stratigraphic relationships.

• Developing techniques using GIS and GMS to defining level 2 wellhead protection zones from 3D ground water models for Pennsylvania Department of Environmental Protection source water protection program.

• Converted RAND3D from BASIC to FORTRAN using Win32 API graphics.

• Developed EDXSXN for Windows for display and editing of geologic cross sections.

• Designed own web page.

• Deposed (June, 1998) as expert witness in lawsuit:

Novinger vs. The Boeing Company

Wichita, Kansas

Science and Technology Management, Inc.

• Supervised field investigation of Lansing Board of Water and Light fly ash disposal landfill in preparation for remedial modelling.

• Performed slug tests for aquifer modelling parameters

C.W. Fetter and Associates

• Reviewed groundwater flow and solute transport models of opposing witness.

• Prepared attorneys for deposition of opposing witness.

• Evaluated sensitivity analysis of opposing witness’ models re-running simulation with new parameter sets.

Terracon Environmental, Inc.

Project Hydrogeologist

• Wrote proposals for new and continuing projects.

• Logged, drilled, developed, purged, and sampled monitoring wells.

• Designed industrial waste landfill recovery well network using MODFLOW.

• Modelled a municipal landfill site with the author of the PLASM groundwater flow and `Random-Walk' contaminant transport models.

• Automated office microcomputer and CAD environment with Fortran and batch programming.

• Performed and evaluated aquifer tests.

• Wrote remedial investigation/feasibility study reports.

• Wrote site assessment reports.

• Invoiced projects.

Independent Contractor

Depew, Gillen, and Rathbun

• Modelled groundwater flow and contaminant transport using the PLASM and `Random-Walk' models.

• Consulted with attorneys regarding contaminant projections.

Geologist, Dakota Aquifer Project

Kansas Geological Survey

• Wrote Fortran routines to manage GIS database of hydrologic and geochemical data.

Environmental Specialist

Wisconsin State Department of Natural Resources

• Reviewed well construction for compliance with state law.

Hydrogeological Aide

United States Geological Survey

• Gauged and sampled streams.

• Sampled domestic wells.

• Conducted structural jointing study of Wolf River Granite.

Software

Operating Systems (including scripting): Dos, Unix, Windows (3.1, 95, NT,2000)

Support Software: WordPerfect, Word, Excel, Netscape

Programming Software: Absoft Fortran and C+, Matlab

GIS / model pre/post-processing: ArcView, GMS, Argus

Analysis Software: Surfer, Grapher, Graphical Well Analysis Pckg., AqteSolve

Graphics Software: Adobe Illustrator, Hijack Graphics, FastCAD, AutoCAD

Programming Languages and Modeling

Fortran, Visual Basic, Pascal, Win32 API, Scripts, HTML, MODFLOW (1996-2000), ModflowP, PLASM, RandomWalk, Rand3d, Analytical Codes

Numerical Analysis Coursework

Linear Algebraic Programming, Finite Difference Techniques, Finite Element Techniques, Parameter Estimation