Marine Resistivity Surveys are now easier, quicker, and more efficient with our 3rd Generation SuperSting™ Marine System.
When towing a streamer you often only have one shot to collect the data correctly. Missing the mark means having to loop around to recollect data—wasting precious survey time. And with no landmarks on the open water, it can be easy to lose track of where you surveyed—even with a GPS.
AGI EarthImager™ 3DCL is a three-dimensional resistivity and induced
We’re finally at the end of this eight-part series. We would like to say “we’ve saved the best suggestions for last”, but all of our suggestions are pretty fantastic reads if you want to learn more about resistivity, induced polarization, and more. Maybe its because we're posting this around the holiday season, or maybe its because we're sad to see the series end, but we've included 4 entries this time around instead of 3.
If you’ve taken a peek at our 2018 Seminar Calendar, you’ll notice that we’re finishing up our last seminar of the year. This year, we’ve hosted several seminars between the AGI and AGE offices—which has allowed us to speak to so many of our customers face to face. While it’s a lot of work to put our seminars together—we’ve enjoyed every minute of it. We always get tons of great questions, feedback, and ideas to take into next year.
Our eight-part series is nearly concluded. But don’t worry! We still have a few more suggestions for you if you want to learn more about resistivity, induced polarization, and more. In fact, we plan on revisiting this series in the future with newer publications. For now, we’re sticking with the tried-and-true reads that have influenced us over the years. If you have any suggestions on what you think is essential reading, just let us know on social media. We want to keep sharing with our community.
We’re moving right along through this eight-part series! Here is our latest trio of recommendations for further reading. These picks cover experimental design, induced polarization, and the inverse problem theory. You can use these publications as a starting point in expanding your knowledge on these topics. It’s our hope that in checking out these books and papers, it will lead you to finding picks that are beyond our list (and if you find something great, let us know on social media)!
We’re more than halfway through this eight-part series! Hopefully you’ve had a chance to pick up some of our recommendations so far (links below). If you’re just joining this series, we’ve been recommending some further reading for those of you who want to learn more about resistivity, induced polarization, and more. Again, this series isn’t comprehensive—but we think these publications will point you in the right direction.
In case you missed them, here are the previous suggestions in this series:
Our very own Eduardo Rodrigues—from our Madrid office—spent a few days in Panama, where he hosted a seminar.
Let’s continue with our eight-part series where we’ll be recommending some further reading for those of you who want to learn more about resistivity, induced polarization, and more in the realm of geophysics. The trio of suggestions that we’ve listed below cover geophysical inversion, induced polarization, and matrix computations. Reading any (or all) of these should help to broaden your knowledge and bolster your confidence going into your next geophysical survey.
And in case you missed them, here are the previous suggestions in this series:
Welcome back to our eight-part series where we’ll be recommending some further reading for those of you who want to learn more about resistivity, induced polarization, and more. We hope our suggestions so far have been helpful in broadening your understanding of these topics. And if not—well—the third time's the charm!
In case you missed them, here are the previous suggestions in this series:
