WOODHOUSE GEOSCIENCES 1400 1st Avenue West, Unit 204 BRADENTON, FL 34205 941-773-8682 [email protected]

EXPERIENCE SUMMARY

David Woodhouse is a registered professional geologist currently retired and practicing as Woodhouse Geosciences which offers over 50 years of experience in hydrogeology, geotechnical engineering, and construction/geological forensics. He is a court recognized expert on groundwater and contaminant flow through fractured bedrock. In that capacity, he has provided consultation and technical expertise to the Environmental Protection Agency (EPA), major architectural/engineering (A/E) firms, municipalities, and expert witness services to attorneys on cases involving the fate and transport of chemicals in the environment. He has also worked for major A/E firms such as ENSR, Weston, GCA Technology/Alliance Technology, and Camp Dresser McKee. For the USEPA, assignments included the following: Superfund Remedial Investigation/Feasibility Study (RI/FS) assignments; peer reviewer and consultant to develop siting criteria for landfills governed by the Resource Conservation and Recovery Act) (RCRA) and dioxin disposal at Times Beach; peer reviewer for EPA to develop time of travel criteria for fate and transport studies; and Department of Justice and EPA consultant on site remediation and cleanups including the Technical Assistance Team (TAT), Technical Environmental Support (TES), Alternative Remediation Contracting Strategy (ARCS), and Remediation Environmental Management (REM). For the US Military, consultant on investigations and remediation of military bases including contracts for the Corps of Engineers’ Formerly Utilized Sites Remedial Action Plan (FUSRAP),NAVY CLEAN; Army Toxic and Hazardous Materials Agency (USATHEMA); and the Center for Environmental Excellence(AFCEE) Installation Rehabilitation Program (IRP). Recent projects have included working as a member of the former Erin Brokavich Pacific Gas and Electric team of experts on a class action lawsuit involving

1 migration of chemicals from Bristol Myers Squibb in New Jersey (NJ) and their health effects on downgradient property owners; determining the source of poor indoor air quality at Wells Fargo office in Bradenton, FL; investigating the Unimin mine near Toronto as the cause of health issues of residents downwind; pro bono consultation to the Sarasota School Board on source of poor air quality at Lamarque School; consultation on the environmental and hydrogeological impact of Aquifer Storage and Recovery (ASR) wells in the Everglades and in St.Lucie,Fl.; consulting hydrogeologist on determining Potentially Responsible Party (PRP) for cancer cluster case in West Bradenton, FL.

Pro bono consultant for environmental organizations including Suncoast Waterkeeper, Florida 67, Fight for Zero, and the Florida Connection. Consultation addresses the environmental effects on the bedrock fracture migration of contaminated groundwater caused by releases of hazardous chemicals. Cases include cancer clusters in Manatee, Polk, Brevard, and St. Lucie Counties; environmental effects of Mosaic mine expansion in Manatee, DeSoto, Hardee, and Polk Counties in Florida; Dupont (Chemours) mines in Georgia; causes of Red Tide.

CREDENTIALS and TRAINING B.A. in Geology, Boston University M.A. in Geology, Boston University M.A. in Meteorology, Boston University Florida Certified Professional Geologist (inactive status) Registered Geologist, (currently inactive) in Georgia, Delaware, Oregon, New Hampshire, Massachusetts Professional Engineer (inactive) in New Hampshire and California Occupational Safety and Health Administration (OSHA) 40 Hour Health and Safety Training Unexploded Ordnance Training (UXO) USEPA Radioactive and Hazardous Waste Inspector Courses on migration and contaminant transport at MIT, National Water Well Association (NWWA), and University of Central Maine.

2 PROFESSIONAL AFFILIATIONS Association of Engineering Geologists American Institute of Professional Geologists

MILITARY SERVICE USAF-2nd Lieutenant-66th Missile Squadron, Ellsworth AFB . Massachusetts -Captain Central Intelligence Agency -Air photo interpretation

SENIOR MANAGEMENT POSITIONS WITH ENGINEERING FIRMS David Woodhouse has worked for several engineering and geological firms in a consulting and senior manager capacity as discussed below. He has managed and developed large technical staffs, developed new business, and offered expertise on projects involving hydrogeology, geotechnical engineering, and groundwater supplies. Former Principal and Owner of Quest Environmental

