Thylakoid Electron Transfer in Salicornia veneta under Different Salinity Levels: a Fluorescence-based Study

Roberto BARBATO

Thylakoid Electron Transfer in Salicornia veneta under Different Salinity Levels: a Fluorescence-based Study

Dipartimento per lo Sviluppo Sostenibile e la Transizione Ecologica

Risultato della ricerca: Capitolo in libro/report/atti di convegno › Contributo in volume (Capitolo o Saggio) › peer review

Abstract

The halophyte Arthrocnemum macrostachyum is able to survive in extreme environments where salt concentrations may rise to 1M NaCl. Here we report the results of a study in which the photochemical properties of both photosystem (PS) PSII and PSI have been investigated in individuals living in their natural environment (Sacca di Bellocchio, Prato Zangheri, Ravenna, Italy) by using Dual-PAM and fast fluorescence techniques. Results from quenching analysis (for both photosystems) and fluorescence decay in the sub-millisecond range (for PSII) are reported and discussed in terms of adaptation mechanism(s) of these plants to this extreme environmen

Lingua originale	Inglese
Titolo della pubblicazione ospite	Halophytes and climate changes: Adaptive mechanisms and potential uses
Editore	CABI
Pagine	266-272
Numero di pagine	7
ISBN (stampa)	9781786394330
Stato di pubblicazione	Pubblicato - 1 gen 2019

Keywords

halophytes
photosyntehsis
Salicornia veneta

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abstract = "The halophyte Arthrocnemum macrostachyum is able to survive in extreme environments where salt concentrations may rise to 1M NaCl. Here we report the results of a study in which the photochemical properties of both photosystem (PS) PSII and PSI have been investigated in individuals living in their natural environment (Sacca di Bellocchio, Prato Zangheri, Ravenna, Italy) by using Dual-PAM and fast fluorescence techniques. Results from quenching analysis (for both photosystems) and fluorescence decay in the sub-millisecond range (for PSII) are reported and discussed in terms of adaptation mechanism(s) of these plants to this extreme environmen",

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AU - BARBATO, Roberto

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N2 - The halophyte Arthrocnemum macrostachyum is able to survive in extreme environments where salt concentrations may rise to 1M NaCl. Here we report the results of a study in which the photochemical properties of both photosystem (PS) PSII and PSI have been investigated in individuals living in their natural environment (Sacca di Bellocchio, Prato Zangheri, Ravenna, Italy) by using Dual-PAM and fast fluorescence techniques. Results from quenching analysis (for both photosystems) and fluorescence decay in the sub-millisecond range (for PSII) are reported and discussed in terms of adaptation mechanism(s) of these plants to this extreme environmen

AB - The halophyte Arthrocnemum macrostachyum is able to survive in extreme environments where salt concentrations may rise to 1M NaCl. Here we report the results of a study in which the photochemical properties of both photosystem (PS) PSII and PSI have been investigated in individuals living in their natural environment (Sacca di Bellocchio, Prato Zangheri, Ravenna, Italy) by using Dual-PAM and fast fluorescence techniques. Results from quenching analysis (for both photosystems) and fluorescence decay in the sub-millisecond range (for PSII) are reported and discussed in terms of adaptation mechanism(s) of these plants to this extreme environmen

KW - halophytes

KW - photosyntehsis

KW - Salicornia veneta

KW - halophytes

KW - photosyntehsis

KW - Salicornia veneta

UR - https://iris.uniupo.it/handle/11579/124471

M3 - Chapter

SN - 9781786394330

SP - 266

EP - 272

BT - Halophytes and climate changes: Adaptive mechanisms and potential uses

PB - CABI

ER -

Thylakoid Electron Transfer in Salicornia veneta under Different Salinity Levels: a Fluorescence-based Study

Abstract

Keywords

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