2020 Earthworm Course Online, August 17 – 21 and 24 – 27; 9 days; 4 hrs./day. Start time: 1pm New York Time (EDT).
Note: We had so much interest in the online course this year that we’re offering an additional Earthworm summer course! If there is a sufficient number of registrations (which seems very likely), it will take place.
This 17 – 21 (Mon. – Fri.) and 24 – 27 (Mon. – Thurs.) August 2020, ISTI will host another of our popular Earthworm training courses, online (9 days total). Earthworm is the popular open-source regional earthquake data acquisition and location processing system. Originally developed by the USGS, it is now maintained and moved forward by a group of developers that ISTI organizes. ISTI is trying to offer the same content in our online course with nine 4-hour days, as ISTI would offer in the face to face course — 4.5 full days.
In the course, we will be providing an expert’s insight into the system. You will learn tricks and tips from our decades of experience operating and programming Earthworm. You will learn how to set up regional automatic earthquake detection with the latest release of Earthworm.
In 1987 The International Federation of Digital Seismograph Networks (FDSN) was formed and the SEED (Standard for the Exchange of Earthquake Data) format was adopted as its standard for digital seismic data exchange. In addition, since at least 1991, it has been common practice to generate dataless SEED volumes, containing only station metadata, for distribution. The success of the SEED format as a global standard can be judged from the high level of data exchange in the seismological community.
Please look for details in Summer 2021. At that time, the following will be available.
Participants will :
Learn Earthworm Architecture and how to add and configure a module
Understanding how analysts can use AQMS for their seismic network
Earthworm is used primarily as a local and regional seismic data aggregator and automatic seismic event detection system. This Introduction will give examples of how Earthworm is used, will discuss the architecture, and will go into the basics of system configuration. If you add a Linux AQMS to Earthworm you get an event post-processing and databasing system. We will discuss Postgres database architecture, as well as describe how automatic event detection flows from Earthworm into AQMS. Finally, we’ll demo the platform-independent Jiggle post-processing picker software.
Intended audience: seismic network managers, system administrators, seismic analysts
The Online 2020 SAGE-GAGE Workshop is brought to you by IRIS and UNAVCO.
Peter Devanney Vice President of Sales and Marketing
As ISTI’s Vice President of Sales and Marketing, Peter Devanney is responsible for ISTI’s worldwide marketing and sales. Supporting the next stage of ISTI’s growth, Peter works with the ISTI team to deliver innovative environmental monitoring products and services focused on our customers’ mission success.
Bringing more than 30 years of successful international technical sales and marketing experience to ISTI, Peter most recently played a major role in the transformation of a seismological equipment and services provider from fifth in the market to No. 1. Peter’s very early career focused on geophysical software development. A transition to technical sales in the telecommunications industry followed, providing Peter with experience in radio networks and VSAT systems, which he has used in the design of many mission-critical seismic monitoring networks.
A graduate of Dalhousie University with a Bachelor of Science in Geology, Peter has been a long-time wilderness Search and Rescue volunteer. While no longer actively involved day to day, he still plays a role as an Incident Management consultant.
Seismic monitoring systems provide critical data on building behavior during earthquakes, improve understanding of structural stability, and lead to better building codes. Additional benefits include reduced inspection time after large earthquakes, since onsite visits by engineers may not be necessary when enough data are available. Our systems help satisfy common government requirements for seismic instrumentation when monitoring earthquakes in critical or large buildings. Continue reading →
For further information, reference the Seismological Research Letters article “Open-Source ANSS Quake Monitoring System Software”.
ANSS stands for the Advanced National Seismic System of the U.S.A., and ANSS Quake Monitoring System (AQMS) is the earthquake management system (EMS) that most of its member regional seismic networks (RSNs) use. AQMS is based on Earthworm, but instead of storing files on disk, it uses a relational database with replication capability to store pick, amplitude, waveform, and event parameters. Continue reading →
Photo of Texas rig by Loadmaster (David R. Tribble) – Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=4025872
“Oil and gas producer Encana Corp halted work at a drill site in northwest Oklahoma following two earthquakes within a day in the same area,” according to Thursday’s Financial Post article. Early detection is a service that we pride ourselves on at ISTI. According to the article, “several years ago, Oklahoma suffered a spike in earthquakes that authorities tied to the underground disposal of saltwater.” Local authorities cracked down in 2018, announcing new seismic requirements and penalties for companies who do not meet the requirements. Non-compliance risks costly business halting and shut down, and now early detection is as important for businesses and communities as ever.