The Cadmus Group, Inc. Watertown, MA Principal Hydrogeologist As Principal Hydrogeologist, provided technical expertise for attorneys and their clients on cases involving groundwater contamination. Expert witness testimony involving insurance litigation and mediation, migration of contamination through bedrock fractures. Conducted bedrock fracture/ fate and transport studies and provided expert witness testimony for class action lawsuits in New Jersey and for new landfill siting in Massachusetts. Consulted with Erin Brokavich on Dupont class action lawsuit in New Jersey. For the EPA, investigated feasibility of underground injection of hazardous waste at numerous sites in the United States. Other responsibilities included geotechnical engineering, water supply development, construction oversight and management, and remediation design.

Gannett Fleming, Inc. Newton, MA Senior Client Manager Managed insurance clients involved in litigation of environmental claims. Provided technical expertise and acted as expert witness. Conducted numerous select Pollution Legal Liability (PLL) reviews for AIG. Responsible for firm’s geotechnical work.

3 Roux Associates, West Depford, NJ and Burlington, MA. Principal Provided technical oversight and mentorship to large technical staff in the New Jersey and Boston offices. Technical expert and expert witness on investigation and remediation of numerous polluted industrial sites. Determined pathway of contamination through fractured bedrock for electroplating company in Massachusetts (MA).

Omni Environmental, Princeton, NJ Senior Associate and Office Manager Responsible for day-to-day operations of office in Boston. Transferred to corporate office in Princeton where focus was on business/client development and providing hydrogeological expertise to industrial and insurance companies.

Atlantic Geoscience Corp., Gilford, New Hampshire (NH). Vice President Provided technical expertise on hazardous waste environmental cases and development of water supplies for bottled water industry. Consultant to World Bank on developing water supplies in foreign countries and to the Waste Policy Institute in developing bedrock fracture computer program for the Department of Energy (DOE) . ECT Inc., Bedford, NH Senior Vice President Responsible for technical operations and business development. Provided technical expertise to insurance companies. Conducted numerous site assessments throughout the Northeast including as a Licensed Site Professional in MA.

Malcolm Pirnie, Paramus, NJ and White Plains, NY Corporate Manager Managed a large group of hydrogeologists assigned to 11 offices throughout the U.S. Major industrial clients included Fortune 100 firms with focus on CERCLA and RCRA site characterization and remediation. Responsible for numerous water supply projects in the Northeast, Florida and Arizona. Consultant to Donald Trump on development of proposed TV City building in New York City.

4 GZA Inc., Newton, MA Senior Geologist and Consultant In charge of engineering geology department and responsible for developing firm's successful penetration into the emerging environmental market.

Weston Geophysical Corp., Westboro, MA Senior Geologist Major responsibilities included the Preliminary Safety and Analysis Report (PSAR) and Final Safety Analysis Report (FSAR) geological mapping and fault studies for several nuclear power plants (see list at end). Developed Quality Assurance and Quality Control (QA/QC) for the Nuclear Regulatory Commission (NRC) field procedures to investigate nuclear power plants.

Geotechnical Engineers Inc., Winchester, MA Senior Geologist Supervised field earthquake engineering studies for various proposed nuclear power plants. Detailed geologic mapping as required by the Nuclear Regulatory Commission's PSAR studies. Lead Geologist on the geotechnical investigations and Environmental Impact Study (EIS) for oil refineries, dams, highways, and other major engineered structures.

Haley and Aldrich, Inc., Cambridge, MA Senior Geologist Primarily involved in the foundation design and instrumentation of major engineered structures such as high-rise buildings, dams, highways, and airports. Provided construction inspection and management on various foundation designs involving caissons, piles and earthwork. Part of investigation team to determine cause of shattered windows in the new John Hancock Tower in Boston..

EXPERT WITNESS TESTIMONY  Expert witness before court magistrate at quasi-judicial hearing held by City of Fall River Board of Health. Testified regarding the likelihood that contamination from the proposed Phase 3 landfill would migrate through bedrock fractures to the City’s public water supply.

