The purpose of aerial hyperspectral campaign with laser scanning of surface over the Dehtare area (Českomoravská vysočina highlands) was to obtain data for the study of water vegetation stress in the agricultural landscape. The data sets were scanned using the Flying Laboratory of Imaging Systems of the Global change research institute CAS in spectral range 380-2450nm, 8000-11500nm and LiDAR cloud density of 0.5 point per m2. Georeferenced and atmospherically corrected hyperspectral data was passed in spatial resolution 2 and 5m
Traditional imagery—provided, for example, by RGB and/or NIR sensors—has proven to be useful in many...
Forests can be considered as one of the most important Earth's ecosystems not only because of oxygen...
There are now over 40 years of research in hyperspectral remote sensing (or imaging spectroscopy) o...
Aerial hyperspectral campaign with laser scanning of surface in Litvínov and Bílina dumps area was c...
The object of the hyperspectral campaign UPOL Rudice 1602 was collect data for estimation of soil pa...
Hyperspectral imaging combined with the potentials of airborne scanning is a powerful tool to monito...
The object of the hyperspectral campaign Polkovice 2015 was the aplication of remote sensing to rese...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
Hyperspectral images with spatial resolution 1 m2 and spectral range from 400 to 2500 nm were used f...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
Data scanned by Flying Laboratory of Imaging Systems of Global change research institut CAS was used...
The object of the hyperspectral campaign VUMOP 1601 was collect a new data from areas with significa...
Airborne high resolution imagery from the HyMap Hyperspectral Imagery System has been used to identi...
The object of the hyperspectral campaign VUMOP 1504 was collect a new data from areas with significa...
Traditional imagery—provided, for example, by RGB and/or NIR sensors—has proven to be useful in many...
Forests can be considered as one of the most important Earth's ecosystems not only because of oxygen...
There are now over 40 years of research in hyperspectral remote sensing (or imaging spectroscopy) o...
Aerial hyperspectral campaign with laser scanning of surface in Litvínov and Bílina dumps area was c...
The object of the hyperspectral campaign UPOL Rudice 1602 was collect data for estimation of soil pa...
Hyperspectral imaging combined with the potentials of airborne scanning is a powerful tool to monito...
The object of the hyperspectral campaign Polkovice 2015 was the aplication of remote sensing to rese...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
Hyperspectral images with spatial resolution 1 m2 and spectral range from 400 to 2500 nm were used f...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
This paper presents a method for mapping water stress in a maize field using hyperspectral remote se...
Data scanned by Flying Laboratory of Imaging Systems of Global change research institut CAS was used...
The object of the hyperspectral campaign VUMOP 1601 was collect a new data from areas with significa...
Airborne high resolution imagery from the HyMap Hyperspectral Imagery System has been used to identi...
The object of the hyperspectral campaign VUMOP 1504 was collect a new data from areas with significa...
Traditional imagery—provided, for example, by RGB and/or NIR sensors—has proven to be useful in many...
Forests can be considered as one of the most important Earth's ecosystems not only because of oxygen...
There are now over 40 years of research in hyperspectral remote sensing (or imaging spectroscopy) o...