Cesarino Zollo - Academia.edu (original) (raw)

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Papers by Cesarino Zollo

Research paper thumbnail of Applicazioni geomorfologiche di modelli digitali delle altezze (DEM) derivati da immagini satellitari Geoeye-1 ad alta risoluzione

Research paper thumbnail of Modelli digitali del terreno derivati da immagini satellitari a altissima risoluzione: analisi e validazione per applicazioni geomorfometriche

Research paper thumbnail of Applicazioni geomorfologiche di una stereo-coppia di immagini satellitari GEOEYE-1

Research paper thumbnail of Methodology for Multi-temporal Landslide Analisys byTerrestrial Laser Scanner: the Pisciotta Landslide case study

Research paper thumbnail of Assessment of DEM derived from very high-resolution stereo satellite imagery for geomorphometric analysis

Very high-resolution satellite stereo images play an important role in cartographical and geomorp... more Very high-resolution satellite stereo images play an important role in cartographical and geomorphological applications, provided that all the processing steps follow strict procedures and the result of each step is carefully assessed. We outline a general process for assessing a reliable analysis of terrain morphometry starting from a GeoEye-1 stereo-pair acquired on an area with different morphological features. The key steps were critically analyzed to evaluate the uncertainty of the results. A number of maps of morphometric features were extracted from the digital elevation models in order to characterize a landslide; on the basis of the contour line and feature maps, we were able to accurately delimit the boundaries of the various landslide bodies.

Research paper thumbnail of Assessment of DEM derived from very high-resolution stereo satellite imagery for geomorphometric analysis

European Journal of Remote Sensing

Very high-resolution satellite stereo images play an important role in cartographical and geomorp... more Very high-resolution satellite stereo images play an important role in cartographical and geomorphological applications, provided that all the processing steps follow strict procedures and the result of each step is carefully assessed. We outline a general process for assessing a reliable analysis of terrain morphometry starting from a GeoEye-1 stereo-pair acquired on an area with different morphological features. The key steps were critically analyzed to evaluate the uncertainty of the results. A number of maps of morphometric features were extracted from the digital elevation models in order to characterize a landslide; on the basis of the contour line and feature maps, we were able to accurately delimit the boundaries of the various landslide bodies.

Research paper thumbnail of Applicazioni geomorfologiche di modelli digitali delle altezze (DEM) derivati da immagini satellitari Geoeye-1 ad alta risoluzione

Research paper thumbnail of Modelli digitali del terreno derivati da immagini satellitari a altissima risoluzione: analisi e validazione per applicazioni geomorfometriche

Research paper thumbnail of Applicazioni geomorfologiche di una stereo-coppia di immagini satellitari GEOEYE-1

Research paper thumbnail of Methodology for Multi-temporal Landslide Analisys byTerrestrial Laser Scanner: the Pisciotta Landslide case study

Research paper thumbnail of Assessment of DEM derived from very high-resolution stereo satellite imagery for geomorphometric analysis

Very high-resolution satellite stereo images play an important role in cartographical and geomorp... more Very high-resolution satellite stereo images play an important role in cartographical and geomorphological applications, provided that all the processing steps follow strict procedures and the result of each step is carefully assessed. We outline a general process for assessing a reliable analysis of terrain morphometry starting from a GeoEye-1 stereo-pair acquired on an area with different morphological features. The key steps were critically analyzed to evaluate the uncertainty of the results. A number of maps of morphometric features were extracted from the digital elevation models in order to characterize a landslide; on the basis of the contour line and feature maps, we were able to accurately delimit the boundaries of the various landslide bodies.

Research paper thumbnail of Assessment of DEM derived from very high-resolution stereo satellite imagery for geomorphometric analysis

European Journal of Remote Sensing

Very high-resolution satellite stereo images play an important role in cartographical and geomorp... more Very high-resolution satellite stereo images play an important role in cartographical and geomorphological applications, provided that all the processing steps follow strict procedures and the result of each step is carefully assessed. We outline a general process for assessing a reliable analysis of terrain morphometry starting from a GeoEye-1 stereo-pair acquired on an area with different morphological features. The key steps were critically analyzed to evaluate the uncertainty of the results. A number of maps of morphometric features were extracted from the digital elevation models in order to characterize a landslide; on the basis of the contour line and feature maps, we were able to accurately delimit the boundaries of the various landslide bodies.

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