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Vegetation Radiative Transfer Modelling (Nadine Gobron) - PEER

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Scientific Context<br />

• Earth observing satellites are a unique tool with which to<br />

objectively monitor terrestrial environments at the global scale.<br />

• Temporal changes in the biosphere can be monitored using advanced<br />

methods to interpret remote sensing data.<br />

• The aim of these methods is to provide measurable parameters representing<br />

the state of the terrestrial surfaces.<br />

• These remote sensing products constitute reliable indicators of the<br />

evolution of the living biosphere.<br />

• In practice, one does acquire the measurements from the satellite, and would<br />

like to know what is going on in the environment:<br />

This is the inverse problem: Knowing the value of the electromagnetic<br />

measurements gathered in space, how can we derive the properties of the<br />

environment that were responsible for the radiation to reach the sensor?<br />

2

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