Abstract
The lidar fluorosensor system available at ENEA Frascati has been used for a series of laboratory measurements on brackish-water and marine phytoplankton grown in laboratory with the proper saline solution. The system, already used to measure the laser induced fluorescence spectra of different algae species and their detection limits, has been upgraded with a short pulse Nd:YAG laser and rearranged to test a new technique based on laser pump and probe excitation. Results of this new technique for remote monitoring of the in-vivo photosynthetic activity will be presented, as measured during a field campaign carried out in Florence during the Autumn 1993, where the effects of an actinic saturating light and different chemicals have also been checked.
Barbini, R;
Colao, F;
Fantoni, R;
Palucci, A;
Ribezzo, S;
[1]
Tarzillo, G;
Carlozzi, P;
Pelosi, E
[2]
- ENEA, Centro Ricerche Frascati, Rome (Italy). Dip. Innovazione
- CNR, Florence (Italy). Centro Studi Microorganismi Autotrofi
Citation Formats
Barbini, R, Colao, F, Fantoni, R, Palucci, A, Ribezzo, S, Tarzillo, G, Carlozzi, P, and Pelosi, E.
Induced modifications on algae photosynthetic activity monitored by pump-and-probe technique.
Italy: N. p.,
1995.
Web.
Barbini, R, Colao, F, Fantoni, R, Palucci, A, Ribezzo, S, Tarzillo, G, Carlozzi, P, & Pelosi, E.
Induced modifications on algae photosynthetic activity monitored by pump-and-probe technique.
Italy.
Barbini, R, Colao, F, Fantoni, R, Palucci, A, Ribezzo, S, Tarzillo, G, Carlozzi, P, and Pelosi, E.
1995.
"Induced modifications on algae photosynthetic activity monitored by pump-and-probe technique."
Italy.
@misc{etde_399352,
title = {Induced modifications on algae photosynthetic activity monitored by pump-and-probe technique}
author = {Barbini, R, Colao, F, Fantoni, R, Palucci, A, Ribezzo, S, Tarzillo, G, Carlozzi, P, and Pelosi, E}
abstractNote = {The lidar fluorosensor system available at ENEA Frascati has been used for a series of laboratory measurements on brackish-water and marine phytoplankton grown in laboratory with the proper saline solution. The system, already used to measure the laser induced fluorescence spectra of different algae species and their detection limits, has been upgraded with a short pulse Nd:YAG laser and rearranged to test a new technique based on laser pump and probe excitation. Results of this new technique for remote monitoring of the in-vivo photosynthetic activity will be presented, as measured during a field campaign carried out in Florence during the Autumn 1993, where the effects of an actinic saturating light and different chemicals have also been checked.}
place = {Italy}
year = {1995}
month = {Dec}
}
title = {Induced modifications on algae photosynthetic activity monitored by pump-and-probe technique}
author = {Barbini, R, Colao, F, Fantoni, R, Palucci, A, Ribezzo, S, Tarzillo, G, Carlozzi, P, and Pelosi, E}
abstractNote = {The lidar fluorosensor system available at ENEA Frascati has been used for a series of laboratory measurements on brackish-water and marine phytoplankton grown in laboratory with the proper saline solution. The system, already used to measure the laser induced fluorescence spectra of different algae species and their detection limits, has been upgraded with a short pulse Nd:YAG laser and rearranged to test a new technique based on laser pump and probe excitation. Results of this new technique for remote monitoring of the in-vivo photosynthetic activity will be presented, as measured during a field campaign carried out in Florence during the Autumn 1993, where the effects of an actinic saturating light and different chemicals have also been checked.}
place = {Italy}
year = {1995}
month = {Dec}
}