GeoView specializes in the provision of geophysical services to the engineering, geological, environmental and construction industries. Our services include geologic and infrastructure investigations, utility and rebar locating, environmental surveys, archaeological studies and marine surveys.
Mike Wightman helped cofound GeoView in 2001. He has over 35 years of experience in the application of surficial geophysical testing methods for environmental, geotechnical, geological, hydrogeological, infrastructure and non-destructive testing of concrete structures related projects. He has a master’s degree in Geology from the University of South Florida with a specialization in surficial geophysics and karst hydrogeology and an undergraduate degree in Geology from the University of California Santa Barbara. He is a professional Geologist in the States of Florida and California. He was past President of the USF Geology Alumni Society and was recognized as the Outstanding Geology Alumni in 2024.
He has provided expert testimony, authored multiple publications and delivered numerous presentations in regard to geophysical testing for a wide variety of applications. He is an expert in application of surficial geophysical methods in understanding karst systems. Prior to GeoView he was the Senior Geophysicist and Operations Manager at SDII Global Corporation.
Mike’s is responsibilities include overall company oversight, project management and budgeting, employee supervision and training, design and implementation of geophysical investigations, data evaluation, numerical and analytical modeling of geophysical data, marketing and business development. He is currently focused on expanding the use of geophysical testing technologies for the non-destructive testing of concrete structures. His personal passions include Tae-Kwon-Do and white/flatwater kayaking.
Chris Taylor helped co-found GeoView in 2001. He manages GeoView’s Northeastern office and has over 30 years of experience in the application of surficial geophysical testing methods to environmental, geotechnical, geological, hydrogeological, infrastructure and construction-related projects. He has a bachelor’s degree in Earth and Environmental Sciences with specialization in Geophysics from Lehigh University He is a professional Geologist in the States of Florida and Pennsylvania.
He is an expert in multiple geophysical testing methods including seismics and borehole geophysics. Prior to GeoView he was the geophysics project manager at Vibra-Tech Engineers, Inc. and SDII Global, Inc. He has extensive expertise in the analysis and integration of geophysical results into large scale geotechnical and environmental investigations. He has worked extensively through out the United States, Central and South America and the Caribbean.
Chris’s responsibilities include senior project management, design and implementation of geophysical site investigations, project management, employee development and ensuring that GeoView is employing state-of-the-art geophysical technologies and software to meet client objectives. He is currently focused on the integration of various geophysical approaches for work on geotechnical and environmental related site investigations. His personal passions include cycling and freshwater fishing.
Steve Scruggs helps manage operations through the company and has over 25 years of experience in the application of surficial geophysical testing methods to environmental, geotechnical, geological, hydrogeological, infrastructure and construction-related projects. He has a master’s degree in Geology from the University of South Florida with specializations in geophysics and hydrogeology and a B.S in Geology from the University of Florida. He is a professional Geologist in the State of Florida.
He is an expert in multiple geophysical testing methods including ground penetrating radar, electrical resistivity imaging, electromagnetics and magnetometry. He has managed and/or completed geophysical investigations throughout United States, Central and South America and the Caribbean. Prior to GeoView he was a Geophysics Project Manager at SDII Global, Inc.
Steve’s responsibilities include senior project management, design and implementation of geophysical site investigations, advanced data analysis and report preparation, business development and client relations. He is currently focused on the development and cross-training staff integration of various geophysical approaches for work on geotechnical and environmental related site investigations. His personal passions include competitive long distance running and creative wood sculpture.
It's Case Study Monday!
Uncovering History with UXO Detection
GeoView conducted a specialized geophysical investigation at a World War II-era bombing range in the eastern United States. The challenge? Identifying Unexploded Ordnance (UXO)—including practice bombs and rockets—hidden beneath a wooded field with almost no surface evidence of its history.
The Mission:
The objective was to pinpoint the exact locations of buried ordnance across a 2,000-foot by 300-foot site to ensure the area could be safely managed and cleared.
The Technology:
Our team utilized Time Domain Electromagnetics (TDEM), specifically the Geonics EM-61MK2. We collected over 275,000 readings along precise transects spaced just 2.5 feet apart. This high-density data allowed us to map metallic anomalies with extreme accuracy.
The Results:
Precision Mapping: A single 7x7 foot test pit at the center confirmed over 100 pieces of ordnance.
Target Identification: In areas with lower concentrations, we were able to identify and flag individual targets for safe removal.
Verification: Following the clearance, we performed a secondary survey to verify that the site was completely clear of the identified targets.
At GeoView, we provide the technical expertise and advanced sensing technology needed to manage environmental risks and ensure site safety.
Read more: https://geoviewinc.com/unexploded-ordinance-study-2/
#geoview #Geophysics #UXO #EnvironmentalSafety #TDEM #Electromagnetics #BombingRange #SiteRemediation #GeoView
How do we measure the velocity of a seismic waves and what can it tell you about the geology of the soil underneath you?
https://geoviewinc.com/seismics/
https://geoviewinc.com/seismic-refraction-and-masw-study/
https://geoviewinc.com/
Case Study Monday!
Preserving History with GPR: A Case Study at C. Leon King High School
In 2019, GeoView completed a critical geophysical investigation in Hillsborough County, Florida. Using Ground Penetrating Radar (GPR), our team helped locate a historic cemetery on the grounds of C. Leon King High School—an area where no grave markers or headstones remained visible today.
The Mission
The goal was to identify potential burials and define the cemetery's boundaries to ensure the site is respected and preserved.
The Technology
Using a 400-MHz GPR system, we scanned the subsurface to depths of 6 to 8 feet. By collecting data along tight parallel lines, we were able to create a high-resolution map of what lies beneath the surface.
The Results
The study successfully identified 145 suspected graves located between 3 and 5 feet deep. Our findings are illustrated in the images below:
Slide 1: Site Overview – An overhead figure showing the surveyed areas and the identified cemetery boundaries
Slide 2: Identifying Reflections – A 2D GPR profile showing the characteristic "hyperbolas" (arched reflections) created by the burial sites.
Slide 3: Mapping the Subsurface – A 3D depth slice that reveals the spatial distribution of the graves across the site.
At GeoView, we are proud to use our expertise in geophysics to provide clarity for complex sites and help communities honor their history.
Our study was featured in USA Today: https://www.usatoday.com/story/news/nation/2019/11/21/tampa-king-high-school-top-145-graves-believed-black-cemetery/4258848002/
Clink on the link to learn more: https://geoviewinc.com/location-of-possible-graves/
#geophysics #gpr #groundpenetratingradar #FloridaHistory #engineering #cemeterymapping #geoview #geoviewinc #Electromagneticwaves
