Embracing Vapor Barriers in Brownfield Redevelopment: A Vital Step Towards Environmental Safety
By: Robert Carvalho, P.G. CPG-10588, CEO/President at EAI, Inc.
and member of AEG and the New York - Philadelphia Chapter
Ancient Concrete: How it Stood the Test of Time
By Dale Andrews
Introduction
By Sarah Kalika
Sometimes you just want to hear people talk about science. If you’re like me (unapologetic nerd, particularly about geologic topics) and find yourself looking for some geology-themed audio for your road trips, commute, or just to fill some spare time with learning - check out these geology podcasts and YouTube series! These are available wherever you get your podcasts, with more information online at their individual websites.
Ben Haugen, M.S.
Business Development Director – Geohazard Asset Management and Monitoring
[email protected]
Remote sensing technologies (including lidar, radar, satellite and aerial imaging, and others) have been used in the Engineering Geology field for decades. What has changed in recent years is that remote sensing is an almost ubiquitous, if not indispensable, tool for almost every project. From basic initial desktop studies and site investigations to massive infrastructure design and construction projects, remote sensing data can provide critical information that engineering geologists and geotechnical engineers need. In fact, I would argue that not including some form of remote sensing data in nearly every project would, at best, be foolish and at worst, criminal.
(by William Godwin)
Being stuck inside doing research, managing projects or conducting online conferences can fulfill your job requirements or get you a promotion. However, if you are like me, you went into geology to be able to get outdoors, get some exercise and see geologic processes firsthand. The outdoors, whether in the high plains of Nebraska, the coastal plains of North Carolina or the cinder cones of central Oregon is a geologist’s laboratory. No need for a white lab coat!
By William Godwin
This month is Asian/Pacific American Heritage Month. In honor of the geoscientists living along the “Ring of Fire”, AEG is providing some background on geologic hazards and events that have impacted humans in the Circum-Pacific area.
This blog originally appeared on July 6, 2021 and has been reissued.
By: Sarah Kalika
In honor of Women’s History Month and International Women’s Day (March 8), I’m guest-authoring this column highlighting some well-known American female geologists and outstanding women of AEG’s leadership who continue to inspire us.
Energy
By Stefanie Voss, PE, PG, AEG St. Louis Chapter
My adventure took place in October 2020 and included a road trip to western Colorado and Eastern Utah. This trip came about to visit destinations that I and travel buddy Anna Saindon (also a St. Louis Chapter member) wanted to see for a number of years. This blog is based on a presentation I gave on April 22, 2021 to the AEG St. Louis Chapter on my travel experiences with the geology and its relation to the ancestral peoples, and highlights both Mesa Verde National Park and Dinosaur National Monument. Since I enjoyed this trip so much, I wanted to share it with you!
As we celebrate Women’s History Month, AEG would like to highlight and celebrate some of our notable female leaders, specifically our Woman Presidents.
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Women’s History Month – American Women in the Geosciences
By: Sarah Kalika
In honor of Women’s History Month and International Women’s Day (March 8), I’m guest-authoring this column highlighting some well-known American female geologists and outstanding women of AEG’s leadership who continue to inspire us.
Author: Maren Pauly, Account Manager, Isobar Science
Shahr-e Soukhteh (The Burnt City) in SE Iran, initiated around 3200 BC and abandoned in 1800 BC. (Photo Credit: Arash Sharifi, VP of Lab Operations, Isobar Science).
Energy
Geology is a fascinating area of study whether you’re a professional geoscientist or an amateur rock hound. We’ve compiled some online resources to assist you with your continuing education as an Applied Geologist, to explore your interest as a potential future geologist or simply to expand your understanding of this compelling subject for personal enrichment.
Virtual Geology Resources are for Everyone
Despite some progress, in the United States the geosciences have remained one of the least-diverse among science, technology, engineering and mathematics (STEM) fields in terms of racial representation. A recent study showed that almost 90% of doctoral degrees were awarded to white people, and faculty of color hold only 3.8% of tenured or tenure track positions in the top 100 geoscience departments in the U.S.
While significant gains have been made in terms of greater gender equality within the geosciences field, racial and ethnic diversity hasn’t seen much improvement.
The geosciences (or Earth sciences) are comprised of scientific studies of the planet Earth. These include atmospheric sciences, environmental sciences, soil sciences, glaciology, geography, geology, geophysics, hydrology, oceanography, limnology, and space sciences.
Within the geosciences, there are numerous subdisciplines. For instance, as an Environmental or Engineering Geologist, you could specialize in groundwater, environmental (contaminant) remediation, geologic hazards, dam and tunnel design, coastal erosion, land-use planning, environmental impacts and mitigation, disaster management plans and policies, and a variety of associated disciplines. For a detailed list of many of the sub-disciplines within applied geoscience, visit this extensive list on the PROGRESS website .
