$Refining medium resolution fractional cover for arid Australia to detect vegetation dynamics and wind erosion susceptibility on longitudinal dunes$

Refining medium resolution fractional cover for arid Australia to detect vegetation dynamics and wind erosion susceptibility on longitudinal dunes

Medium resolution satellite-derived fractional cover estimates of bare soil (fBS), photosynthetic vegetation (fPV), and non-photosynthetic vegetation (fNPV) provide a powerful means to study arid ecosystem dynamics. This paper employed remote sensing estimates of fPV and fNPV from five case study si...

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Veröffentlicht in:	Remote sensing of environment 2021-11, Vol.265, p.112647, Article 112647
Hauptverfasser:	Shumack, Samuel, Fisher, Adrian, Hesse, Paul P.
Format:	Artikel
Sprache:	eng
Schlagworte:	Aeolian Arid Arid zones Aridity Dormancy Drift Dunes Ecosystem dynamics Estimates Fires Fractional cover Ground cover Image processing Image resolution Landforms Landsat Landsat satellites Photosynthesis Rainfall Rainfall patterns Remote sensing Root-mean-square errors Sand Satellites Scale models Senescence Sentinel-2 Spectral unmixing Time series Vegetation Vegetation cover Vegetation growth Wind erosion
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