So you’ve just decided to set out and become your own boss as an Applied Geosciences consultant. Congratulations! Of course, now comes the hard part, attracting customers. We have some tips for marketing yourself and your new consultation services.
Create a compelling short summary of what you offer.
Radon is a naturally-occurring radioactive gas found commonly in many buildings. It is known to cause lung cancer. Because it is colorless and odorless and can easily build up to dangerous levels in the enclosed spaces of our homes and workplaces, it poses a particularly sneaky hidden threat. Structures of any age can be susceptible to high radon levels, however there are certain areas of the country that are at an increased risk of elevated radon levels. Visit the EPA’s interactive radon map to see the risk level in your area.
Radon gas forms in the Earth’s crust during the uranium decaying process. It rises through the surface of bedrock and soil, where it seeps into buildings through foundations and subfloor levels. If the radon gas does not have the ability to dissipate, it can build up and expose the people within to significant health risks.
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!
Understanding Business Entities, Taxes, Liability and Insurance
When most people think about the work of a geologist, they picture someone looking at and studying rocks and fossils. But hydrology, the study of groundwater, is a crucial area of concern for many applied geologists.
It is nearly summer, and that means vacations, travel and road trips. As a follow-up to our article Travels in Geology - California, this month we have decided to feature some of the fantastic opportunities to experience geological wonders throughout the state of Utah. (Be sure to check on all locations for current visiting protocols during Covid.)
The forces of erosion and climate have exposed an extraordinary diversity of rocks and geologic formations throughout Utah, making it a fascinating location to visit and explore. The commanding landscape documents the ongoing processes of wind and water erosion, the formation and disappearance of glaciers and lakes, and the land-altering impacts of powerful earthquakes and volcanoes.
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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Damage from January 17, 1994 Northridge earthquake (USGS, public domain)
One of the most important functions that an Applied Geologist can undertake is to study and assess the risk of human injury and property damage posed by potential geologic hazards. This allows the geologist to make recommendations to mitigate those hazards, thereby fulfilling a critically important societal need.
Maintaining the structural integrity of adjacent building foundations becomes an expensive condition for tank removals due to the added cost and time to properly shore the excavation while performing the removal (Figure 1). Similar issues occur if the tank is adjacent to a property boundary, roadway, or a retaining wall. Utilities that cross over or near the tank would require protection and care before and during excavation activities.
If the tank removal is being conducted on an active site, or if the tank is in or near a roadway, other tanks in use, fuel pumps, or in an area of work, there could be a large disruption to the business or safety issues for multiple parties if removing the tank (Figure 2).
Anna Saindon, P.E., R.G., Ph.D., AEG Member, St. Louis Chapter
Environmental Senior Project Manager – Geotechnology, Inc.
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).
Many AEG members have started their own businesses as Geology Consultants and have found the work to be personally and professionally rewarding, liberating and challenging.
The rewards include recognition amongst your peers, potentially lucrative fees and income, and the chance to “do your own thing.” Being a consultant is also liberating in that it allows you to be your own boss and not be tethered to a company that requires lengthy approval of pursuits or business direction.
If you’re planning a trip to California, or even if you are a longtime resident of the state, you may not be aware of how many opportunities there are to see and experience some fascinating geology. We have compiled here some tips and recommendations for making the most of your geologic exploration of the state of California.
California State Parks
Energy
As a professional Applied Geoscientist, there may be times when you need to convey the results of your research or share your expertise with a non-technical audience. As someone working in a science profession, it’s easy to forget that much of the scientific understanding you take for granted as common knowledge, is actually not shared by large portions of the American population.
Whether speaking in person or in the form of a written article or report, there are some recommended guidelines for communicating with those outside your own industry.
Whether you are a new or longstanding member of the Association of Environmental and Engineering Geologists, we hope that you have found your membership valuable. We also hope that you will consider becoming more involved with our organization. There are many ways you can give back to AEG through our Operational Committees and Technical Working Groups, at least one of which is sure to fall into an area in which you have an interest and expertise.
Our committees and working groups are integral to advancing the mission of AEG. We could not exist without them! The members and chairs who volunteer to be part of these groups also find the experience to be very rewarding.
Of all the STEM fields (science, technology, engineering and math), geology may be the one science where it is perhaps the most instructive and imperative to do your most significant work outside of an office or lab. As the study of the Earth and its processes, you will benefit greatly from time spent in the field, observing, measuring and studying the movement and interplay between soil, rock, water, environmental factors and engineered works.
Field work is an opportunity to practice a variety of techniques that will greatly assist you in your career. You will learn how to effectively take notes and measurements, hand-draw maps and sketches, use GIS or drawing software to create digitized versions of your mapping, take relevant photos to record your observations, synthesize findings and create a thorough field report.
The Bureau of Labor Statistics predicts a bright future for a career in the geosciences, with employment prospects expected to grow by 5% over the next 10 years, which is faster than the average job growth for other professions.
What is Causing the Growth in Geoscience Careers?
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.
