A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Quantification of Border Ice Growth on the Assiniboine River
Ice formation processes have been monitored on the Assiniboine River, Manitoba, by establishing an extensive network of hydrometric equipment and trail cameras. Although much of the study area is often subject to mechanical freeze-up jams, thermally driven border ice growth is typically observed just upstream of the Assiniboine’s confluence with the Red River. Unlike mechanical border ice growth, thermal border ice forms slowly and is better suited for data acquisition through time-lapse photography. Using photogrammetry and an automated digital image processing algorithm developed for trail camera imagery, one-dimensional border ice growth rates have been quantified. The presented combination of tools and techniques provide high frequency data that are a safe and economic alternative to more traditional site surveys and satellite imagery. Processed time-lapse photos have been used to support the enhancement of a two-dimensional numerical model for thermal border ice growth.
Quantification of Border Ice Growth on the Assiniboine River
Ice formation processes have been monitored on the Assiniboine River, Manitoba, by establishing an extensive network of hydrometric equipment and trail cameras. Although much of the study area is often subject to mechanical freeze-up jams, thermally driven border ice growth is typically observed just upstream of the Assiniboine’s confluence with the Red River. Unlike mechanical border ice growth, thermal border ice forms slowly and is better suited for data acquisition through time-lapse photography. Using photogrammetry and an automated digital image processing algorithm developed for trail camera imagery, one-dimensional border ice growth rates have been quantified. The presented combination of tools and techniques provide high frequency data that are a safe and economic alternative to more traditional site surveys and satellite imagery. Processed time-lapse photos have been used to support the enhancement of a two-dimensional numerical model for thermal border ice growth.
Quantification of Border Ice Growth on the Assiniboine River
Simoes, Joey (author) / Clark, Shawn P. (author)
2019-12-09
Article (Journal)
Electronic Resource
Unknown
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