Add to ORKGWithin the framework of the GEOGRID research project, a semi-automatic computational chain has been implemented in order to map the time evolution of marine water quality, around Sicily island, by means of satellite images. To this aim a set of MODIS (TERRA and AQUA) multispectral images has been acquired. An automatic system to georeference and calibrate the images has been implemented. All the procedures to map clorophill-a, total suspended solids and turbidity come from the literature, whereas models parameters have been calibrated by means of in situ measurements
Monitoring of Suspended Sediment Concentrations in plumes (SSC) at river mouths is particularly impo...
Knowledge of the current ecological state is of vital importance for coastal zone management. Due t...
Remote sensing technology has been widely used for monitoring water quality parameters such as suspe...
Within the framework of the GEOGRID research project, a semi-automatic computational chain has been ...
Water turbidity has a wide range of variability both spatially and temporally. Rivers transport sedi...
Optical remote sensing was used to provide scientific information to support environmental managemen...
During the last decades, remote sensing has been accepted as a useful tool for monitoring the marine...
During the last decades, remote sensing has been accepted as a useful tool for monitoring the marine...
A nephelometric turbidity algorithm has been specifically calibrated for coastal waters in Sicily. T...
A nephelometric turbidity algorithm has been specifically calibrated for coastal waters in Sicily. T...
Chlorophyll-a (CHL-a) and sea surface temperature (SST) are generally accepted as proxies for water ...
Chlorophyll-a (CHL-a) and sea surface temperature (SST) are generally accepted as proxies for water ...
Optical remote sensing was used to provide scientific information to support environmental managemen...
Optical remote sensing was used to provide scientific information to support environmental managemen...
Background: The hierarchical use of remotely-sensed imagery from satellites, and then proximally-sen...
Monitoring of Suspended Sediment Concentrations in plumes (SSC) at river mouths is particularly impo...
Knowledge of the current ecological state is of vital importance for coastal zone management. Due t...
Remote sensing technology has been widely used for monitoring water quality parameters such as suspe...
Within the framework of the GEOGRID research project, a semi-automatic computational chain has been ...
Water turbidity has a wide range of variability both spatially and temporally. Rivers transport sedi...
Optical remote sensing was used to provide scientific information to support environmental managemen...
During the last decades, remote sensing has been accepted as a useful tool for monitoring the marine...
During the last decades, remote sensing has been accepted as a useful tool for monitoring the marine...
A nephelometric turbidity algorithm has been specifically calibrated for coastal waters in Sicily. T...
A nephelometric turbidity algorithm has been specifically calibrated for coastal waters in Sicily. T...
Chlorophyll-a (CHL-a) and sea surface temperature (SST) are generally accepted as proxies for water ...
Chlorophyll-a (CHL-a) and sea surface temperature (SST) are generally accepted as proxies for water ...
Optical remote sensing was used to provide scientific information to support environmental managemen...
Optical remote sensing was used to provide scientific information to support environmental managemen...
Background: The hierarchical use of remotely-sensed imagery from satellites, and then proximally-sen...
Monitoring of Suspended Sediment Concentrations in plumes (SSC) at river mouths is particularly impo...
Knowledge of the current ecological state is of vital importance for coastal zone management. Due t...
Remote sensing technology has been widely used for monitoring water quality parameters such as suspe...