Remote laser-induced fluorescence monitoring can complement passive reflectance measurements on vegetation. Vegetation classification and status assessment is normally performed by air- or spaceborne multi-spectral scanners. An increased research activity in the field of vegetation monitoring is motivated by the abundant stressed forests of Europe. We have used a mobile lidar system for remote studies of laser-induced fluorescence in vegetation. Point monitoring of fluorescence spectra is performed, but also multi-spectral imaging using a newly designed measurement system. Swedish experience in several field tests being part of the European LASFLEUR project is reported. Collaboration with expertise in plant physiology is stressed
We report the development of a new LIDAR system (LASVEG) for airborne remote sensing of chlorophyll ...
Airborne Laser Scanning (ALS) has been a well-established tool for the measurement of surface topogr...
State-of-the-art optical remote sensing of vegetation canopies is reviewed here to stimulate support...
In November 1989 the EUREKA project LASFLEUR (EU 380) started as an European research effort to inve...
We have developed a vegetation monitoring lidar called a laser-induced fluorescence spectrum (LIFS) ...
The UV-laser-induced fluorescence signatures in the blue, green and red spectral region of leaves of...
A lidar system is used to observe tree species and their chlorophyll content, laying the groundwork ...
The physical and technical fundamentals for the development of a vegetation fluorescence lidar and b...
Vegetational changes are primary indicators of the present and future ecological status of the globe...
A mobile laser-induced fluorescence spectrum (LIFS) lidar was developed for monitoring pollens float...
The physical and technical fundamentals for the development of a vegetation fluorescence lidar as we...
A compact and low-weight LIDAR instrument has been developed for laser-induced fluorescence spectros...
A remote sensing system for combined fluorescence spectral recordings and multi-colour fluorescence ...
Fluorescence measurements were carried out with the ground - based DLidaR-2 of the German Aerospace ...
Laser-induced fluorescence is an important technique to study photosynthesis and plants. Information...
We report the development of a new LIDAR system (LASVEG) for airborne remote sensing of chlorophyll ...
Airborne Laser Scanning (ALS) has been a well-established tool for the measurement of surface topogr...
State-of-the-art optical remote sensing of vegetation canopies is reviewed here to stimulate support...
In November 1989 the EUREKA project LASFLEUR (EU 380) started as an European research effort to inve...
We have developed a vegetation monitoring lidar called a laser-induced fluorescence spectrum (LIFS) ...
The UV-laser-induced fluorescence signatures in the blue, green and red spectral region of leaves of...
A lidar system is used to observe tree species and their chlorophyll content, laying the groundwork ...
The physical and technical fundamentals for the development of a vegetation fluorescence lidar and b...
Vegetational changes are primary indicators of the present and future ecological status of the globe...
A mobile laser-induced fluorescence spectrum (LIFS) lidar was developed for monitoring pollens float...
The physical and technical fundamentals for the development of a vegetation fluorescence lidar as we...
A compact and low-weight LIDAR instrument has been developed for laser-induced fluorescence spectros...
A remote sensing system for combined fluorescence spectral recordings and multi-colour fluorescence ...
Fluorescence measurements were carried out with the ground - based DLidaR-2 of the German Aerospace ...
Laser-induced fluorescence is an important technique to study photosynthesis and plants. Information...
We report the development of a new LIDAR system (LASVEG) for airborne remote sensing of chlorophyll ...
Airborne Laser Scanning (ALS) has been a well-established tool for the measurement of surface topogr...
State-of-the-art optical remote sensing of vegetation canopies is reviewed here to stimulate support...