This repository contains manually and automatically classified images of a reach of the Sesia River (Italy). The images span between 2018-2022 and include available orthophotos, Planet images (one per year) and all available Sentinel 2 images in that time window. Discussion on the classification results and comparison between image resolution and model performance are reported in paper "Quantifying the impact of the spatiotemporal resolution of the Sentinel 2 images on the interpretation of fluvial geomorphic feature dynamics: an application on a braided river reach in Northern Italy" now under review in Water Resource Research
A procedure for the characterization of the temporal evolution of river morphology is presented. Wet...
In this study we test the capability of satellite synthetic aperture radar (SAR) images to enrich th...
River channels and floodplains have been highly modified over the last 70 years to mitigate flood ri...
Remote Sensing technology is crucial for comprehensive river management capable of monitoring the hy...
: Knowledge about the frequency and duration of each flowing status of non-perennial rivers is sever...
The knowledge of the hydro-morphological evolution of lowland rivers is essential to develop integra...
Remote Sensing (RS) technologies over the last decade have made substantial progresses in terms of d...
A comprehensive understanding of river dynamics requires quantitative knowledge of the grain size di...
The pressure of human activities is particularly relevant on fluvial ecosystems, where activity such...
Knowledge of inland water quality and riverine inputs to oceans is fundamental for water management,...
A comprehensive understanding of river dynamics requires the grain size distribution of bed sediment...
Mapping surface water using remotely sensed optical imagery is a particular challenge in intermitten...
A comprehensive understanding of river dynamics requires the grain size distribution of bed sediment...
A procedure for the characterization of the temporal evolution of river morphology is presented. Wet...
In this study we test the capability of satellite synthetic aperture radar (SAR) images to enrich th...
River channels and floodplains have been highly modified over the last 70 years to mitigate flood ri...
Remote Sensing technology is crucial for comprehensive river management capable of monitoring the hy...
: Knowledge about the frequency and duration of each flowing status of non-perennial rivers is sever...
The knowledge of the hydro-morphological evolution of lowland rivers is essential to develop integra...
Remote Sensing (RS) technologies over the last decade have made substantial progresses in terms of d...
A comprehensive understanding of river dynamics requires quantitative knowledge of the grain size di...
The pressure of human activities is particularly relevant on fluvial ecosystems, where activity such...
Knowledge of inland water quality and riverine inputs to oceans is fundamental for water management,...
A comprehensive understanding of river dynamics requires the grain size distribution of bed sediment...
Mapping surface water using remotely sensed optical imagery is a particular challenge in intermitten...
A comprehensive understanding of river dynamics requires the grain size distribution of bed sediment...
A procedure for the characterization of the temporal evolution of river morphology is presented. Wet...
In this study we test the capability of satellite synthetic aperture radar (SAR) images to enrich th...
River channels and floodplains have been highly modified over the last 70 years to mitigate flood ri...