RIASSUNTO - All'interno del programma aerospaziale dell'Agenzia Spaziale Europea (ESA) "Earth Explorer 8" , la missione FLuorescence EXplorer (FLEX ) si propone di determinare tecnologie, metodi e modelli di analisi della fluorescenza della clorofilla emessa in condizioni naturalei (SIF, solar induced fluorescence), per stimare la fotosintesi e lo stato di stress a livello territoriale tramite satellite, il cui lancio è previsto per il 2022. The European Space Agency (ESA) has been investigating remote sensing methods for detection of chlorophyll fluorescence in terrestrial plants through its research activities over the past decade and more. Current activities have focused on the Fluorescence Explorer (FLEX), one of two candidates included in Phase A/B1 assessments for ESA’s Earth Explorer 8 mission (ESA 2015b). FLEX is oriented to bridging the land challenges identified in ESA’s Living Planet Programme: Scientific Achievements and Future Challenges (ESA 2015a) through an advanced scientific Earth observation capacity that will support management of the world’s vegetation resources.

FLEX/Sentinel‐3 Tandem Mission FLEX Bridge Study EXECUTIVE SUMMARY / Mohammed, Gina H.; Roberto, Colombo; Jose, Moreno; Christiaan van der Tol, ; Uwe, Rascher; Alexander, Ač; Luis, Alonso; Marco, Celesti; Sergio, Cogliati; Alexander, Damm; Dominic, Fawcett; Jose, Gomez-Dans; Claudio, Henry; Philip, Lewis; Natasha, Macbean; Federico, Magnani; Jacques, Malaprade; Maria, Matveeva; Julie, Olejníčková; Dan, Pernokis; Pinto, Francisco; Sabrina, Raddi; Nastassia Rajh Vilfan, ; Juan Pablo Rivera, ; Micol, Rossini; Neus, Sabater; Anke, Schickling; Carolina, Tenjo; Wout, Verhoef; Jochem, Verrelst; Jorge Vicent Servera, ; Matthias, Drusch. - ELETTRONICO. - (2016), pp. 1-9.

FLEX/Sentinel‐3 Tandem Mission FLEX Bridge Study EXECUTIVE SUMMARY

Sabrina Raddi;
2016

Abstract

RIASSUNTO - All'interno del programma aerospaziale dell'Agenzia Spaziale Europea (ESA) "Earth Explorer 8" , la missione FLuorescence EXplorer (FLEX ) si propone di determinare tecnologie, metodi e modelli di analisi della fluorescenza della clorofilla emessa in condizioni naturalei (SIF, solar induced fluorescence), per stimare la fotosintesi e lo stato di stress a livello territoriale tramite satellite, il cui lancio è previsto per il 2022. The European Space Agency (ESA) has been investigating remote sensing methods for detection of chlorophyll fluorescence in terrestrial plants through its research activities over the past decade and more. Current activities have focused on the Fluorescence Explorer (FLEX), one of two candidates included in Phase A/B1 assessments for ESA’s Earth Explorer 8 mission (ESA 2015b). FLEX is oriented to bridging the land challenges identified in ESA’s Living Planet Programme: Scientific Achievements and Future Challenges (ESA 2015a) through an advanced scientific Earth observation capacity that will support management of the world’s vegetation resources.
2016
1
9
Goal 3: Good health and well-being for people
Goal 13: Climate action
Goal 14: Life below water
Goal 15: Life on land
Mohammed, Gina H.; Roberto, Colombo; Jose, Moreno; Christiaan van der Tol, ; Uwe, Rascher; Alexander, Ač; Luis, Alonso; Marco, Celesti; Sergio, Cogliati; Alexander, Damm; Dominic, Fawcett; Jose, Gomez-Dans; Claudio, Henry; Philip, Lewis; Natasha, Macbean; Federico, Magnani; Jacques, Malaprade; Maria, Matveeva; Julie, Olejníčková; Dan, Pernokis; Pinto, Francisco; Sabrina, Raddi; Nastassia Rajh Vilfan, ; Juan Pablo Rivera, ; Micol, Rossini; Neus, Sabater; Anke, Schickling; Carolina, Tenjo; Wout, Verhoef; Jochem, Verrelst; Jorge Vicent Servera, ; Matthias, Drusch
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1108745
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