This session dives into practical techniques for installing and maintaining surface‑water gages and continuous water‑quality stations. Unique equipment setup, and lessons learned from the field. The session is designed to be interactive and audience‑driven—attendees are encouraged to share their own methods, challenges, and troubleshooting experiences. If you have a tricky site or ongoing problem, bring it to the group and let’s talk through it together.
Hydrotech at the Grand Forks field office in North Dakota. I started as a student the summer of 09, graduated from UND with a bachelors degree in Environmental Geoscience. I stream gage, collect discrete samples and run continuous monitors collecting the big five.
This session provides an overview of the current policy landscape for image velocimetry (IVy) within the USGS, with emphasis on Operational Quality Assurance (OQA) expectations and the process for aligning IVy methods with approved national standards. We will discuss where IVy techniques currently stand in the method-approval pipeline, outline the steps required to transition research workflows into fully supported operational methods, and highlight ongoing efforts to ensure consistent, defensible applications across the WMA. Attendees will gain clarity on documentation requirements, approvals, and future guidance that will shape the public release and operational use of IVy tools and products, as well as have the opportunity to share their feedback and needs with leadership.
This session offers a practical, end‑to‑end demonstration of the National Image Management System (NIMS) and the Hydrologic Imagery Visualization and Information System (HIVIS) web application. We will begin by walking through how camera stations are added, edited, and managed within the NIMS Admin Console, highlighting tools for configuration, metadata editing, and system monitoring. The demo then transitions to the HIVIS front‑end application, where we will showcase recent interface updates, new visualization capabilities, and streamlined workflows for viewing and interrogating hydrologic image data. Participants will also be introduced to the broader NIMS API and the pyNIMS Python module, with examples of how these resources enable programmatic access for analysis, automation, and integration with other tools. The session concludes with a brief look at features planned for release this year—including advancements in the AAA process and other workflow enhancements—to give users a clear view of what’s coming next.
