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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Universitat Politécnica de Valencia
2014-06-01
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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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