5  DuPont Pompton Lakes Works, New Jersey class action law suit. Expert hydrogeologist and witness for plaintiffs in lawsuit contending that contamination had migrated through fractured bedrock from DuPont to residential and municipal wells.  Expert witness for Commonwealth of Massachusetts Superior Court case in Town of Sandwich vs. YMCA. Testimony in hydrogeology for eminent domain case involving siting of new water supply wells. Landmark case dealing with the water resources of Cape Cod.  Expert witness for developer before State of Rhode Island (RI) Coastal Resources Commission. Formal hearing on impact of construction and blasting on Newport’s historical mansions and bedrock cliffs.  Expert witness for State of New Hampshire (NH) Superior Court case in BFI vs. landowner. Testimony in hydrogeology for property damaged by upgradient landfill.  Testimony as geotechnical and construction defects expert for City of New York in Queens, NY Supreme Court trial.  Expert for Commonwealth of Massachusetts Superior Court case in Endriunas vs. Landowners. Preparation of court testimony concerning environmental and hydrogeological impact of cranberry bog construction on private water supply. Emphasis on the long and short term effects of pesticides and herbicides on water quality.  Expert in hydrogeology and bedrock fracture flow for toxic tort case in New Brunswick, NJ. Case involved migration of hazardous chemicals through fractured bedrock from Bristol Myers plant into surrounding residential neighborhood.  Expert on toxic tort case in Bradenton, Fl. Case involves cancer cluster at Bayshore High School and migration of contaminants into potable water supply.

USEPA CONSULTANT  Responsible for the technical oversight of the RI/FS for numerous NPL Superfund Sites in Regions 1 and 2. Work was conducted under EPA TES, TAT, ARCS, Department of Justice, and REM contracts.  Selected by EPA’s Office of Solid Waste (OSW) to conduct a Remedial Feasibility Investigation/Corrective Management Study (RFI/CMS)

6 workshop involving remediation design under the Corrective Action Program (CAP) for RCRA permit writers in all USEPA regions.  As an EPA Office of Solid Waste Peer Review Committee member, helped develop the RCRA landfill siting standards culminating in the publication of EPA guidance Document. For Department of Justice, provided consultation on Times Beach dioxin disposal and for hazardous waste containment at Sharon Steel, West Virginia.  Special training by USEPA to oversee and sample mixed waste (hazardous and radioactive waste) Department of Energy (DOE) sites in Regions 1 and 2.

Superfund Sites  Investigated over 70 Superfund sites as part of RI/FS process under various EPA contracts.(see list at end)  Reviewed the RI/FS for the Superfund Coakley Landfill, North Hampton, New Hampshire, on behalf of a group of Potentially Responsible Parties (PRP’s), assessed the impact of contamination on bedrock aquifer, assisted PRP’s in determining their degree of responsibility and method to assign responsibility, reviewed the remediation design and presented alternatives.  Supervised the installation of large diameter monitoring wells for an ash disposal landfill (Rockingham Landfill, Vermont) located along the environmentally sensitive Connecticut River. The project involved studying and monitoring the leaching of toxic metals from the ash.  Provided technical management of RI/FS studies for Superfund sites in Bemidji, Long Prairie, and Duluth for the State of Minnesota Pollution Control Agency.  Supervised extensive hydrogeological work during the RI/FS for the Laurel Park Landfill, Connecticut site. Determined pathways of contamination through complex extensively fractured bedrock.  Conducted an extensive RI/FS study of the Groveland, Massachusetts Town Wells Superfund site to evaluate impact of Dense Non-Aqueous Phase Liquid (DNAPL) trichloroethylene (TCE) contamination on town wells and to develop most feasible remediation.

7  At Somersworth and Dover Landfills and Beede Electric, New Hampshire, utilized fracture analysis to predict contaminant flow from Superfund landfills.  At the Londonderry Landfill, New Hampshire, defined a unique silicified zone in the bedrock, which was acting as a hydraulic barrier to migration of contaminants from a Superfund landfill.  Determined the impact of an adjacent Superfund landfill on development of the North Hempstead Resource Recovery Center, New York. Also investigated a new water supply from complex faulted and folded soils.

