Monitoring Water Quality in Complex Wetland Ecosystems Using Remote Sensing: A Case Study of the Peace-Athabasca Delta
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Date
2019-01-11
Authors
Behrens, Syler
Journal Title
Journal ISSN
Volume Title
Publisher
University of Oregon
Abstract
Earth’s hydrology is made up of complex systems which are spatially varied and influence a number of ecosystem processes. Complex ecosystems, in this case, are defined as those involving multiple bodies of water and land masses which are seasonally connected to one another through various processes, resulting in an intricate aquatic and terrestrial relationship in a single area. There have been advances in how we study these environments, yet it remains important to determine the most efficient tools in order to accurately monitor ecosystem health in these regions. Monitoring water quality in freshwater-dominated, wetland systems is costly and often impractical due to the remote locations of areas of interest. By exploring the methods of analysis in which remotely sensed data can be used to monitor changes in the spatial patterns of water quality, it is possible to study these complex ecosystems in a more frequent and effective manner.
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Keywords
Peace-Athabasca Delta, Remote sensing, Water quality