Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)

<p>Temporal monitoring of salt efflorescence on the marshes at the mouth of the river Odiel (Huelva) is made using hyperspectral archive Hyperion data. Climate variability estimations are made based on well-known spectral features related to vegetation and shallow water, using archive spectral...

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Main Authors: A. Riaza, E. García-Meléndez, V. Carrère, A. Mueller
Format: Article
Language:English
Published: Universitat Politécnica de Valencia 2014-06-01
Series:Revista de Teledetección
Subjects:
Online Access:http://polipapers.upv.es/index.php/raet/article/view/2255
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spelling doaj-608b84b5d09d4dd78d1f07841b8c9eec2020-11-25T01:49:00ZengUniversitat Politécnica de ValenciaRevista de Teledetección1133-09531988-87402014-06-010411710.4995/raet.2014.22552521Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)A. Riaza0E. García-Meléndez1V. Carrère2A. Mueller3Instituto Geológico y Minero de EspañaUniversidad de LeónUniversité de NantesGerman Remote Sensing Data Center German Space Agency (DLR)<p>Temporal monitoring of salt efflorescence on the marshes at the mouth of the river Odiel (Huelva) is made using hyperspectral archive Hyperion data. Climate variability estimations are made based on well-known spectral features related to vegetation and shallow water, using archive spectral libraries. The observations point to spectral and geomorphological indicators which can be monitored through image processing supported by field and laboratory spectral data, on a repeatable basis. Mapping a larger sequence of images under different climate regime and wider tidal range, would improve the estimation of spectral features to ensure a routine monitoring of salt crusts with hyperspectral data.</p>http://polipapers.upv.es/index.php/raet/article/view/2255Espectroscopía de imágenesGeologíaEstuariosSeguimiento ambientalHyperionDrenaje ácido de mina
collection DOAJ
language English
format Article
sources DOAJ
author A. Riaza
E. García-Meléndez
V. Carrère
A. Mueller
spellingShingle A. Riaza
E. García-Meléndez
V. Carrère
A. Mueller
Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
Revista de Teledetección
Espectroscopía de imágenes
Geología
Estuarios
Seguimiento ambiental
Hyperion
Drenaje ácido de mina
author_facet A. Riaza
E. García-Meléndez
V. Carrère
A. Mueller
author_sort A. Riaza
title Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
title_short Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
title_full Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
title_fullStr Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
title_full_unstemmed Mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral Hyperion imagery (Marshes of the river Odiel, Huelva)
title_sort mapping marine and fluvial salt crusts in estuaries collecting acid water using hyperspectral hyperion imagery (marshes of the river odiel, huelva)
publisher Universitat Politécnica de Valencia
series Revista de Teledetección
issn 1133-0953
1988-8740
publishDate 2014-06-01
description <p>Temporal monitoring of salt efflorescence on the marshes at the mouth of the river Odiel (Huelva) is made using hyperspectral archive Hyperion data. Climate variability estimations are made based on well-known spectral features related to vegetation and shallow water, using archive spectral libraries. The observations point to spectral and geomorphological indicators which can be monitored through image processing supported by field and laboratory spectral data, on a repeatable basis. Mapping a larger sequence of images under different climate regime and wider tidal range, would improve the estimation of spectral features to ensure a routine monitoring of salt crusts with hyperspectral data.</p>
topic Espectroscopía de imágenes
Geología
Estuarios
Seguimiento ambiental
Hyperion
Drenaje ácido de mina
url http://polipapers.upv.es/index.php/raet/article/view/2255
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