HYDROGEOLOGICAL STUDIES (examples)  Numerous fate and transport studies of DNAPL contaminated bedrock. Combined geologic mapping, remote sensing, and rock coring to predict flow and design cleanup.  Mapping of bedrock fractures in the Wamsutta Sandstone to determine fate and transport of chlorinated solvents and vapors at Handy and Harmon site in North Attleboro, MA.  Mapped bedrock fractures to determine contamination pathways at Nuclear Metals in Concord, MA.  Determined fate and transport of chlorinated solvents at Martha’s Vineyard Airport.  Performed over 40 landfill investigations and closures  Reviewed the hydrogeological studies for the opening of a new coal mine by the Machipongo Land and Coal Co. in western Pennsylvania (PA).  Conducted structural analysis of bedrock and lineament analysis to predict migration of oil and gas from ruptured Mobil pipeline in Oxford, MA.  Performed several hundred Phase 1 and Phase 2 environmental site assessments in New Jersey, New York, New Hampshire, Rhode Island, Maine, Vermont, Connecticut, Massachusetts, and Texas (TX) (see list at end).  Conducted numerous investigations for underground storage tanks to characterize the extent of leakage, determine impact of surficial and bedrock aquifers, and to affect remediation. Remediation has involved pump and treat, bioremediation, and vacuum extraction systems.

8  Conducted sand and gravel resources studies in New Hampshire and Massachusetts to determine the extent and volume of sand and gravel deposits and assessed impact of mining on underlying aquifers.  Consulted by IBM to investigate the feasibility of using an old tannery site for a new IBM facility in Endicott, New York. Past disposal of chromium waste and impact on a confined aquifer were primary concerns.  As a Licensed Site Professional (LSP), conducted numerous site investigations and remediation of contaminated sites in Massachusetts.  Technical Manager of NJDEP Environmental Conservation Recovery Act (ECRA) and Industrial Site Recovery Act (ISRA) study of the DuPont Heubach Plant, New Jersey, a former paint pigment plant, involving a complex hydrogeological setting in a heavy industrial and urbanized area.  MIXED WASTE SITES : For the Department of Energy, investigated mixed waste consisting of hazardous and radioactive materials at DOE sites at Brookhaven, NY; Maywood, NJ; Savannah River, South Carolina (SC); Lawrence Livermore Labs  MILITARY BASES: Under the U.S. Air Force Installation Rehabilitation Program (AFCEE), FUSRAP, USATHEMA, and NAVYCLEAN, field investigator for hazardous waste disposal issues at Pease Air Force Base (NH); Otis Air Force Base (MA.); Westover Air Force Base (MA); Hanscom Air Force Base(MA.); Limestone Air Force Base (Maine); the U.S. Navy in White Oak, ( MD.); the Philadelphia Navy Yard; Quonset Navy Base (RI; Fort Devens (MA)

GEOTECHNICAL ENGINEERING STUDIES Several hundred geotechnical investigations using test borings, test pits, in situ instrumentation for settlement, slope stability, tiebacks, including strain gauges, inclinometers. Determination of stress-strain relationships in soil and bedrock using lab analyses (e.g. triaxial, direct shear, cyclic mobility and liquefaction); in situ testing of bedrock( bulk, elastic modulus etc) using geophysics (cross-hole, logging, etc), Menard Pressuremeters, United States Bureau of Mines (USBM) overcoring. Numerous slope stability studies for dams, highway cuts, excavations for major structures. Soils and bedrock studies include landslides and rockslides of glacial materials and grus (decomposed granite). For the Corps of Engineers, conducted dam safety analyses including cyclic mobility and liquefaction studies.

9 Committee member of the American Society of Testing Materials (ASTM) to develop field testing and lab testing procedures for investigations. With the American Society of Civil Engineers (ASCE), Drexel University, and Weston Geophysical, team member to develop acoustic emission sensor (accelerometer) to measure stress/strain in major concrete structures.

 Extensive use of geophysical methods on numerous geological and geotechnical projects to determine geologic structure, groundwater, earthquake zones and hazards. These include refraction, electrical resistivity, micro- gravity, cross-hole logging, ground penetrating radar, aeromagnetic and gravity methods.  Conducted extensive bedrock mapping, structural and slope stability analyses for buildings on rock slopes and highway cuts. Extensive geotechnical instrumentation and in situ bedrock testing to verify bearing pressures. Construction inspection and management of various foundation designs including piles, caissons, etc. Extensive environmental, water supply, and geotechnical work in Florida for Westinghouse and EPA Superfund sites.  For the US Forest Service, conducted subsurface studies as part of research work being conducted at the Hubbardston, NH experimental station in the White Mountain National Forest.  Lead geologist on remediation activities for the Quarto mine in West Virginia involving the construction of a tailings dam. Mapping of bedrock fractures.  Project Manager for the investigations of selected sites in New for the Strategic Petroleum Reserve Program.  Conducted extensive bedrock mapping and investigations for the Penacook Low Head Hydro Dam and Underground Power House in New Hampshire.  Principal investigator, responsible for geological aspects of bedrock excavation for Davis Square Station, Massachusetts Bay Transit Authority (MBTA) Red Line Extension Northwest, Davis Square to Alewife Brook Parkway.  Lead Geologist to define subsurface conditions for the Boston Central Artery/North Area Project; South Station Transportation Center and Government Services Administration (GSA) Building.

