Abstract
The third european joint field campaign for remote sensing of vegetation health has been held in Avignon F (September 6th to 17th, 1993) in the frame of the EUREKA/LASFLEUR Project. The Italian group from ENEA (Italian Agency forn New Technologies, Energy and the Environment) participated to this campaign together with Germany, French and Swedish groups from different institutes. On the occasion of this campaign, the lidar fluorosensor system built at ENEA Frascati for remote sensing of water and territory has been improved with the addition of a new short pulse laser source more suitable to time resolved measurements. The new version of the set-up is presented here, together with the measurements performed on the available targets (different trees, maize and sorghum cultivations). Data analysis is discussed in detail, attempting to correlate the fluorescence measurements with the plant photosynthetic activity under different weather and (chemical- or water-) stress conditions.
Barbini, R;
Colao, F;
Fantoni, R;
Palucci, A;
Ribezzo, S
[1]
- ENEA, Frascati (Italy). Centro Ricerche Energia - Area Energia e Innovazione
Citation Formats
Barbini, R, Colao, F, Fantoni, R, Palucci, A, and Ribezzo, S.
Report of third LASFLEUR field campaign for remote sensing of vegetation health: ENEA contribution.
Italy: N. p.,
1994.
Web.
Barbini, R, Colao, F, Fantoni, R, Palucci, A, & Ribezzo, S.
Report of third LASFLEUR field campaign for remote sensing of vegetation health: ENEA contribution.
Italy.
Barbini, R, Colao, F, Fantoni, R, Palucci, A, and Ribezzo, S.
1994.
"Report of third LASFLEUR field campaign for remote sensing of vegetation health: ENEA contribution."
Italy.
@misc{etde_10123598,
title = {Report of third LASFLEUR field campaign for remote sensing of vegetation health: ENEA contribution}
author = {Barbini, R, Colao, F, Fantoni, R, Palucci, A, and Ribezzo, S}
abstractNote = {The third european joint field campaign for remote sensing of vegetation health has been held in Avignon F (September 6th to 17th, 1993) in the frame of the EUREKA/LASFLEUR Project. The Italian group from ENEA (Italian Agency forn New Technologies, Energy and the Environment) participated to this campaign together with Germany, French and Swedish groups from different institutes. On the occasion of this campaign, the lidar fluorosensor system built at ENEA Frascati for remote sensing of water and territory has been improved with the addition of a new short pulse laser source more suitable to time resolved measurements. The new version of the set-up is presented here, together with the measurements performed on the available targets (different trees, maize and sorghum cultivations). Data analysis is discussed in detail, attempting to correlate the fluorescence measurements with the plant photosynthetic activity under different weather and (chemical- or water-) stress conditions.}
place = {Italy}
year = {1994}
month = {Nov}
}
title = {Report of third LASFLEUR field campaign for remote sensing of vegetation health: ENEA contribution}
author = {Barbini, R, Colao, F, Fantoni, R, Palucci, A, and Ribezzo, S}
abstractNote = {The third european joint field campaign for remote sensing of vegetation health has been held in Avignon F (September 6th to 17th, 1993) in the frame of the EUREKA/LASFLEUR Project. The Italian group from ENEA (Italian Agency forn New Technologies, Energy and the Environment) participated to this campaign together with Germany, French and Swedish groups from different institutes. On the occasion of this campaign, the lidar fluorosensor system built at ENEA Frascati for remote sensing of water and territory has been improved with the addition of a new short pulse laser source more suitable to time resolved measurements. The new version of the set-up is presented here, together with the measurements performed on the available targets (different trees, maize and sorghum cultivations). Data analysis is discussed in detail, attempting to correlate the fluorescence measurements with the plant photosynthetic activity under different weather and (chemical- or water-) stress conditions.}
place = {Italy}
year = {1994}
month = {Nov}
}