Camelia Mosor
Northern Arizona University
| Subject Areas: | Computer Science |
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ABSTRACT:
This resource is the end product of my project work at the Pixels to Enviro Patterns 2026 workshop, hosted at the University of Nebraska - Lincoln.
For this project, I extracted 3 images per day from 09-05-2025 to 02-20-2026 from GRIME-AI at the USGS site CO Eagle River near Minturn. Using the CVAT annotation tool, I then annotated 15 images spread out at even intervals across that time period for the presence of water, earth, sky, snow, and human infrastructure. I attempted to train GRIME-AI to detect the presence of water in the river by using this annotated set of data to train a water detection model. Finally, I applied the model to the entire initial set of images I extracted and used GRIME-AI's image segmentation tool to produce masks identifying where water was present in each image.
The resource contains all fifteen images I used to train the model with, the file containing my annotations, and a selection of masks demonstrating the output of the model.
This material is based in part upon work supported by the United States Geological Survey.
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Created: March 10, 2026, 11:23 p.m.
Authors: Mosor, Camelia
ABSTRACT:
This resource is the end product of my project work at the Pixels to Enviro Patterns 2026 workshop, hosted at the University of Nebraska - Lincoln.
For this project, I extracted 3 images per day from 09-05-2025 to 02-20-2026 from GRIME-AI at the USGS site CO Eagle River near Minturn. Using the CVAT annotation tool, I then annotated 15 images spread out at even intervals across that time period for the presence of water, earth, sky, snow, and human infrastructure. I attempted to train GRIME-AI to detect the presence of water in the river by using this annotated set of data to train a water detection model. Finally, I applied the model to the entire initial set of images I extracted and used GRIME-AI's image segmentation tool to produce masks identifying where water was present in each image.
The resource contains all fifteen images I used to train the model with, the file containing my annotations, and a selection of masks demonstrating the output of the model.
This material is based in part upon work supported by the United States Geological Survey.