10  Principal investigator for development of the Bird Island Flats and Runway 33R-15L at Logan Airport, Boston, Massachusetts.  As resident geologist, designed and supervised innovative caisson foundations in bedrock for the Boston Company Building. Supervised the underpinning of the Christian Science Mother Church in Boston, Massachusetts.  Determined the cause of failure of a large Metropolitan District Commission (MDC) water supply tunnel in Boston, Massachusetts.  Conducted numerous fault studies and liquefaction studies for nuclear power plants throughout the United States.  Conducted the geotechnical investigation for new docking facilities for nuclear submarines located at the Portsmouth, New Hampshire Naval Shipyard; Groton, CT.; and Bremerton, WA.  Analysis of the seafloor geology of the Outer Continental Shelf of California as part of anti-submarine acoustic study for the US Navy

Nuclear Power plants and Earthquake Studies  Several years of technical experience in the siting of nuclear power plants on behalf of major utilities such as NUSCO,NEPCO, Yankee Atomic, NYSEG NIMO, WPPS, Boston Edison, PASNY, ConEd, PSNH, LILCO, PPL, VEPCO. Supervised the investigations for the Seabrook, NH nuclear power plant including the earthquake and fault studies in fulfillment of the NRC PSAR and FSAR. Participated in operating base earthquake (OBE) and safe shutdown earthquake (SSE) studies for several proposed and existing nuclear power plants including Seabrook, NH; Rowe, MA; Wiscasset, Maine (ME); Pilgrim, MA; WPPS, Washington (WA); Shoreham, NY; Haddam Neck, CT; Millstone, CT; Cementon, NY; Stuyvesant, NY; Nine Mile, NY; Scriba,NY; Indian Point, NY; Limerick, PA; Three Mile Island, PA; Surry,Virginia( VA); North Ana, VA; Montague, MA; Charlestown, RI; and Sears Island, ME. Conducted the cyclic mobility and liquefaction studies for Limerick, PA. and Charlestown, RI. Reviewed fault lineament studies for nuclear power plants in Western US. Consultation on remediation for the Windscale Nuclear Power Plant meltdown in the British Isles. Conducted hydrogeological analyses to predict migration pathway of accidental release of radioactive water. Supervised

11 oriented core drilling, in situ strain/stress measurements in bedrock, in situ geophysical testing, and seismic studies. Several years of geologic fault mapping for PSAR. Analysis of nuclear waste repositories that include the Basalt Waste Isolation Project (BWIP) in Hanford ,WA.; salt domes along Gulf coast; Savannah River; and Tooele, Utah

WATER SUPPLY  Suffolk County, Long Island-Private well inventory of the county that included the specifications of each well was conducted. In collaboration with the US Geological Survey (USGS), a groundwater model was then developed to predict the impact of future population demand and the likelihood of any salt water encroachment. Data imported into the model included present and future population growth, the private well specifications, the subsurface geology and its characteristics, along with existing data on any pumping effects.  Jamaica Water Company, NY-A master plan was developed which incorporated future population growth and demand. The plan had to take into consideration the impact of the various subway tunnels on intercepting fresh water supplies.  Town of Easton, MA-As a water commissioner, a master plan was developed based on determining the hydrogeological characteristics of the Town, the need to establish wellhead protection areas, and the implementation of testing of the Town wells for the priority pollutants.  Town of Fairlawn, NJ-To satisfy the increasing demands of a burgeoning population, the bedrock wells of the town located in the Brunswick Shale were rehabilitated to increase supply. Pumping tests were run to determine any well interference which resulted in the shutting down of some of the wells. Emergency cleanup of the wells was conducted when the wells were sabotaged. Because the wells were in proximity to a Superfund site, air stripping was conducted to meet NJDEP drinking water standards.  Town of Acton, MA. Because of conditions brought on by drought and industrial contamination, a number of municipalities were faced with the necessity to find additional water supplies. The sand and gravel wells of the town of Acton, MA were contaminated with volatile organic compounds

