Climate Change and Its Effects on the Hydrophysical Approach to Quantitative Morphology in Catchments

Abstract

In the cartography evaluation, quantitative analysis of elements that characterize hydrographic networks in geomorphology has a methodology. However, with the development of remote sensing techniques, the studies that associate the behavior of the environment and the cartographic measurements have been made possible in order to identify the evolution of the flow in watersheds and, as such, to understand water scarcity in the rivers. The use of Horton’s quantitative morphology, together with spatial and temporal analysis techniques of remote sensing, was applied in the study of how changes in climate and their consequences in the environment can be measured by the estimation of hydrophysical parameters.

Details

Presentation Type

Virtual Poster

Theme

Scientific Evidence

KEYWORDS

Horton Analysis, Remote Sensing, Environment

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