12 originating from the WR Grace Company. A hydrogeological study was initiated that included geological reconnaissance of favorable sites, test drilling and pump tests.  Similar studies of stressed water supplies were conducted in Albany, NY, various towns in New Jersey, Connecticut, New York, Ohio, Pennsylvania, New Mexico, and Virginia. In 1985, a prolonged drought threatened the water supply of the City of New York, resulting in the Chelsea pumping station on the Hudson River being activated. A study was conducted to determine the effects of the pumping on the local water supplies.  Industrial well development was carried out for several large capacity users of groundwater. Drilling sites were selected using fracture trace analysis, geologic mapping, air photos, and geophysical methods. Companies included IBM in East Fishkill, NY; the Long Island Resource Recovery Center in North Hempstead, NY; Mobil Oil in Harrison, NY; and Refined Sugar in NY.  Several private well studies were conducted for large housing and commercial developments in New Hampshire and New York. These sites were located in areas of shallow bedrock. Fracture trace analyses and air photo interpretation were the methodology chosen to locate favorable sites for drilling and subsequent pump tests.

QUALITY ASSURANCE/QUALITY CONTROL  Technical reviewer of various field procedures for the Massachusetts Department of Environmental Protection (DEP) culminating in publication of Standard References for Monitoring Wells.  Author of Technical/Geological Procedures for the investigation of nuclear power plant sites under the Nuclear Regulatory Commission Guidance.  Developed Standard Operating Procedures (SOP’s) and Field Oversight Guide for RI/FS investigations for EPA Region 1.

AIR PHOTO INTERPRETATION  Interpretation of classified military air photos for government intelligence agencies.

13  Interpretation of satellite photographs and air photographs as part of earthquake engineering studies for the siting of nuclear power plants throughout the United States. Projects involved interpretation of lineaments as possible indicators of faulting.  Air photograph interpretation for numerous Superfund sites to determine evolution of site filling, operations, and activities.  Lineament studies for various hazardous sites to determine migration pathways of contamination.  Interpretation of air photos for several hundred site assessments to determine site history.  Air photo interpretation for insurance companies to determine date of release in relation to period of coverage.  Lineament and air photo studies to determine favorable drilling sites for new water supplies.

PUBLICATIONS AND PRESENTATIONS

Woodhouse, D., "Stress Detection in Soil and Rock by Acoustic Emission Sensing, American Society of Civil Engineers, Annual Meeting, October, 1978 . Woodhouse, D., Ayres, J.E., and Barvenik, J.J., "The Effects of a Chemical Leachate Plume on Construction Criteria for a Rapid Transit Tunnel,” Association of Engineering Geologists, Annual Meeting, October, 1982.

Woodhouse, D. and Simon, R.M., "Influence of Geology on Engineering Design in the Area of Boston, Massachusetts,” Association of Engineering Geologists, Sixth Annual Symposium, February, 1982.

Mann, M. J., Woodhouse, D. and Henningson, J. C. “Slurry Wall and Wells for Waste Oil Recovery at a Landfill,” Washington, DC, 1985.

Woodhouse, D., Dyksen, J., Schaefer, J. and Goldstein, K., “Fairlawn, New Jersey, Case History in Aquifer Rehabilitation Methods,” International Symposium on Management of Hazardous Chemical Waste Sites, Winston-Salem, NC, October

14 1985.

Woodhouse, D. and Motts, R., “Role of the Blackstone River at a Hazardous Waste Site,”Hazardous Materials Control Research Institute; Chicago, 1985.

Woodhouse, D., and Cichon, K.A., "Preparation of a Bedrock RI/FS (BRIFS) Allows for Unpredictable Flow in Fractured Rock,” Eastern Regional Groundwater Issues: A Conference”, Association of Groundwater Scientists and Engineers, Burlington,VT, July 1987.

Woodhouse, D., and Sasseville, D.R., "Property Transfers and State Superliens: Reducing the Risk,” Association of Engineering Geologists, 30th Annual Meeting, Atlanta,GA, October, 1987.

Woodhouse, D., "Geology of the City of Boston, An Overview", Association of Engineering Geologists Annual Symposium, March, 1989.

Barosh, P.A., Kaye, C.A., and Woodhouse, D., "Geology of the Boston Basin & Vicinity,” in Woodhouse, D. and Barosh, P.A., Boston Geology: A Survey of Engineering Impacts: Civil Engineering Practice, Vol. 4, No. 1, Journal of the Boston Society of Civil Engineers, Spring, 1989.

Woodhouse, D. and Barosh, P.A., Editors, “Boston Geology: A Survey of Engineering Impacts,” Civil Engineering Practices, Vol. 4, No. 1, Journal of the Boston Society of Civil Engineers, Spring, 1989. (Herschel Freeman Award)

Woodhouse, D., “The History of Boston: The Impact of Geology,” in Woodhouse, D.and Barosh, P.A., Editors, Boston Geology: A Survey of Engineering Impacts, Civil Engineering Practice, Vol. 4, No. 1, Journal of Boston Society of Civil Engineers, Spring, 1989.

Woodhouse, D., “Environmental Concerns Imposed by Boston Area Geology,” in Woodhouse, D., and Barosh, P.A., Editors, Boston Geology: A Survey of Engineering Impacts, Civil Engineering Practice, Vol. 4, No. 1, Journal of Boston Society of Civil Engineers, Spring, 1989.

15 Woodhouse, D., “Tunneling Projects in the Boston Area,” in Woodhouse, D., and Barosh, P.A., Editors, Boston Geology: A Survey of Engineering Impacts, Civil Engineering Practice, Vol. 4, No. 1, Journal of Boston Society of Civil Engineers, Spring, 1989.

Woodhouse, D. and Barosh, P.A., Editors, "The Geology of the City of Boston,” Association of Engineering Geology Series, Geology of Cities of the World,1990

Humphrey, J., Hager, J., and Woodhouse, D., Field Trip No. 24: A Geo-Historical Tour of Boston Harbor, GSA Annual Meeting, Oct., 1993.

Woodhouse, D. and Bryan, T., “Remedial Investigation, Oversight and Procedures at a Mixed Waste Site, Maywood, NJ,” Defense Preparedness Association, Washington, D.C., 1993.

Woodhouse, D. and O’Rourke, E., “The Role of the Future Environmental Manager,”HAZMAT, 1994.

Woodhouse, D., “Martha’s Vineyard Revisited—A New Look at Multiple Glaciation in New England,” AEG-NE Meeting, Boston, MA, 1997.

Woodhouse, D., and DiFrenna, P., “Boston Basin Outcrops, A New Look at Old Rock,”AEG-NE Meeting, Boston, MA, Oct., 1999.

Woodhouse, D. and Nunno, P., “Forensic Engineering and Geology: A Series of Case Histories.” AEG – NE Section, 24th Annual Symposium, March, 2000.

Barosh, P.A., and Woodhouse, D., “Bedrock Geology of the Wellesley Intercept Tunnel, Dedham MA,” GSA Meeting, Boston, MA, Nov., 2001.

Woodhouse, D., “Dupont, Pompton Lakes, NJ: A Case History”, AEG New England Section, Sept. 2003 Meeting

Woodhouse, D., “Geological Complexity and Its Effects on Engineering Design in Boston”, NEIGC, October 2003.

16 Woodhouse, D. and Barosh, P.J., “The Geology of the City of Boston 2ndRev.” Books on CD., AEG Nov. 2006

Woodhouse, D. and Hager,J., “ No Two Buildings Are Alike: The Effects of Geological Complexity on Engineering Design in Boston”, 49th AEG Annual Meeting, Nov. 2006, Boston, MA.

Woodhouse, D. and Hager,J., “ Boston Harbor: Geology, Engineering, and History by Boat”, 49th AEG Annual Meeting, Nov. 2006, Boston, MA.

Woodhouse, D.,” A Construction Forensic Study in Queens, NY”, AEG New England Section, Dec 2008 Meeting

Woodhouse, D. and Barosh, P.J., “A City Upon A Hill: The Geology of the City of Boston & Surrounding Region”, Civil Engineering Practice, Journal of the Boston Society of Civil Engineers Section/ASCE, vols. 26 and 27, 2011/2012

Woodhouse, D. and Lambrechts, J. , Geology for Environmental Engineers, Momentum Press (2018)

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